LOC726723 gene cDNA ORF clone, Apis mellifera(honey bee)

mRNA	Protein	Name
XM_001122444.5	XP_001122444.2	neogenin isoform X1
XM_006565807.2	XP_006565870.1	neogenin isoform X6
XM_006565806.2	XP_006565869.1	neogenin isoform X5
XM_001122444.4	XP_001122444.2	neogenin isoform X1
XM_006565804.2	XP_006565867.1	neogenin isoform X3
XM_006565805.2	XP_006565868.1	neogenin isoform X4
XM_006565803.2	XP_006565866.1	neogenin isoform X2
XM_006565803.3	XP_006565866.1	neogenin isoform X2
XM_006565804.3	XP_006565867.1	neogenin isoform X3
XM_006565806.3	XP_006565869.1	neogenin isoform X5
XM_006565807.3	XP_006565870.1	neogenin isoform X6
XM_006565805.3	XP_006565868.1	neogenin isoform X4
XM_006565808.2	XP_006565871.1	neogenin isoform X7
XM_006565808.3	XP_006565871.1	neogenin isoform X7

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHd15192	XM_006565808.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHd27013	XM_006565808.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHd15186	XM_001122444.4 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd15187	XM_006565803.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd15188	XM_006565804.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd15189	XM_006565805.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd15190	XM_006565806.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd15191	XM_006565807.2 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27007	XM_001122444.5 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27008	XM_006565803.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27009	XM_006565804.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27010	XM_006565805.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27011	XM_006565806.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHd27012	XM_006565807.3 Latest version!	Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

LOC726723 ( XM_006565808.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565871.1 Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHd15192
Clone ID Related Accession (Same CDS sequence)	XM_006565808.2
Accession Version	XM_006565808.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565808.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAATGAC 
ACAGACAGTT TGGAATCGAT AGAAGGAAGT GTTCCATCAG CACCAAGGAA TTTAAGTCTC 
GTCATTGTCA CTGCTAGATT TGTAACTTTA AGATGGCAAG AACCTGAAAA TACAAATGGA 
GAGATTCTAA ATTATTATAT TTATTATAAA CAAGAAGGTG CTCAAAGAGA AAGAGTTATT 
AATACTCAAC AAAAATTAGA GGCAGTAATA CGAGGTTTAC AACCAAGTAT GACATATCAC 
TTTCGAGTGG TTGCTTTGAA TGAGAGAGGT TCTGGAATAT CTAGTGAAAT ATTACAAGTT 
ACTACACTTA CTGAGGCCAA TGTTCCTGGA CCTCCATTGA ATTTAGAAGG ATATGCCACA 
AGTAGTGTGA GCATTGCATT ATCTTGGGAA GAACCACAAG TTACTAATGG CAAAATTTCT 
AAATATATAA TTACATTTGT AGAGGGTGAC AATGAGGAAA TAACGCGTGA AACTACTAGC 
ACAATGCACG ATTTAATAGA TCTCGTGCCT TATACAGAAT ACAGTATTAA AGTTCAAGCT 
GTAAACGAGA ATGGTCCTGG TGTGTTTAGT AGAGATATTG TAGTTCGAAC TTATAGTGCA 
CAACCTACTC AACCACCACA CAATGTCACT GTAGAACCAG TTAGTCCTAC AAGTATTATG 
ATAAGATGGG AACCGCCGCT CGAAGGACAA AATGGGATTA TTACTGGTTA TAAAATTCGT 
TATCGCCGTC ATGATCGAGC ATCACCACCA GTAAATATAG CAACTGAAGG AAATCAACGT 
TCACGAGTGC TCACAGGACT TGAGAAACAT GTTGTTTATC AAGTTCGTAT ATGTGCCTTA 
AATGTAAATG GAACTGGACC TTGGACAGAA TGGATACAAA TAGAAACATA TGAAACTGAA 
TCTGACGAAA ATCGCGTACC AAATACACCC AGTAATTTAA GAACAAAAGT AATGTCAGAT 
TATATACAAG TTTTTTGGAA TCCACCAAAA GATCAGAGTA TTAAAGTGAA AGGATATAAA 
CTTGGATGGG GAAAAGGAGT TCCAGACGTT GAAGTACGAC TTCTTGATGG AAAAGAACGA 
TCTTTCACTA TAGATCAATT AGAACCAATC ACTGAATATG TTATATCCTT AAGAGCAACA 
AATGATGCTG GTGATGGTCA GCCAGCATAT GCGAACGTGA GAACTACAGA ACGTTCTGTA 
TCTGAATTTT CTGCACCCTT ATTGCCACCT GTTGGTCTTA AAGCTTCTGT TCTTTCTGAT 
ACTACTGTTG TATTATATTG GACTGATACA ACTTTGCCAA AAACTCAGTT TGTAACGGAT 
AATCGATATT ACGTAGTGCG TTATACATCA CATCATCATA GCAGCAATCC TCGTTATAAA 
TATCATAATG CCACTGATCT TAACTGTATG ATAAATGATT TAAAACCTAA TACATTATAT 
GAATTTACAG TCAAACTTGT GAAGGGAAAA CGAGAATCAT TATGGAGTAT GGTTGTTTCG 
AATCAAACTC AAGAAGCTGC ACCTAGTTCT GCTCCTAGGA ATCTAACAAT TCAAAGTATC 
GAAGATCGTC CAACTTCAGT TTTATTGCGT TGGCAACCTC CTAAACAACC AAATGGACCA 
ATTACAGGAT ATATTATTTT TTATTCAATT GATAATACAA AGTGGGATCG TGATTGGTTA 
ATAGAAGGTG TAATTGGAGA TAAAACTGAA TTTATTGTAA AAGGACTACA ACCAAGTATG 
ACTTATTACT TTAAAATTCA AGCACGCAAT TCAAAAGGAT ATGGTCCTTT TTCTACAACT 
TATCCATTTA AAACTCCTCA GAGCAGTGGT ATGGATGTCT ATGATGAATT GCATGACCGA 
GATGGACGAG GACTTTCAAA TATATTAATT TATATTATTG TGGGTTGCTC TATTGTTCTT 
GTCACTGGTA TAGCAGTGGT AGTTGTTGTT ATATGTTGCA AACGCAGTCC CGATACACCT 
GATAGAAAAA AAGGATATAT GAAAGATACC AATCAAAAAA CAAATATTAA GCCGCCTGAT 
TTGTGGATTC ATCATGATCA AATGGAACTC AAAGCACTTG AAAAATCTTC AATAAATGGA 
GAAGCATCTA CTAGTGGTGT AGCTAGTAAT ACTTTACCTA GATCAAACAA TCAAGAATAT 
AATCAAGAGA ATGTGCATGG AAATTCTAGT TCATTGGATA AACGTACTTA TGTGCCAAGT 
TACATGGGTA ATACTGATGA GAAGTGTTCG ACCCTGAGTA GACAACATAG TCGAGGAAGC 
CACAAACCTA AACTCATTAC ACTTCCCGTT GACAGTGCAT CTTTACATCA ACCTATAGCG 
ACGGCCACAC CGATCGTAAA TACAAGTATG TCACAACCAA CGATTCACAC ATCGTGTAAT 
GATACACCAT CTGCGAGGCA AAATTATCCT CGAACTGTGG CACAATATAG TTTAAGTCGA 
GCGCATATTA CCTTAGAACC AACACCAGAA TCGAGTCCAG ATTCTTGCAA TATTTCAACT 
TCGTACGAAC CAATGCAAAA TCAACAATTA CCATATGGTA CAAGCAGTCA ATCATATAGT 
GGAAATACTC AATATGCTTC GGGACACTAT AGCAATAGTA ATCAACCATC AAATACAAGC 
AGTGGAACTG ATGGTGCTAG TGGTAGTAAA AGAATGCAGG GACATCCTTT AAAAAGTTTT 
AGCGTACCAG CACCTCCACC TCAATCTGCT CCTTCGACAC CAGCCCAACA AAAACATGGT 
GTTTCTCAAG TTACGGTAAG ACCTACAATG TCCGGAAGTC CGTATAAGAA GCCACAAAGT 
TCTGCACAAT TAGCAAAGAA TCGATTGGCT TCAGTTTCAA ATCCGGTGCA TACTTCAGAA 
GAAGTTGAAC GATTAAAGCC TTCTTATAGT ACAGAAGAAT TAAATCAAGA GATGGCTAAT 
TTAGAAGGTC TTATGAAAGA TCTAAATGCC ATAACAGCAT CTGAATTTGA GTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565871.1
CDS	92..4468
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPNDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565808.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565808.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAATGAC 
ACAGACAGTT TGGAATCGAT AGAAGGAAGT GTTCCATCAG CACCAAGGAA TTTAAGTCTC 
GTCATTGTCA CTGCTAGATT TGTAACTTTA AGATGGCAAG AACCTGAAAA TACAAATGGA 
GAGATTCTAA ATTATTATAT TTATTATAAA CAAGAAGGTG CTCAAAGAGA AAGAGTTATT 
AATACTCAAC AAAAATTAGA GGCAGTAATA CGAGGTTTAC AACCAAGTAT GACATATCAC 
TTTCGAGTGG TTGCTTTGAA TGAGAGAGGT TCTGGAATAT CTAGTGAAAT ATTACAAGTT 
ACTACACTTA CTGAGGCCAA TGTTCCTGGA CCTCCATTGA ATTTAGAAGG ATATGCCACA 
AGTAGTGTGA GCATTGCATT ATCTTGGGAA GAACCACAAG TTACTAATGG CAAAATTTCT 
AAATATATAA TTACATTTGT AGAGGGTGAC AATGAGGAAA TAACGCGTGA AACTACTAGC 
ACAATGCACG ATTTAATAGA TCTCGTGCCT TATACAGAAT ACAGTATTAA AGTTCAAGCT 
GTAAACGAGA ATGGTCCTGG TGTGTTTAGT AGAGATATTG TAGTTCGAAC TTATAGTGCA 
CAACCTACTC AACCACCACA CAATGTCACT GTAGAACCAG TTAGTCCTAC AAGTATTATG 
ATAAGATGGG AACCGCCGCT CGAAGGACAA AATGGGATTA TTACTGGTTA TAAAATTCGT 
TATCGCCGTC ATGATCGAGC ATCACCACCA GTAAATATAG CAACTGAAGG AAATCAACGT 
TCACGAGTGC TCACAGGACT TGAGAAACAT GTTGTTTATC AAGTTCGTAT ATGTGCCTTA 
AATGTAAATG GAACTGGACC TTGGACAGAA TGGATACAAA TAGAAACATA TGAAACTGAA 
TCTGACGAAA ATCGCGTACC AAATACACCC AGTAATTTAA GAACAAAAGT AATGTCAGAT 
TATATACAAG TTTTTTGGAA TCCACCAAAA GATCAGAGTA TTAAAGTGAA AGGATATAAA 
CTTGGATGGG GAAAAGGAGT TCCAGACGTT GAAGTACGAC TTCTTGATGG AAAAGAACGA 
TCTTTCACTA TAGATCAATT AGAACCAATC ACTGAATATG TTATATCCTT AAGAGCAACA 
AATGATGCTG GTGATGGTCA GCCAGCATAT GCGAACGTGA GAACTACAGA ACGTTCTGTA 
TCTGAATTTT CTGCACCCTT ATTGCCACCT GTTGGTCTTA AAGCTTCTGT TCTTTCTGAT 
ACTACTGTTG TATTATATTG GACTGATACA ACTTTGCCAA AAACTCAGTT TGTAACGGAT 
AATCGATATT ACGTAGTGCG TTATACATCA CATCATCATA GCAGCAATCC TCGTTATAAA 
TATCATAATG CCACTGATCT TAACTGTATG ATAAATGATT TAAAACCTAA TACATTATAT 
GAATTTACAG TCAAACTTGT GAAGGGAAAA CGAGAATCAT TATGGAGTAT GGTTGTTTCG 
AATCAAACTC AAGAAGCTGC ACCTAGTTCT GCTCCTAGGA ATCTAACAAT TCAAAGTATC 
GAAGATCGTC CAACTTCAGT TTTATTGCGT TGGCAACCTC CTAAACAACC AAATGGACCA 
ATTACAGGAT ATATTATTTT TTATTCAATT GATAATACAA AGTGGGATCG TGATTGGTTA 
ATAGAAGGTG TAATTGGAGA TAAAACTGAA TTTATTGTAA AAGGACTACA ACCAAGTATG 
ACTTATTACT TTAAAATTCA AGCACGCAAT TCAAAAGGAT ATGGTCCTTT TTCTACAACT 
TATCCATTTA AAACTCCTCA GAGCAGTGGT ATGGATGTCT ATGATGAATT GCATGACCGA 
GATGGACGAG GACTTTCAAA TATATTAATT TATATTATTG TGGGTTGCTC TATTGTTCTT 
GTCACTGGTA TAGCAGTGGT AGTTGTTGTT ATATGTTGCA AACGCAGTCC CGATACACCT 
GATAGAAAAA AAGGATATAT GAAAGATACC AATCAAAAAA CAAATATTAA GCCGCCTGAT 
TTGTGGATTC ATCATGATCA AATGGAACTC AAAGCACTTG AAAAATCTTC AATAAATGGA 
GAAGCATCTA CTAGTGGTGT AGCTAGTAAT ACTTTACCTA GATCAAACAA TCAAGAATAT 
AATCAAGAGA ATGTGCATGG AAATTCTAGT TCATTGGATA AACGTACTTA TGTGCCAAGT 
TACATGGGTA ATACTGATGA GAAGTGTTCG ACCCTGAGTA GACAACATAG TCGAGGAAGC 
CACAAACCTA AACTCATTAC ACTTCCCGTT GACAGTGCAT CTTTACATCA ACCTATAGCG 
ACGGCCACAC CGATCGTAAA TACAAGTATG TCACAACCAA CGATTCACAC ATCGTGTAAT 
GATACACCAT CTGCGAGGCA AAATTATCCT CGAACTGTGG CACAATATAG TTTAAGTCGA 
GCGCATATTA CCTTAGAACC AACACCAGAA TCGAGTCCAG ATTCTTGCAA TATTTCAACT 
TCGTACGAAC CAATGCAAAA TCAACAATTA CCATATGGTA CAAGCAGTCA ATCATATAGT 
GGAAATACTC AATATGCTTC GGGACACTAT AGCAATAGTA ATCAACCATC AAATACAAGC 
AGTGGAACTG ATGGTGCTAG TGGTAGTAAA AGAATGCAGG GACATCCTTT AAAAAGTTTT 
AGCGTACCAG CACCTCCACC TCAATCTGCT CCTTCGACAC CAGCCCAACA AAAACATGGT 
GTTTCTCAAG TTACGGTAAG ACCTACAATG TCCGGAAGTC CGTATAAGAA GCCACAAAGT 
TCTGCACAAT TAGCAAAGAA TCGATTGGCT TCAGTTTCAA ATCCGGTGCA TACTTCAGAA 
GAAGTTGAAC GATTAAAGCC TTCTTATAGT ACAGAAGAAT TAAATCAAGA GATGGCTAAT 
TTAGAAGGTC TTATGAAAGA TCTAAATGCC ATAACAGCAT CTGAATTTGA GTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565808.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565871.1 Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHd27013
Clone ID Related Accession (Same CDS sequence)	XM_006565808.3
Accession Version	XM_006565808.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565808.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAATGAC 
ACAGACAGTT TGGAATCGAT AGAAGGAAGT GTTCCATCAG CACCAAGGAA TTTAAGTCTC 
GTCATTGTCA CTGCTAGATT TGTAACTTTA AGATGGCAAG AACCTGAAAA TACAAATGGA 
GAGATTCTAA ATTATTATAT TTATTATAAA CAAGAAGGTG CTCAAAGAGA AAGAGTTATT 
AATACTCAAC AAAAATTAGA GGCAGTAATA CGAGGTTTAC AACCAAGTAT GACATATCAC 
TTTCGAGTGG TTGCTTTGAA TGAAAGAGGT TCTGGAATAT CTAGTGAAAT ATTACAAGTT 
ACTACACTTA CTGAGGCCAA TGTTCCTGGA CCTCCATTGA ATTTAGAAGG ATATGCCACA 
AGTAGTGTGA GCATTGCATT ATCTTGGGAA GAACCACAAG TTACTAATGG CAAAATTTCT 
AAATATATAA TTACATTTGT AGAGGGTGAC AATGAGGAAA TAACGCGTGA AACTACTAGC 
ACAATGCACG ATTTAATAGA TCTCGTGCCT TATACAGAAT ACAGTATTAA AGTTCAAGCT 
GTAAACGAGA ATGGTCCTGG TGTGTTTAGT AGAGATATTG TAGTTCGAAC TTATAGTGCA 
CAACCTACTC AACCACCACA CAATGTCACT GTAGAACCAG TTAGTCCTAC AAGTATTATG 
ATAAGATGGG AACCGCCGCT CGAAGGACAA AATGGGATTA TTACTGGTTA TAAAATTCGT 
TATCGCCGTC ATGATCGAGC ATCACCACCA GTAAATATAG CAACTGAAGG AAATCAACGT 
TCACGAGTGC TCACAGGACT TGAGAAACAT GTTGTTTATC AAGTTCGTAT ATGTGCCTTA 
AATGTAAATG GAACTGGACC TTGGACAGAA TGGATACAAA TAGAAACATA TGAAACTGAA 
TCTGACGAAA ATCGCGTACC AAATACACCC AGTAATTTAA GAACAAAAGT AATGTCAGAT 
TATATACAAG TTTTTTGGAA TCCACCAAAA GATCAGAGTA TTAAAGTGAA AGGATATAAA 
CTTGGATGGG GAAAAGGAGT TCCAGACGTT GAAGTACGAC TTCTTGATGG AAAAGAACGA 
TCTTTCACTA TAGATCAATT AGAACCAATC ACTGAATATG TTATATCCTT AAGAGCAACA 
AATGATGCTG GTGATGGTCA GCCAGCATAT GCGAACGTGA GAACTACAGA ACGTTCTGTA 
TCTGAATTTT CTGCACCCTT ATTGCCACCT GTTGGTCTTA AAGCTTCTGT TCTTTCTGAT 
ACTACTGTTG TATTATATTG GACTGATACA ACTTTGCCAA AAACTCAGTT TGTAACGGAT 
AATCGATATT ACGTAGTGCG TTATACATCA CATCATCATA GCAGCAATCC TCGTTATAAA 
TATCATAATG CCACTGATCT TAACTGTATG ATAAATGATT TAAAACCTAA TACATTATAT 
GAATTTACAG TCAAACTTGT GAAGGGAAAA CGAGAATCAT TATGGAGTAT GGTTGTTTCG 
AATCAAACTC AAGAAGCTGC ACCTAGTTCT GCTCCTAGGA ATCTAACAAT TCAAAGTATC 
GAAGATCGTC CAACTTCAGT TTTATTGCGT TGGCAACCTC CTAAACAACC AAATGGACCA 
ATTACAGGAT ATATTATTTT TTATTCAATT GATAATACAA AGTGGGATCG TGATTGGTTA 
ATAGAAGGTG TAATTGGAGA TAAAACTGAA TTTATTGTAA AAGGACTACA ACCAAGTATG 
ACTTATTACT TTAAAATTCA AGCACGCAAT TCAAAAGGAT ATGGTCCTTT TTCTACAACT 
TATCCATTTA AAACTCCTCA GAGCAGTGGT ATGGATGTCT ATGATGAATT GCATGACCGA 
GATGGACGAG GACTTTCAAA TATATTAATT TATATTATTG TGGGTTGCTC TATTGTTCTT 
GTCACTGGTA TAGCAGTGGT AGTTGTTGTT ATATGTTGCA AACGCAGTCC CGATACACCT 
GATAGAAAAA AAGGATATAT GAAAGATACC AATCAAAAAA CAAATATTAA GCCGCCTGAT 
TTGTGGATTC ATCATGATCA AATGGAACTC AAAGCACTTG AAAAATCTTC AATAAATGGA 
GAAGCATCTA CTAGTGGTGT AGCTAGTAAT ACTTTACCTA GATCAAACAA TCAAGAATAT 
AATCAAGAGA ATGTGCATGG AAATTCTAGT TCATTGGATA AACGTACTTA TGTGCCAAGT 
TACATGGGTA ATACTGATGA GAAGTGTTCG ACCCTGAGTA GACAACATAG TCGAGGAAGC 
CACAAACCTA AACTCATTAC ACTTCCCGTT GACAGTGCAT CTTTACATCA ACCTATAGCG 
ACGGCCACAC CGATCGTAAA TACAAGTATG TCACAACCAA CGATTCACAC ATCGTGTAAT 
GATACACCAT CTGCGAGGCA AAATTATCCT CGAACTGTGG CACAATATAG TTTAAGTCGA 
GCGCATATTA CCTTAGAACC AACACCAGAA TCGAGTCCAG ATTCTTGCAA TATTTCAACT 
TCGTACGAAC CAATGCAAAA TCAACAATTA CCATATGGTA CAAGCAGTCA ATCATATAGT 
GGAAATACTC AATATGCTTC GGGACACTAT AGCAATAGTA ATCAACCATC AAATACAAGC 
AGTGGAACTG ATGGTGCTAG TGGTAGTAAA AGAATGCAGG GACATCCTTT AAAAAGTTTT 
AGCGTACCAG CACCTCCACC TCAATCTGCT CCTTCGACAC CAGCCCAACA AAAACATGGT 
GTTTCTCAAG TTACGGTAAG ACCTACAATG TCCGGAAGTC CGTATAAGAA GCCACAAAGT 
TCTGCACAAT TAGCAAAGAA TCGATTGGCT TCAGTTTCAA ATCCGGTGCA TACTTCAGAA 
GAAGTTGAAC GATTAAAGCC TTCTTATAGT ACAGAAGAAT TAAATCAAGA GATGGCTAAT 
TTAGAAGGTC TTATGAAAGA TCTAAATGCC ATAACAGCAT CTGAATTTGA GTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565871.1
CDS	92..4468
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPNDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565808.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565808.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAATGAC 
ACAGACAGTT TGGAATCGAT AGAAGGAAGT GTTCCATCAG CACCAAGGAA TTTAAGTCTC 
GTCATTGTCA CTGCTAGATT TGTAACTTTA AGATGGCAAG AACCTGAAAA TACAAATGGA 
GAGATTCTAA ATTATTATAT TTATTATAAA CAAGAAGGTG CTCAAAGAGA AAGAGTTATT 
AATACTCAAC AAAAATTAGA GGCAGTAATA CGAGGTTTAC AACCAAGTAT GACATATCAC 
TTTCGAGTGG TTGCTTTGAA TGAAAGAGGT TCTGGAATAT CTAGTGAAAT ATTACAAGTT 
ACTACACTTA CTGAGGCCAA TGTTCCTGGA CCTCCATTGA ATTTAGAAGG ATATGCCACA 
AGTAGTGTGA GCATTGCATT ATCTTGGGAA GAACCACAAG TTACTAATGG CAAAATTTCT 
AAATATATAA TTACATTTGT AGAGGGTGAC AATGAGGAAA TAACGCGTGA AACTACTAGC 
ACAATGCACG ATTTAATAGA TCTCGTGCCT TATACAGAAT ACAGTATTAA AGTTCAAGCT 
GTAAACGAGA ATGGTCCTGG TGTGTTTAGT AGAGATATTG TAGTTCGAAC TTATAGTGCA 
CAACCTACTC AACCACCACA CAATGTCACT GTAGAACCAG TTAGTCCTAC AAGTATTATG 
ATAAGATGGG AACCGCCGCT CGAAGGACAA AATGGGATTA TTACTGGTTA TAAAATTCGT 
TATCGCCGTC ATGATCGAGC ATCACCACCA GTAAATATAG CAACTGAAGG AAATCAACGT 
TCACGAGTGC TCACAGGACT TGAGAAACAT GTTGTTTATC AAGTTCGTAT ATGTGCCTTA 
AATGTAAATG GAACTGGACC TTGGACAGAA TGGATACAAA TAGAAACATA TGAAACTGAA 
TCTGACGAAA ATCGCGTACC AAATACACCC AGTAATTTAA GAACAAAAGT AATGTCAGAT 
TATATACAAG TTTTTTGGAA TCCACCAAAA GATCAGAGTA TTAAAGTGAA AGGATATAAA 
CTTGGATGGG GAAAAGGAGT TCCAGACGTT GAAGTACGAC TTCTTGATGG AAAAGAACGA 
TCTTTCACTA TAGATCAATT AGAACCAATC ACTGAATATG TTATATCCTT AAGAGCAACA 
AATGATGCTG GTGATGGTCA GCCAGCATAT GCGAACGTGA GAACTACAGA ACGTTCTGTA 
TCTGAATTTT CTGCACCCTT ATTGCCACCT GTTGGTCTTA AAGCTTCTGT TCTTTCTGAT 
ACTACTGTTG TATTATATTG GACTGATACA ACTTTGCCAA AAACTCAGTT TGTAACGGAT 
AATCGATATT ACGTAGTGCG TTATACATCA CATCATCATA GCAGCAATCC TCGTTATAAA 
TATCATAATG CCACTGATCT TAACTGTATG ATAAATGATT TAAAACCTAA TACATTATAT 
GAATTTACAG TCAAACTTGT GAAGGGAAAA CGAGAATCAT TATGGAGTAT GGTTGTTTCG 
AATCAAACTC AAGAAGCTGC ACCTAGTTCT GCTCCTAGGA ATCTAACAAT TCAAAGTATC 
GAAGATCGTC CAACTTCAGT TTTATTGCGT TGGCAACCTC CTAAACAACC AAATGGACCA 
ATTACAGGAT ATATTATTTT TTATTCAATT GATAATACAA AGTGGGATCG TGATTGGTTA 
ATAGAAGGTG TAATTGGAGA TAAAACTGAA TTTATTGTAA AAGGACTACA ACCAAGTATG 
ACTTATTACT TTAAAATTCA AGCACGCAAT TCAAAAGGAT ATGGTCCTTT TTCTACAACT 
TATCCATTTA AAACTCCTCA GAGCAGTGGT ATGGATGTCT ATGATGAATT GCATGACCGA 
GATGGACGAG GACTTTCAAA TATATTAATT TATATTATTG TGGGTTGCTC TATTGTTCTT 
GTCACTGGTA TAGCAGTGGT AGTTGTTGTT ATATGTTGCA AACGCAGTCC CGATACACCT 
GATAGAAAAA AAGGATATAT GAAAGATACC AATCAAAAAA CAAATATTAA GCCGCCTGAT 
TTGTGGATTC ATCATGATCA AATGGAACTC AAAGCACTTG AAAAATCTTC AATAAATGGA 
GAAGCATCTA CTAGTGGTGT AGCTAGTAAT ACTTTACCTA GATCAAACAA TCAAGAATAT 
AATCAAGAGA ATGTGCATGG AAATTCTAGT TCATTGGATA AACGTACTTA TGTGCCAAGT 
TACATGGGTA ATACTGATGA GAAGTGTTCG ACCCTGAGTA GACAACATAG TCGAGGAAGC 
CACAAACCTA AACTCATTAC ACTTCCCGTT GACAGTGCAT CTTTACATCA ACCTATAGCG 
ACGGCCACAC CGATCGTAAA TACAAGTATG TCACAACCAA CGATTCACAC ATCGTGTAAT 
GATACACCAT CTGCGAGGCA AAATTATCCT CGAACTGTGG CACAATATAG TTTAAGTCGA 
GCGCATATTA CCTTAGAACC AACACCAGAA TCGAGTCCAG ATTCTTGCAA TATTTCAACT 
TCGTACGAAC CAATGCAAAA TCAACAATTA CCATATGGTA CAAGCAGTCA ATCATATAGT 
GGAAATACTC AATATGCTTC GGGACACTAT AGCAATAGTA ATCAACCATC AAATACAAGC 
AGTGGAACTG ATGGTGCTAG TGGTAGTAAA AGAATGCAGG GACATCCTTT AAAAAGTTTT 
AGCGTACCAG CACCTCCACC TCAATCTGCT CCTTCGACAC CAGCCCAACA AAAACATGGT 
GTTTCTCAAG TTACGGTAAG ACCTACAATG TCCGGAAGTC CGTATAAGAA GCCACAAAGT 
TCTGCACAAT TAGCAAAGAA TCGATTGGCT TCAGTTTCAA ATCCGGTGCA TACTTCAGAA 
GAAGTTGAAC GATTAAAGCC TTCTTATAGT ACAGAAGAAT TAAATCAAGA GATGGCTAAT 
TTAGAAGGTC TTATGAAAGA TCTAAATGCC ATAACAGCAT CTGAATTTGA GTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_001122444.4 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_001122444.2 Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.

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CloneID	OHd15186
Clone ID Related Accession (Same CDS sequence)	XM_001122444.4
Accession Version	XM_001122444.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_001122444.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC TATAGCGACG 
GCCACACCGA TCGTAAATAC AAGTATGTCA CAACCAACGA TTCACACATC GTGTAATGAT 
ACACCATCTG CGAGGCAAAA TTATCCTCGA ACTGTGGCAC AATATAGTTT AAGTCGAGCG 
CATATTACCT TAGAACCAAC ACCAGAATCG AGTCCAGATT CTTGCAATAT TTCAACTTCG 
TACGAACCAA TGCAAAATCA ACAATTACCA TATGGTACAA GCAGTCAATC ATATAGTGGA 
AATACTCAAT ATGCTTCGGG ACACTATAGC AATAGTAATC AACCATCAAA TACAAGCAGT 
GGAACTGATG GTGCTAGTGG TAGTAAAAGA ATGCAGGGAC ATCCTTTAAA AAGTTTTAGC 
GTACCAGCAC CTCCACCTCA ATCTGCTCCT TCGACACCAG CCCAACAAAA ACATGGTGTT 
TCTCAAGTTA CGGTAAGACC TACAATGTCC GGAAGTCCGT ATAAGAAGCC ACAAAGTTCT 
GCACAATTAG CAAAGAATCG ATTGGCTTCA GTTTCAAATC CGGTGCATAC TTCAGAAGAA 
GTTGAACGAT TAAAGCCTTC TTATAGTACA GAAGAATTAA ATCAAGAGAT GGCTAATTTA 
GAAGGTCTTA TGAAAGATCT AAATGCCATA ACAGCATCTG AATTTGAGTG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_001122444.2
CDS	115..4728
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_001122444.4
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_001122444.4

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC TATAGCGACG 
GCCACACCGA TCGTAAATAC AAGTATGTCA CAACCAACGA TTCACACATC GTGTAATGAT 
ACACCATCTG CGAGGCAAAA TTATCCTCGA ACTGTGGCAC AATATAGTTT AAGTCGAGCG 
CATATTACCT TAGAACCAAC ACCAGAATCG AGTCCAGATT CTTGCAATAT TTCAACTTCG 
TACGAACCAA TGCAAAATCA ACAATTACCA TATGGTACAA GCAGTCAATC ATATAGTGGA 
AATACTCAAT ATGCTTCGGG ACACTATAGC AATAGTAATC AACCATCAAA TACAAGCAGT 
GGAACTGATG GTGCTAGTGG TAGTAAAAGA ATGCAGGGAC ATCCTTTAAA AAGTTTTAGC 
GTACCAGCAC CTCCACCTCA ATCTGCTCCT TCGACACCAG CCCAACAAAA ACATGGTGTT 
TCTCAAGTTA CGGTAAGACC TACAATGTCC GGAAGTCCGT ATAAGAAGCC ACAAAGTTCT 
GCACAATTAG CAAAGAATCG ATTGGCTTCA GTTTCAAATC CGGTGCATAC TTCAGAAGAA 
GTTGAACGAT TAAAGCCTTC TTATAGTACA GAAGAATTAA ATCAAGAGAT GGCTAATTTA 
GAAGGTCTTA TGAAAGATCT AAATGCCATA ACAGCATCTG AATTTGAGTG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565803.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565866.1 Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.

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CloneID	OHd15187
Clone ID Related Accession (Same CDS sequence)	XM_006565803.2
Accession Version	XM_006565803.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4611bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565803.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCT AATGCAAGTG GATTATATTT TACTATTGAA 
CCACAAGATG TAGTAGTTGA ACAGGGAAAT CCTGCTAGAT TGGATTGTGA AGCAAATAGT 
AGTTTTGGAA AACCCAATAT ACAGTGGAGA ACTGATGATG GACAACCAAT TAATTTTATT 
GGAGATAGTT ATAGATCTCA ATTAAGTAAT GGATCTTTAT ATATAAATAG TGTTTATGGC 
ACTAGTCTGG AATTGACTGG AAGCTATCAA TGTTTAGCTT CTGTAGATGA TATTGGAGCT 
ATTGTTTCTC GAATTGCCAC AATTAAAATT GCTAGTTTAC CAGGATTTGA AAAAGAACCT 
CAAGATACTA TGGTTTATCC AGGACAAATT GCATATTTAA GTTGTACACT TCTTGCAACT 
TCTAGTTCAT TGATTATACA ATGGTTAAAA GATGAACATC CATTAATAAT ATCCATGGAT 
AGTCGGATGA CAATTTTGCC ATCAGGTGCA TTAGAAATTG ATAATGTTAA AACGGAAGAT 
GTTGGATCAT ATAGATGCAA TGCTAGTAGT TATGGACAAT ATAGGCTTAG TAATAAAGCA 
CAATTAGGAT TGCTAAGTGA TATTGATCAA GAAAGTACTC CACCAGTTTT TATTGCTAAA 
CCATTACAAC AAGTAATTAT CGAAGGATCA ACAATTACAC TTGAATGTGC TGCCAATGGT 
TATCCAAAAC CAAGTATACT TTGGTTGAAA GATGGTGTTG CTATTGATCT AACATCTTTT 
AAATCTAGAT ATAGTAGAAT TGCTGCATCT AGTCTTGTAA TTAGCAATGT TGAAGAAATA 
GATAATGGTT CTTATCAATG TCGCGCAGAA AATGAAGTTG AAATATTAGA TGCAACTGCT 
GATTTAATTG TACAAGTTCC ACCAAGATTT ATTAAAAAAC CAGAAGATAA AATAGCTAGC 
GAGAATCAAG ATTTAGAATT TGAATGCGAA ATTTATGGTA AACCTCAACC AAAAATTACA 
TGGCTCAAAA ATGGAGAACG TATTACCTTG AGTGCATATT GGCAAATTGT TAATGGTTAT 
AATCTTAGAA TTAATGGTCT ATTACCAATA GATGCTGGAA TTTTTCAATG TATCGGAACA 
AATTCCGCTG GAACTGTTCA AGCTGCAGCG CGTTTAACAA TTAATCAACC TAAAAAGGCA 
ATTTCCCATA AATCAACTAC TCCAAAGACA GTTCCTAAAA AAAAATTATT ATTGCATCGG 
CAATTGTATA ATAAAACGTG GCAGCATCCG AGTACTCTTT TAGGTCATAC AATGTCTGCA 
TTTACACCCA ATCCACCACT TTCCATTAGT CCCTCTGATG ACCCTGCAGA TCTTCCTGGA 
TCTGTTAGAT TTCCTAATTC CCATTACGAT CCAAAATCCC CTTTTATAGA TGACACAGAC 
AGTTTGGAAT CGATAGAAGG AAGTGTTCCA TCAGCACCAA GGAATTTAAG TCTCGTCATT 
GTCACTGCTA GATTTGTAAC TTTAAGATGG CAAGAACCTG AAAATACAAA TGGAGAGATT 
CTAAATTATT ATATTTATTA TAAACAAGAA GGTGCTCAAA GAGAAAGAGT TATTAATACT 
CAACAAAAAT TAGAGGCAGT AATACGAGGT TTACAACCAA GTATGACATA TCACTTTCGA 
GTGGTTGCTT TGAATGAGAG AGGTTCTGGA ATATCTAGTG AAATATTACA AGTTACTACA 
CTTACTGAGG CCAATGTTCC TGGACCTCCA TTGAATTTAG AAGGATATGC CACAAGTAGT 
GTGAGCATTG CATTATCTTG GGAAGAACCA CAAGTTACTA ATGGCAAAAT TTCTAAATAT 
ATAATTACAT TTGTAGAGGG TGACAATGAG GAAATAACGC GTGAAACTAC TAGCACAATG 
CACGATTTAA TAGATCTCGT GCCTTATACA GAATACAGTA TTAAAGTTCA AGCTGTAAAC 
GAGAATGGTC CTGGTGTGTT TAGTAGAGAT ATTGTAGTTC GAACTTATAG TGCACAACCT 
ACTCAACCAC CACACAATGT CACTGTAGAA CCAGTTAGTC CTACAAGTAT TATGATAAGA 
TGGGAACCGC CGCTCGAAGG ACAAAATGGG ATTATTACTG GTTATAAAAT TCGTTATCGC 
CGTCATGATC GAGCATCACC ACCAGTAAAT ATAGCAACTG AAGGAAATCA ACGTTCACGA 
GTGCTCACAG GACTTGAGAA ACATGTTGTT TATCAAGTTC GTATATGTGC CTTAAATGTA 
AATGGAACTG GACCTTGGAC AGAATGGATA CAAATAGAAA CATATGAAAC TGAATCTGAC 
GAAAATCGCG TACCAAATAC ACCCAGTAAT TTAAGAACAA AAGTAATGTC AGATTATATA 
CAAGTTTTTT GGAATCCACC AAAAGATCAG AGTATTAAAG TGAAAGGATA TAAACTTGGA 
TGGGGAAAAG GAGTTCCAGA CGTTGAAGTA CGACTTCTTG ATGGAAAAGA ACGATCTTTC 
ACTATAGATC AATTAGAACC AATCACTGAA TATGTTATAT CCTTAAGAGC AACAAATGAT 
GCTGGTGATG GTCAGCCAGC ATATGCGAAC GTGAGAACTA CAGAACGTTC TGTATCTGAA 
TTTTCTGCAC CCTTATTGCC ACCTGTTGGT CTTAAAGCTT CTGTTCTTTC TGATACTACT 
GTTGTATTAT ATTGGACTGA TACAACTTTG CCAAAAACTC AGTTTGTAAC GGATAATCGA 
TATTACGTAG TGCGTTATAC ATCACATCAT CATAGCAGCA ATCCTCGTTA TAAATATCAT 
AATGCCACTG ATCTTAACTG TATGATAAAT GATTTAAAAC CTAATACATT ATATGAATTT 
ACAGTCAAAC TTGTGAAGGG AAAACGAGAA TCATTATGGA GTATGGTTGT TTCGAATCAA 
ACTCAAGAAG CTGCACCTAG TTCTGCTCCT AGGAATCTAA CAATTCAAAG TATCGAAGAT 
CGTCCAACTT CAGTTTTATT GCGTTGGCAA CCTCCTAAAC AACCAAATGG ACCAATTACA 
GGATATATTA TTTTTTATTC AATTGATAAT ACAAAGTGGG ATCGTGATTG GTTAATAGAA 
GGTGTAATTG GAGATAAAAC TGAATTTATT GTAAAAGGAC TACAACCAAG TATGACTTAT 
TACTTTAAAA TTCAAGCACG CAATTCAAAA GGATATGGTC CTTTTTCTAC AACTTATCCA 
TTTAAAACTC CTCAGAGCAG TGGTATGGAT GTCTATGATG AATTGCATGA CCGAGATGGA 
CGAGGACTTT CAAATATATT AATTTATATT ATTGTGGGTT GCTCTATTGT TCTTGTCACT 
GGTATAGCAG TGGTAGTTGT TGTTATATGT TGCAAACGCA GTCCCGATAC ACCTGATAGA 
AAAAAAGGAT ATATGAAAGA TACCAATCAA AAAACAAATA TTAAGCCGCC TGATTTGTGG 
ATTCATCATG ATCAAATGGA ACTCAAAGCA CTTGAAAAAT CTTCAATAAA TGGAGAAGCA 
TCTACTAGTG GTGTAGCTAG TAATACTTTA CCTAGATCAA ACAATCAAGA ATATAATCAA 
GAGAATGTGC ATGGAAATTC TAGTTCATTG GATAAACGTA CTTATGTGCC AAGTTACATG 
GGTAATACTG ATGAGAAGTG TTCGACCCTG AGTAGACAAC ATAGTCGAGG AAGCCACAAA 
CCTAAACTCA TTACACTTCC CGTTGACAGT GCATCTTTAC ATCAACCTAT AGCGACGGCC 
ACACCGATCG TAAATACAAG TATGTCACAA CCAACGATTC ACACATCGTG TAATGATACA 
CCATCTGCGA GGCAAAATTA TCCTCGAACT GTGGCACAAT ATAGTTTAAG TCGAGCGCAT 
ATTACCTTAG AACCAACACC AGAATCGAGT CCAGATTCTT GCAATATTTC AACTTCGTAC 
GAACCAATGC AAAATCAACA ATTACCATAT GGTACAAGCA GTCAATCATA TAGTGGAAAT 
ACTCAATATG CTTCGGGACA CTATAGCAAT AGTAATCAAC CATCAAATAC AAGCAGTGGA 
ACTGATGGTG CTAGTGGTAG TAAAAGAATG CAGGGACATC CTTTAAAAAG TTTTAGCGTA 
CCAGCACCTC CACCTCAATC TGCTCCTTCG ACACCAGCCC AACAAAAACA TGGTGTTTCT 
CAAGTTACGG TAAGACCTAC AATGTCCGGA AGTCCGTATA AGAAGCCACA AAGTTCTGCA 
CAATTAGCAA AGAATCGATT GGCTTCAGTT TCAAATCCGG TGCATACTTC AGAAGAAGTT 
GAACGATTAA AGCCTTCTTA TAGTACAGAA GAATTAAATC AAGAGATGGC TAATTTAGAA 
GGTCTTATGA AAGATCTAAA TGCCATAACA GCATCTGAAT TTGAGTGCTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565866.1
CDS	115..4725
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565803.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565803.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCT AATGCAAGTG GATTATATTT TACTATTGAA 
CCACAAGATG TAGTAGTTGA ACAGGGAAAT CCTGCTAGAT TGGATTGTGA AGCAAATAGT 
AGTTTTGGAA AACCCAATAT ACAGTGGAGA ACTGATGATG GACAACCAAT TAATTTTATT 
GGAGATAGTT ATAGATCTCA ATTAAGTAAT GGATCTTTAT ATATAAATAG TGTTTATGGC 
ACTAGTCTGG AATTGACTGG AAGCTATCAA TGTTTAGCTT CTGTAGATGA TATTGGAGCT 
ATTGTTTCTC GAATTGCCAC AATTAAAATT GCTAGTTTAC CAGGATTTGA AAAAGAACCT 
CAAGATACTA TGGTTTATCC AGGACAAATT GCATATTTAA GTTGTACACT TCTTGCAACT 
TCTAGTTCAT TGATTATACA ATGGTTAAAA GATGAACATC CATTAATAAT ATCCATGGAT 
AGTCGGATGA CAATTTTGCC ATCAGGTGCA TTAGAAATTG ATAATGTTAA AACGGAAGAT 
GTTGGATCAT ATAGATGCAA TGCTAGTAGT TATGGACAAT ATAGGCTTAG TAATAAAGCA 
CAATTAGGAT TGCTAAGTGA TATTGATCAA GAAAGTACTC CACCAGTTTT TATTGCTAAA 
CCATTACAAC AAGTAATTAT CGAAGGATCA ACAATTACAC TTGAATGTGC TGCCAATGGT 
TATCCAAAAC CAAGTATACT TTGGTTGAAA GATGGTGTTG CTATTGATCT AACATCTTTT 
AAATCTAGAT ATAGTAGAAT TGCTGCATCT AGTCTTGTAA TTAGCAATGT TGAAGAAATA 
GATAATGGTT CTTATCAATG TCGCGCAGAA AATGAAGTTG AAATATTAGA TGCAACTGCT 
GATTTAATTG TACAAGTTCC ACCAAGATTT ATTAAAAAAC CAGAAGATAA AATAGCTAGC 
GAGAATCAAG ATTTAGAATT TGAATGCGAA ATTTATGGTA AACCTCAACC AAAAATTACA 
TGGCTCAAAA ATGGAGAACG TATTACCTTG AGTGCATATT GGCAAATTGT TAATGGTTAT 
AATCTTAGAA TTAATGGTCT ATTACCAATA GATGCTGGAA TTTTTCAATG TATCGGAACA 
AATTCCGCTG GAACTGTTCA AGCTGCAGCG CGTTTAACAA TTAATCAACC TAAAAAGGCA 
ATTTCCCATA AATCAACTAC TCCAAAGACA GTTCCTAAAA AAAAATTATT ATTGCATCGG 
CAATTGTATA ATAAAACGTG GCAGCATCCG AGTACTCTTT TAGGTCATAC AATGTCTGCA 
TTTACACCCA ATCCACCACT TTCCATTAGT CCCTCTGATG ACCCTGCAGA TCTTCCTGGA 
TCTGTTAGAT TTCCTAATTC CCATTACGAT CCAAAATCCC CTTTTATAGA TGACACAGAC 
AGTTTGGAAT CGATAGAAGG AAGTGTTCCA TCAGCACCAA GGAATTTAAG TCTCGTCATT 
GTCACTGCTA GATTTGTAAC TTTAAGATGG CAAGAACCTG AAAATACAAA TGGAGAGATT 
CTAAATTATT ATATTTATTA TAAACAAGAA GGTGCTCAAA GAGAAAGAGT TATTAATACT 
CAACAAAAAT TAGAGGCAGT AATACGAGGT TTACAACCAA GTATGACATA TCACTTTCGA 
GTGGTTGCTT TGAATGAGAG AGGTTCTGGA ATATCTAGTG AAATATTACA AGTTACTACA 
CTTACTGAGG CCAATGTTCC TGGACCTCCA TTGAATTTAG AAGGATATGC CACAAGTAGT 
GTGAGCATTG CATTATCTTG GGAAGAACCA CAAGTTACTA ATGGCAAAAT TTCTAAATAT 
ATAATTACAT TTGTAGAGGG TGACAATGAG GAAATAACGC GTGAAACTAC TAGCACAATG 
CACGATTTAA TAGATCTCGT GCCTTATACA GAATACAGTA TTAAAGTTCA AGCTGTAAAC 
GAGAATGGTC CTGGTGTGTT TAGTAGAGAT ATTGTAGTTC GAACTTATAG TGCACAACCT 
ACTCAACCAC CACACAATGT CACTGTAGAA CCAGTTAGTC CTACAAGTAT TATGATAAGA 
TGGGAACCGC CGCTCGAAGG ACAAAATGGG ATTATTACTG GTTATAAAAT TCGTTATCGC 
CGTCATGATC GAGCATCACC ACCAGTAAAT ATAGCAACTG AAGGAAATCA ACGTTCACGA 
GTGCTCACAG GACTTGAGAA ACATGTTGTT TATCAAGTTC GTATATGTGC CTTAAATGTA 
AATGGAACTG GACCTTGGAC AGAATGGATA CAAATAGAAA CATATGAAAC TGAATCTGAC 
GAAAATCGCG TACCAAATAC ACCCAGTAAT TTAAGAACAA AAGTAATGTC AGATTATATA 
CAAGTTTTTT GGAATCCACC AAAAGATCAG AGTATTAAAG TGAAAGGATA TAAACTTGGA 
TGGGGAAAAG GAGTTCCAGA CGTTGAAGTA CGACTTCTTG ATGGAAAAGA ACGATCTTTC 
ACTATAGATC AATTAGAACC AATCACTGAA TATGTTATAT CCTTAAGAGC AACAAATGAT 
GCTGGTGATG GTCAGCCAGC ATATGCGAAC GTGAGAACTA CAGAACGTTC TGTATCTGAA 
TTTTCTGCAC CCTTATTGCC ACCTGTTGGT CTTAAAGCTT CTGTTCTTTC TGATACTACT 
GTTGTATTAT ATTGGACTGA TACAACTTTG CCAAAAACTC AGTTTGTAAC GGATAATCGA 
TATTACGTAG TGCGTTATAC ATCACATCAT CATAGCAGCA ATCCTCGTTA TAAATATCAT 
AATGCCACTG ATCTTAACTG TATGATAAAT GATTTAAAAC CTAATACATT ATATGAATTT 
ACAGTCAAAC TTGTGAAGGG AAAACGAGAA TCATTATGGA GTATGGTTGT TTCGAATCAA 
ACTCAAGAAG CTGCACCTAG TTCTGCTCCT AGGAATCTAA CAATTCAAAG TATCGAAGAT 
CGTCCAACTT CAGTTTTATT GCGTTGGCAA CCTCCTAAAC AACCAAATGG ACCAATTACA 
GGATATATTA TTTTTTATTC AATTGATAAT ACAAAGTGGG ATCGTGATTG GTTAATAGAA 
GGTGTAATTG GAGATAAAAC TGAATTTATT GTAAAAGGAC TACAACCAAG TATGACTTAT 
TACTTTAAAA TTCAAGCACG CAATTCAAAA GGATATGGTC CTTTTTCTAC AACTTATCCA 
TTTAAAACTC CTCAGAGCAG TGGTATGGAT GTCTATGATG AATTGCATGA CCGAGATGGA 
CGAGGACTTT CAAATATATT AATTTATATT ATTGTGGGTT GCTCTATTGT TCTTGTCACT 
GGTATAGCAG TGGTAGTTGT TGTTATATGT TGCAAACGCA GTCCCGATAC ACCTGATAGA 
AAAAAAGGAT ATATGAAAGA TACCAATCAA AAAACAAATA TTAAGCCGCC TGATTTGTGG 
ATTCATCATG ATCAAATGGA ACTCAAAGCA CTTGAAAAAT CTTCAATAAA TGGAGAAGCA 
TCTACTAGTG GTGTAGCTAG TAATACTTTA CCTAGATCAA ACAATCAAGA ATATAATCAA 
GAGAATGTGC ATGGAAATTC TAGTTCATTG GATAAACGTA CTTATGTGCC AAGTTACATG 
GGTAATACTG ATGAGAAGTG TTCGACCCTG AGTAGACAAC ATAGTCGAGG AAGCCACAAA 
CCTAAACTCA TTACACTTCC CGTTGACAGT GCATCTTTAC ATCAACCTAT AGCGACGGCC 
ACACCGATCG TAAATACAAG TATGTCACAA CCAACGATTC ACACATCGTG TAATGATACA 
CCATCTGCGA GGCAAAATTA TCCTCGAACT GTGGCACAAT ATAGTTTAAG TCGAGCGCAT 
ATTACCTTAG AACCAACACC AGAATCGAGT CCAGATTCTT GCAATATTTC AACTTCGTAC 
GAACCAATGC AAAATCAACA ATTACCATAT GGTACAAGCA GTCAATCATA TAGTGGAAAT 
ACTCAATATG CTTCGGGACA CTATAGCAAT AGTAATCAAC CATCAAATAC AAGCAGTGGA 
ACTGATGGTG CTAGTGGTAG TAAAAGAATG CAGGGACATC CTTTAAAAAG TTTTAGCGTA 
CCAGCACCTC CACCTCAATC TGCTCCTTCG ACACCAGCCC AACAAAAACA TGGTGTTTCT 
CAAGTTACGG TAAGACCTAC AATGTCCGGA AGTCCGTATA AGAAGCCACA AAGTTCTGCA 
CAATTAGCAA AGAATCGATT GGCTTCAGTT TCAAATCCGG TGCATACTTC AGAAGAAGTT 
GAACGATTAA AGCCTTCTTA TAGTACAGAA GAATTAAATC AAGAGATGGC TAATTTAGAA 
GGTCTTATGA AAGATCTAAA TGCCATAACA GCATCTGAAT TTGAGTGCTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565804.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565867.1 Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.

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CloneID	OHd15188
Clone ID Related Accession (Same CDS sequence)	XM_006565804.2
Accession Version	XM_006565804.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4608bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565804.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC GACGGCCACA 
CCGATCGTAA ATACAAGTAT GTCACAACCA ACGATTCACA CATCGTGTAA TGATACACCA 
TCTGCGAGGC AAAATTATCC TCGAACTGTG GCACAATATA GTTTAAGTCG AGCGCATATT 
ACCTTAGAAC CAACACCAGA ATCGAGTCCA GATTCTTGCA ATATTTCAAC TTCGTACGAA 
CCAATGCAAA ATCAACAATT ACCATATGGT ACAAGCAGTC AATCATATAG TGGAAATACT 
CAATATGCTT CGGGACACTA TAGCAATAGT AATCAACCAT CAAATACAAG CAGTGGAACT 
GATGGTGCTA GTGGTAGTAA AAGAATGCAG GGACATCCTT TAAAAAGTTT TAGCGTACCA 
GCACCTCCAC CTCAATCTGC TCCTTCGACA CCAGCCCAAC AAAAACATGG TGTTTCTCAA 
GTTACGGTAA GACCTACAAT GTCCGGAAGT CCGTATAAGA AGCCACAAAG TTCTGCACAA 
TTAGCAAAGA ATCGATTGGC TTCAGTTTCA AATCCGGTGC ATACTTCAGA AGAAGTTGAA 
CGATTAAAGC CTTCTTATAG TACAGAAGAA TTAAATCAAG AGATGGCTAA TTTAGAAGGT 
CTTATGAAAG ATCTAAATGC CATAACAGCA TCTGAATTTG AGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565867.1
CDS	92..4699
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPTATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565804.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565804.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC GACGGCCACA 
CCGATCGTAA ATACAAGTAT GTCACAACCA ACGATTCACA CATCGTGTAA TGATACACCA 
TCTGCGAGGC AAAATTATCC TCGAACTGTG GCACAATATA GTTTAAGTCG AGCGCATATT 
ACCTTAGAAC CAACACCAGA ATCGAGTCCA GATTCTTGCA ATATTTCAAC TTCGTACGAA 
CCAATGCAAA ATCAACAATT ACCATATGGT ACAAGCAGTC AATCATATAG TGGAAATACT 
CAATATGCTT CGGGACACTA TAGCAATAGT AATCAACCAT CAAATACAAG CAGTGGAACT 
GATGGTGCTA GTGGTAGTAA AAGAATGCAG GGACATCCTT TAAAAAGTTT TAGCGTACCA 
GCACCTCCAC CTCAATCTGC TCCTTCGACA CCAGCCCAAC AAAAACATGG TGTTTCTCAA 
GTTACGGTAA GACCTACAAT GTCCGGAAGT CCGTATAAGA AGCCACAAAG TTCTGCACAA 
TTAGCAAAGA ATCGATTGGC TTCAGTTTCA AATCCGGTGC ATACTTCAGA AGAAGTTGAA 
CGATTAAAGC CTTCTTATAG TACAGAAGAA TTAAATCAAG AGATGGCTAA TTTAGAAGGT 
CTTATGAAAG ATCTAAATGC CATAACAGCA TCTGAATTTG AGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565805.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565868.1 Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHd15189
Clone ID Related Accession (Same CDS sequence)	XM_006565805.2
Accession Version	XM_006565805.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4575bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565805.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAA TGGACGAGGA CTTTCAAATA TATTAATTTA TATTATTGTG 
GGTTGCTCTA TTGTTCTTGT CACTGGTATA GCAGTGGTAG TTGTTGTTAT ATGTTGCAAA 
CGCAGTCCCG ATACACCTGA TAGAAAAAAA GGATATATGA AAGATACCAA TCAAAAAACA 
AATATTAAGC CGCCTGATTT GTGGATTCAT CATGATCAAA TGGAACTCAA AGCACTTGAA 
AAATCTTCAA TAAATGGAGA AGCATCTACT AGTGGTGTAG CTAGTAATAC TTTACCTAGA 
TCAAACAATC AAGAATATAA TCAAGAGAAT GTGCATGGAA ATTCTAGTTC ATTGGATAAA 
CGTACTTATG TGCCAAGTTA CATGGGTAAT ACTGATGAGA AGTGTTCGAC CCTGAGTAGA 
CAACATAGTC GAGGAAGCCA CAAACCTAAA CTCATTACAC TTCCCGTTGA CAGTGCATCT 
TTACATCAAC CTATAGCGAC GGCCACACCG ATCGTAAATA CAAGTATGTC ACAACCAACG 
ATTCACACAT CGTGTAATGA TACACCATCT GCGAGGCAAA ATTATCCTCG AACTGTGGCA 
CAATATAGTT TAAGTCGAGC GCATATTACC TTAGAACCAA CACCAGAATC GAGTCCAGAT 
TCTTGCAATA TTTCAACTTC GTACGAACCA ATGCAAAATC AACAATTACC ATATGGTACA 
AGCAGTCAAT CATATAGTGG AAATACTCAA TATGCTTCGG GACACTATAG CAATAGTAAT 
CAACCATCAA ATACAAGCAG TGGAACTGAT GGTGCTAGTG GTAGTAAAAG AATGCAGGGA 
CATCCTTTAA AAAGTTTTAG CGTACCAGCA CCTCCACCTC AATCTGCTCC TTCGACACCA 
GCCCAACAAA AACATGGTGT TTCTCAAGTT ACGGTAAGAC CTACAATGTC CGGAAGTCCG 
TATAAGAAGC CACAAAGTTC TGCACAATTA GCAAAGAATC GATTGGCTTC AGTTTCAAAT 
CCGGTGCATA CTTCAGAAGA AGTTGAACGA TTAAAGCCTT CTTATAGTAC AGAAGAATTA 
AATCAAGAGA TGGCTAATTT AGAAGGTCTT ATGAAAGATC TAAATGCCAT AACAGCATCT 
GAATTTGAGT GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565868.1
CDS	92..4666
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQNGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565805.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565805.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAA TGGACGAGGA CTTTCAAATA TATTAATTTA TATTATTGTG 
GGTTGCTCTA TTGTTCTTGT CACTGGTATA GCAGTGGTAG TTGTTGTTAT ATGTTGCAAA 
CGCAGTCCCG ATACACCTGA TAGAAAAAAA GGATATATGA AAGATACCAA TCAAAAAACA 
AATATTAAGC CGCCTGATTT GTGGATTCAT CATGATCAAA TGGAACTCAA AGCACTTGAA 
AAATCTTCAA TAAATGGAGA AGCATCTACT AGTGGTGTAG CTAGTAATAC TTTACCTAGA 
TCAAACAATC AAGAATATAA TCAAGAGAAT GTGCATGGAA ATTCTAGTTC ATTGGATAAA 
CGTACTTATG TGCCAAGTTA CATGGGTAAT ACTGATGAGA AGTGTTCGAC CCTGAGTAGA 
CAACATAGTC GAGGAAGCCA CAAACCTAAA CTCATTACAC TTCCCGTTGA CAGTGCATCT 
TTACATCAAC CTATAGCGAC GGCCACACCG ATCGTAAATA CAAGTATGTC ACAACCAACG 
ATTCACACAT CGTGTAATGA TACACCATCT GCGAGGCAAA ATTATCCTCG AACTGTGGCA 
CAATATAGTT TAAGTCGAGC GCATATTACC TTAGAACCAA CACCAGAATC GAGTCCAGAT 
TCTTGCAATA TTTCAACTTC GTACGAACCA ATGCAAAATC AACAATTACC ATATGGTACA 
AGCAGTCAAT CATATAGTGG AAATACTCAA TATGCTTCGG GACACTATAG CAATAGTAAT 
CAACCATCAA ATACAAGCAG TGGAACTGAT GGTGCTAGTG GTAGTAAAAG AATGCAGGGA 
CATCCTTTAA AAAGTTTTAG CGTACCAGCA CCTCCACCTC AATCTGCTCC TTCGACACCA 
GCCCAACAAA AACATGGTGT TTCTCAAGTT ACGGTAAGAC CTACAATGTC CGGAAGTCCG 
TATAAGAAGC CACAAAGTTC TGCACAATTA GCAAAGAATC GATTGGCTTC AGTTTCAAAT 
CCGGTGCATA CTTCAGAAGA AGTTGAACGA TTAAAGCCTT CTTATAGTAC AGAAGAATTA 
AATCAAGAGA TGGCTAATTT AGAAGGTCTT ATGAAAGATC TAAATGCCAT AACAGCATCT 
GAATTTGAGT GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565806.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565869.1 Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHd15190
Clone ID Related Accession (Same CDS sequence)	XM_006565806.2
Accession Version	XM_006565806.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4509bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565806.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCTATAG CGACGGCCAC ACCGATCGTA AATACAAGTA TGTCACAACC AACGATTCAC 
ACATCGTGTA ATGATACACC ATCTGCGAGG CAAAATTATC CTCGAACTGT GGCACAATAT 
AGTTTAAGTC GAGCGCATAT TACCTTAGAA CCAACACCAG AATCGAGTCC AGATTCTTGC 
AATATTTCAA CTTCGTACGA ACCAATGCAA AATCAACAAT TACCATATGG TACAAGCAGT 
CAATCATATA GTGGAAATAC TCAATATGCT TCGGGACACT ATAGCAATAG TAATCAACCA 
TCAAATACAA GCAGTGGAAC TGATGGTGCT AGTGGTAGTA AAAGAATGCA GGGACATCCT 
TTAAAAAGTT TTAGCGTACC AGCACCTCCA CCTCAATCTG CTCCTTCGAC ACCAGCCCAA 
CAAAAACATG GTGTTTCTCA AGTTACGGTA AGACCTACAA TGTCCGGAAG TCCGTATAAG 
AAGCCACAAA GTTCTGCACA ATTAGCAAAG AATCGATTGG CTTCAGTTTC AAATCCGGTG 
CATACTTCAG AAGAAGTTGA ACGATTAAAG CCTTCTTATA GTACAGAAGA ATTAAATCAA 
GAGATGGCTA ATTTAGAAGG TCTTATGAAA GATCTAAATG CCATAACAGC ATCTGAATTT 
GAGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565869.1
CDS	92..4600
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMAIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565806.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565806.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCTATAG CGACGGCCAC ACCGATCGTA AATACAAGTA TGTCACAACC AACGATTCAC 
ACATCGTGTA ATGATACACC ATCTGCGAGG CAAAATTATC CTCGAACTGT GGCACAATAT 
AGTTTAAGTC GAGCGCATAT TACCTTAGAA CCAACACCAG AATCGAGTCC AGATTCTTGC 
AATATTTCAA CTTCGTACGA ACCAATGCAA AATCAACAAT TACCATATGG TACAAGCAGT 
CAATCATATA GTGGAAATAC TCAATATGCT TCGGGACACT ATAGCAATAG TAATCAACCA 
TCAAATACAA GCAGTGGAAC TGATGGTGCT AGTGGTAGTA AAAGAATGCA GGGACATCCT 
TTAAAAAGTT TTAGCGTACC AGCACCTCCA CCTCAATCTG CTCCTTCGAC ACCAGCCCAA 
CAAAAACATG GTGTTTCTCA AGTTACGGTA AGACCTACAA TGTCCGGAAG TCCGTATAAG 
AAGCCACAAA GTTCTGCACA ATTAGCAAAG AATCGATTGG CTTCAGTTTC AAATCCGGTG 
CATACTTCAG AAGAAGTTGA ACGATTAAAG CCTTCTTATA GTACAGAAGA ATTAAATCAA 
GAGATGGCTA ATTTAGAAGG TCTTATGAAA GATCTAAATG CCATAACAGC ATCTGAATTT 
GAGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565807.2 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565870.1 Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.

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CloneID	OHd15191
Clone ID Related Accession (Same CDS sequence)	XM_006565807.2
Accession Version	XM_006565807.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4503bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1463932800000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007083.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 24, 2016 this sequence version replaced XM_006565807.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCGACGG CCACACCGAT CGTAAATACA AGTATGTCAC AACCAACGAT TCACACATCG 
TGTAATGATA CACCATCTGC GAGGCAAAAT TATCCTCGAA CTGTGGCACA ATATAGTTTA 
AGTCGAGCGC ATATTACCTT AGAACCAACA CCAGAATCGA GTCCAGATTC TTGCAATATT 
TCAACTTCGT ACGAACCAAT GCAAAATCAA CAATTACCAT ATGGTACAAG CAGTCAATCA 
TATAGTGGAA ATACTCAATA TGCTTCGGGA CACTATAGCA ATAGTAATCA ACCATCAAAT 
ACAAGCAGTG GAACTGATGG TGCTAGTGGT AGTAAAAGAA TGCAGGGACA TCCTTTAAAA 
AGTTTTAGCG TACCAGCACC TCCACCTCAA TCTGCTCCTT CGACACCAGC CCAACAAAAA 
CATGGTGTTT CTCAAGTTAC GGTAAGACCT ACAATGTCCG GAAGTCCGTA TAAGAAGCCA 
CAAAGTTCTG CACAATTAGC AAAGAATCGA TTGGCTTCAG TTTCAAATCC GGTGCATACT 
TCAGAAGAAG TTGAACGATT AAAGCCTTCT TATAGTACAG AAGAATTAAA TCAAGAGATG 
GCTAATTTAG AAGGTCTTAT GAAAGATCTA AATGCCATAA CAGCATCTGA ATTTGAGTGC 
TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565870.1
CDS	92..4594
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565807.2
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565807.2

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ATAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA GAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCGACGG CCACACCGAT CGTAAATACA AGTATGTCAC AACCAACGAT TCACACATCG 
TGTAATGATA CACCATCTGC GAGGCAAAAT TATCCTCGAA CTGTGGCACA ATATAGTTTA 
AGTCGAGCGC ATATTACCTT AGAACCAACA CCAGAATCGA GTCCAGATTC TTGCAATATT 
TCAACTTCGT ACGAACCAAT GCAAAATCAA CAATTACCAT ATGGTACAAG CAGTCAATCA 
TATAGTGGAA ATACTCAATA TGCTTCGGGA CACTATAGCA ATAGTAATCA ACCATCAAAT 
ACAAGCAGTG GAACTGATGG TGCTAGTGGT AGTAAAAGAA TGCAGGGACA TCCTTTAAAA 
AGTTTTAGCG TACCAGCACC TCCACCTCAA TCTGCTCCTT CGACACCAGC CCAACAAAAA 
CATGGTGTTT CTCAAGTTAC GGTAAGACCT ACAATGTCCG GAAGTCCGTA TAAGAAGCCA 
CAAAGTTCTG CACAATTAGC AAAGAATCGA TTGGCTTCAG TTTCAAATCC GGTGCATACT 
TCAGAAGAAG TTGAACGATT AAAGCCTTCT TATAGTACAG AAGAATTAAA TCAAGAGATG 
GCTAATTTAG AAGGTCTTAT GAAAGATCTA AATGCCATAA CAGCATCTGA ATTTGAGTGC 
TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_001122444.5 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_001122444.2 Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.

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CloneID	OHd27007
Clone ID Related Accession (Same CDS sequence)	XM_001122444.5
Accession Version	XM_001122444.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_001122444.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC TATAGCGACG 
GCCACACCGA TCGTAAATAC AAGTATGTCA CAACCAACGA TTCACACATC GTGTAATGAT 
ACACCATCTG CGAGGCAAAA TTATCCTCGA ACTGTGGCAC AATATAGTTT AAGTCGAGCG 
CATATTACCT TAGAACCAAC ACCAGAATCG AGTCCAGATT CTTGCAATAT TTCAACTTCG 
TACGAACCAA TGCAAAATCA ACAATTACCA TATGGTACAA GCAGTCAATC ATATAGTGGA 
AATACTCAAT ATGCTTCGGG ACACTATAGC AATAGTAATC AACCATCAAA TACAAGCAGT 
GGAACTGATG GTGCTAGTGG TAGTAAAAGA ATGCAGGGAC ATCCTTTAAA AAGTTTTAGC 
GTACCAGCAC CTCCACCTCA ATCTGCTCCT TCGACACCAG CCCAACAAAA ACATGGTGTT 
TCTCAAGTTA CGGTAAGACC TACAATGTCC GGAAGTCCGT ATAAGAAGCC ACAAAGTTCT 
GCACAATTAG CAAAGAATCG ATTGGCTTCA GTTTCAAATC CGGTGCATAC TTCAGAAGAA 
GTTGAACGAT TAAAGCCTTC TTATAGTACA GAAGAATTAA ATCAAGAGAT GGCTAATTTA 
GAAGGTCTTA TGAAAGATCT AAATGCCATA ACAGCATCTG AATTTGAGTG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_001122444.2
CDS	105..4718
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_001122444.5
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_001122444.5

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC TATAGCGACG 
GCCACACCGA TCGTAAATAC AAGTATGTCA CAACCAACGA TTCACACATC GTGTAATGAT 
ACACCATCTG CGAGGCAAAA TTATCCTCGA ACTGTGGCAC AATATAGTTT AAGTCGAGCG 
CATATTACCT TAGAACCAAC ACCAGAATCG AGTCCAGATT CTTGCAATAT TTCAACTTCG 
TACGAACCAA TGCAAAATCA ACAATTACCA TATGGTACAA GCAGTCAATC ATATAGTGGA 
AATACTCAAT ATGCTTCGGG ACACTATAGC AATAGTAATC AACCATCAAA TACAAGCAGT 
GGAACTGATG GTGCTAGTGG TAGTAAAAGA ATGCAGGGAC ATCCTTTAAA AAGTTTTAGC 
GTACCAGCAC CTCCACCTCA ATCTGCTCCT TCGACACCAG CCCAACAAAA ACATGGTGTT 
TCTCAAGTTA CGGTAAGACC TACAATGTCC GGAAGTCCGT ATAAGAAGCC ACAAAGTTCT 
GCACAATTAG CAAAGAATCG ATTGGCTTCA GTTTCAAATC CGGTGCATAC TTCAGAAGAA 
GTTGAACGAT TAAAGCCTTC TTATAGTACA GAAGAATTAA ATCAAGAGAT GGCTAATTTA 
GAAGGTCTTA TGAAAGATCT AAATGCCATA ACAGCATCTG AATTTGAGTG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565803.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565866.1 Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHd27008
Clone ID Related Accession (Same CDS sequence)	XM_006565803.3
Accession Version	XM_006565803.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4611bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565803.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCT AATGCAAGTG GATTATATTT TACTATTGAA 
CCACAAGATG TAGTAGTTGA ACAGGGAAAT CCTGCTAGAT TGGATTGTGA AGCAAATAGT 
AGTTTTGGAA AACCCAATAT ACAGTGGAGA ACTGATGATG GACAACCAAT TAATTTTATT 
GGAGATAGTT ATAGATCTCA ATTAAGTAAT GGATCTTTAT ATATAAATAG TGTTTATGGC 
ACTAGTCTGG AATTGACTGG AAGCTATCAA TGTTTAGCTT CTGTAGATGA TATTGGAGCT 
ATTGTTTCTC GAATTGCCAC AATTAAAATT GCTAGTTTAC CAGGATTTGA AAAAGAACCT 
CAAGATACTA TGGTTTATCC AGGACAAATT GCATATTTAA GTTGTACACT TCTTGCAACT 
TCTAGTTCAT TGATTATACA ATGGTTAAAA GATGAACATC CATTAATAAT ATCCATGGAT 
AGTCGGATGA CAATTTTGCC ATCAGGTGCA TTAGAAATTG ATAATGTTAA AACGGAAGAT 
GTTGGATCAT ATAGATGCAA TGCTAGTAGT TATGGACAAT ATAGGCTTAG TAATAAAGCA 
CAATTAGGAT TGCTAAGTGA TATTGATCAA GAAAGTACTC CACCAGTTTT TATTGCTAAA 
CCATTACAAC AAGTAATTAT CGAAGGATCA ACAATTACAC TTGAATGTGC TGCCAATGGT 
TATCCAAAAC CAAGTATACT TTGGTTGAAA GATGGTGTTG CTATTGATCT AACATCTTTT 
AAATCTAGAT ATAGTAGAAT TGCTGCATCT AGTCTTGTAA TTAGCAATGT TGAAGAAATA 
GATAATGGTT CTTATCAATG TCGCGCAGAA AATGAAGTTG AAATATTAGA TGCAACTGCT 
GATTTAATTG TACAAGTTCC ACCAAGATTT ATTAAAAAAC CAGAAGATAA AATAGCTAGC 
GAGAATCAAG ATTTAGAATT TGAATGCGAA ATTTATGGTA AACCTCAACC AAAAATTACA 
TGGCTCAAAA ATGGAGAACG TATTACCTTG AGTGCATATT GGCAAATTGT TAATGGTTAT 
AATCTTAGAA TTAATGGTCT ATTACCAATA GATGCTGGAA TTTTTCAATG TATCGGAACA 
AATTCCGCTG GAACTGTTCA AGCTGCAGCG CGTTTAACAA TTAATCAACC TAAAAAGGCA 
ATTTCCCATA AATCAACTAC TCCAAAGACA GTTCCTAAAA AAAAATTATT ATTGCATCGG 
CAATTGTACA ATAAAACGTG GCAGCATCCG AGTACTCTTT TAGGTCATAC AATGTCTGCA 
TTTACACCCA ATCCACCACT TTCCATTAGT CCCTCTGATG ACCCTGCAGA TCTTCCTGGA 
TCTGTTAGAT TTCCTAATTC CCATTACGAT CCAAAATCCC CTTTTATAGA TGACACAGAC 
AGTTTGGAAT CGATAGAAGG AAGTGTTCCA TCAGCACCAA GGAATTTAAG TCTCGTCATT 
GTCACTGCTA GATTTGTAAC TTTAAGATGG CAAGAACCTG AAAATACAAA TGGAGAGATT 
CTAAATTATT ATATTTATTA TAAACAAGAA GGTGCTCAAA GAGAAAGAGT TATTAATACT 
CAACAAAAAT TAGAGGCAGT AATACGAGGT TTACAACCAA GTATGACATA TCACTTTCGA 
GTGGTTGCTT TGAATGAAAG AGGTTCTGGA ATATCTAGTG AAATATTACA AGTTACTACA 
CTTACTGAGG CCAATGTTCC TGGACCTCCA TTGAATTTAG AAGGATATGC CACAAGTAGT 
GTGAGCATTG CATTATCTTG GGAAGAACCA CAAGTTACTA ATGGCAAAAT TTCTAAATAT 
ATAATTACAT TTGTAGAGGG TGACAATGAG GAAATAACGC GTGAAACTAC TAGCACAATG 
CACGATTTAA TAGATCTCGT GCCTTATACA GAATACAGTA TTAAAGTTCA AGCTGTAAAC 
GAGAATGGTC CTGGTGTGTT TAGTAGAGAT ATTGTAGTTC GAACTTATAG TGCACAACCT 
ACTCAACCAC CACACAATGT CACTGTAGAA CCAGTTAGTC CTACAAGTAT TATGATAAGA 
TGGGAACCGC CGCTCGAAGG ACAAAATGGG ATTATTACTG GTTATAAAAT TCGTTATCGC 
CGTCATGATC GAGCATCACC ACCAGTAAAT ATAGCAACTG AAGGAAATCA ACGTTCACGA 
GTGCTCACAG GACTTGAGAA ACATGTTGTT TATCAAGTTC GTATATGTGC CTTAAATGTA 
AATGGAACTG GACCTTGGAC AGAATGGATA CAAATAGAAA CATATGAAAC TGAATCTGAC 
GAAAATCGCG TACCAAATAC ACCCAGTAAT TTAAGAACAA AAGTAATGTC AGATTATATA 
CAAGTTTTTT GGAATCCACC AAAAGATCAG AGTATTAAAG TGAAAGGATA TAAACTTGGA 
TGGGGAAAAG GAGTTCCAGA CGTTGAAGTA CGACTTCTTG ATGGAAAAGA ACGATCTTTC 
ACTATAGATC AATTAGAACC AATCACTGAA TATGTTATAT CCTTAAGAGC AACAAATGAT 
GCTGGTGATG GTCAGCCAGC ATATGCGAAC GTGAGAACTA CAGAACGTTC TGTATCTGAA 
TTTTCTGCAC CCTTATTGCC ACCTGTTGGT CTTAAAGCTT CTGTTCTTTC TGATACTACT 
GTTGTATTAT ATTGGACTGA TACAACTTTG CCAAAAACTC AGTTTGTAAC GGATAATCGA 
TATTACGTAG TGCGTTATAC ATCACATCAT CATAGCAGCA ATCCTCGTTA TAAATATCAT 
AATGCCACTG ATCTTAACTG TATGATAAAT GATTTAAAAC CTAATACATT ATATGAATTT 
ACAGTCAAAC TTGTGAAGGG AAAACGAGAA TCATTATGGA GTATGGTTGT TTCGAATCAA 
ACTCAAGAAG CTGCACCTAG TTCTGCTCCT AGGAATCTAA CAATTCAAAG TATCGAAGAT 
CGTCCAACTT CAGTTTTATT GCGTTGGCAA CCTCCTAAAC AACCAAATGG ACCAATTACA 
GGATATATTA TTTTTTATTC AATTGATAAT ACAAAGTGGG ATCGTGATTG GTTAATAGAA 
GGTGTAATTG GAGATAAAAC TGAATTTATT GTAAAAGGAC TACAACCAAG TATGACTTAT 
TACTTTAAAA TTCAAGCACG CAATTCAAAA GGATATGGTC CTTTTTCTAC AACTTATCCA 
TTTAAAACTC CTCAGAGCAG TGGTATGGAT GTCTATGATG AATTGCATGA CCGAGATGGA 
CGAGGACTTT CAAATATATT AATTTATATT ATTGTGGGTT GCTCTATTGT TCTTGTCACT 
GGTATAGCAG TGGTAGTTGT TGTTATATGT TGCAAACGCA GTCCCGATAC ACCTGATAGA 
AAAAAAGGAT ATATGAAAGA TACCAATCAA AAAACAAATA TTAAGCCGCC TGATTTGTGG 
ATTCATCATG ATCAAATGGA ACTCAAAGCA CTTGAAAAAT CTTCAATAAA TGGAGAAGCA 
TCTACTAGTG GTGTAGCTAG TAATACTTTA CCTAGATCAA ACAATCAAGA ATATAATCAA 
GAGAATGTGC ATGGAAATTC TAGTTCATTG GATAAACGTA CTTATGTGCC AAGTTACATG 
GGTAATACTG ATGAGAAGTG TTCGACCCTG AGTAGACAAC ATAGTCGAGG AAGCCACAAA 
CCTAAACTCA TTACACTTCC CGTTGACAGT GCATCTTTAC ATCAACCTAT AGCGACGGCC 
ACACCGATCG TAAATACAAG TATGTCACAA CCAACGATTC ACACATCGTG TAATGATACA 
CCATCTGCGA GGCAAAATTA TCCTCGAACT GTGGCACAAT ATAGTTTAAG TCGAGCGCAT 
ATTACCTTAG AACCAACACC AGAATCGAGT CCAGATTCTT GCAATATTTC AACTTCGTAC 
GAACCAATGC AAAATCAACA ATTACCATAT GGTACAAGCA GTCAATCATA TAGTGGAAAT 
ACTCAATATG CTTCGGGACA CTATAGCAAT AGTAATCAAC CATCAAATAC AAGCAGTGGA 
ACTGATGGTG CTAGTGGTAG TAAAAGAATG CAGGGACATC CTTTAAAAAG TTTTAGCGTA 
CCAGCACCTC CACCTCAATC TGCTCCTTCG ACACCAGCCC AACAAAAACA TGGTGTTTCT 
CAAGTTACGG TAAGACCTAC AATGTCCGGA AGTCCGTATA AGAAGCCACA AAGTTCTGCA 
CAATTAGCAA AGAATCGATT GGCTTCAGTT TCAAATCCGG TGCATACTTC AGAAGAAGTT 
GAACGATTAA AGCCTTCTTA TAGTACAGAA GAATTAAATC AAGAGATGGC TAATTTAGAA 
GGTCTTATGA AAGATCTAAA TGCCATAACA GCATCTGAAT TTGAGTGCTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565866.1
CDS	105..4715
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565803.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565803.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCT AATGCAAGTG GATTATATTT TACTATTGAA 
CCACAAGATG TAGTAGTTGA ACAGGGAAAT CCTGCTAGAT TGGATTGTGA AGCAAATAGT 
AGTTTTGGAA AACCCAATAT ACAGTGGAGA ACTGATGATG GACAACCAAT TAATTTTATT 
GGAGATAGTT ATAGATCTCA ATTAAGTAAT GGATCTTTAT ATATAAATAG TGTTTATGGC 
ACTAGTCTGG AATTGACTGG AAGCTATCAA TGTTTAGCTT CTGTAGATGA TATTGGAGCT 
ATTGTTTCTC GAATTGCCAC AATTAAAATT GCTAGTTTAC CAGGATTTGA AAAAGAACCT 
CAAGATACTA TGGTTTATCC AGGACAAATT GCATATTTAA GTTGTACACT TCTTGCAACT 
TCTAGTTCAT TGATTATACA ATGGTTAAAA GATGAACATC CATTAATAAT ATCCATGGAT 
AGTCGGATGA CAATTTTGCC ATCAGGTGCA TTAGAAATTG ATAATGTTAA AACGGAAGAT 
GTTGGATCAT ATAGATGCAA TGCTAGTAGT TATGGACAAT ATAGGCTTAG TAATAAAGCA 
CAATTAGGAT TGCTAAGTGA TATTGATCAA GAAAGTACTC CACCAGTTTT TATTGCTAAA 
CCATTACAAC AAGTAATTAT CGAAGGATCA ACAATTACAC TTGAATGTGC TGCCAATGGT 
TATCCAAAAC CAAGTATACT TTGGTTGAAA GATGGTGTTG CTATTGATCT AACATCTTTT 
AAATCTAGAT ATAGTAGAAT TGCTGCATCT AGTCTTGTAA TTAGCAATGT TGAAGAAATA 
GATAATGGTT CTTATCAATG TCGCGCAGAA AATGAAGTTG AAATATTAGA TGCAACTGCT 
GATTTAATTG TACAAGTTCC ACCAAGATTT ATTAAAAAAC CAGAAGATAA AATAGCTAGC 
GAGAATCAAG ATTTAGAATT TGAATGCGAA ATTTATGGTA AACCTCAACC AAAAATTACA 
TGGCTCAAAA ATGGAGAACG TATTACCTTG AGTGCATATT GGCAAATTGT TAATGGTTAT 
AATCTTAGAA TTAATGGTCT ATTACCAATA GATGCTGGAA TTTTTCAATG TATCGGAACA 
AATTCCGCTG GAACTGTTCA AGCTGCAGCG CGTTTAACAA TTAATCAACC TAAAAAGGCA 
ATTTCCCATA AATCAACTAC TCCAAAGACA GTTCCTAAAA AAAAATTATT ATTGCATCGG 
CAATTGTACA ATAAAACGTG GCAGCATCCG AGTACTCTTT TAGGTCATAC AATGTCTGCA 
TTTACACCCA ATCCACCACT TTCCATTAGT CCCTCTGATG ACCCTGCAGA TCTTCCTGGA 
TCTGTTAGAT TTCCTAATTC CCATTACGAT CCAAAATCCC CTTTTATAGA TGACACAGAC 
AGTTTGGAAT CGATAGAAGG AAGTGTTCCA TCAGCACCAA GGAATTTAAG TCTCGTCATT 
GTCACTGCTA GATTTGTAAC TTTAAGATGG CAAGAACCTG AAAATACAAA TGGAGAGATT 
CTAAATTATT ATATTTATTA TAAACAAGAA GGTGCTCAAA GAGAAAGAGT TATTAATACT 
CAACAAAAAT TAGAGGCAGT AATACGAGGT TTACAACCAA GTATGACATA TCACTTTCGA 
GTGGTTGCTT TGAATGAAAG AGGTTCTGGA ATATCTAGTG AAATATTACA AGTTACTACA 
CTTACTGAGG CCAATGTTCC TGGACCTCCA TTGAATTTAG AAGGATATGC CACAAGTAGT 
GTGAGCATTG CATTATCTTG GGAAGAACCA CAAGTTACTA ATGGCAAAAT TTCTAAATAT 
ATAATTACAT TTGTAGAGGG TGACAATGAG GAAATAACGC GTGAAACTAC TAGCACAATG 
CACGATTTAA TAGATCTCGT GCCTTATACA GAATACAGTA TTAAAGTTCA AGCTGTAAAC 
GAGAATGGTC CTGGTGTGTT TAGTAGAGAT ATTGTAGTTC GAACTTATAG TGCACAACCT 
ACTCAACCAC CACACAATGT CACTGTAGAA CCAGTTAGTC CTACAAGTAT TATGATAAGA 
TGGGAACCGC CGCTCGAAGG ACAAAATGGG ATTATTACTG GTTATAAAAT TCGTTATCGC 
CGTCATGATC GAGCATCACC ACCAGTAAAT ATAGCAACTG AAGGAAATCA ACGTTCACGA 
GTGCTCACAG GACTTGAGAA ACATGTTGTT TATCAAGTTC GTATATGTGC CTTAAATGTA 
AATGGAACTG GACCTTGGAC AGAATGGATA CAAATAGAAA CATATGAAAC TGAATCTGAC 
GAAAATCGCG TACCAAATAC ACCCAGTAAT TTAAGAACAA AAGTAATGTC AGATTATATA 
CAAGTTTTTT GGAATCCACC AAAAGATCAG AGTATTAAAG TGAAAGGATA TAAACTTGGA 
TGGGGAAAAG GAGTTCCAGA CGTTGAAGTA CGACTTCTTG ATGGAAAAGA ACGATCTTTC 
ACTATAGATC AATTAGAACC AATCACTGAA TATGTTATAT CCTTAAGAGC AACAAATGAT 
GCTGGTGATG GTCAGCCAGC ATATGCGAAC GTGAGAACTA CAGAACGTTC TGTATCTGAA 
TTTTCTGCAC CCTTATTGCC ACCTGTTGGT CTTAAAGCTT CTGTTCTTTC TGATACTACT 
GTTGTATTAT ATTGGACTGA TACAACTTTG CCAAAAACTC AGTTTGTAAC GGATAATCGA 
TATTACGTAG TGCGTTATAC ATCACATCAT CATAGCAGCA ATCCTCGTTA TAAATATCAT 
AATGCCACTG ATCTTAACTG TATGATAAAT GATTTAAAAC CTAATACATT ATATGAATTT 
ACAGTCAAAC TTGTGAAGGG AAAACGAGAA TCATTATGGA GTATGGTTGT TTCGAATCAA 
ACTCAAGAAG CTGCACCTAG TTCTGCTCCT AGGAATCTAA CAATTCAAAG TATCGAAGAT 
CGTCCAACTT CAGTTTTATT GCGTTGGCAA CCTCCTAAAC AACCAAATGG ACCAATTACA 
GGATATATTA TTTTTTATTC AATTGATAAT ACAAAGTGGG ATCGTGATTG GTTAATAGAA 
GGTGTAATTG GAGATAAAAC TGAATTTATT GTAAAAGGAC TACAACCAAG TATGACTTAT 
TACTTTAAAA TTCAAGCACG CAATTCAAAA GGATATGGTC CTTTTTCTAC AACTTATCCA 
TTTAAAACTC CTCAGAGCAG TGGTATGGAT GTCTATGATG AATTGCATGA CCGAGATGGA 
CGAGGACTTT CAAATATATT AATTTATATT ATTGTGGGTT GCTCTATTGT TCTTGTCACT 
GGTATAGCAG TGGTAGTTGT TGTTATATGT TGCAAACGCA GTCCCGATAC ACCTGATAGA 
AAAAAAGGAT ATATGAAAGA TACCAATCAA AAAACAAATA TTAAGCCGCC TGATTTGTGG 
ATTCATCATG ATCAAATGGA ACTCAAAGCA CTTGAAAAAT CTTCAATAAA TGGAGAAGCA 
TCTACTAGTG GTGTAGCTAG TAATACTTTA CCTAGATCAA ACAATCAAGA ATATAATCAA 
GAGAATGTGC ATGGAAATTC TAGTTCATTG GATAAACGTA CTTATGTGCC AAGTTACATG 
GGTAATACTG ATGAGAAGTG TTCGACCCTG AGTAGACAAC ATAGTCGAGG AAGCCACAAA 
CCTAAACTCA TTACACTTCC CGTTGACAGT GCATCTTTAC ATCAACCTAT AGCGACGGCC 
ACACCGATCG TAAATACAAG TATGTCACAA CCAACGATTC ACACATCGTG TAATGATACA 
CCATCTGCGA GGCAAAATTA TCCTCGAACT GTGGCACAAT ATAGTTTAAG TCGAGCGCAT 
ATTACCTTAG AACCAACACC AGAATCGAGT CCAGATTCTT GCAATATTTC AACTTCGTAC 
GAACCAATGC AAAATCAACA ATTACCATAT GGTACAAGCA GTCAATCATA TAGTGGAAAT 
ACTCAATATG CTTCGGGACA CTATAGCAAT AGTAATCAAC CATCAAATAC AAGCAGTGGA 
ACTGATGGTG CTAGTGGTAG TAAAAGAATG CAGGGACATC CTTTAAAAAG TTTTAGCGTA 
CCAGCACCTC CACCTCAATC TGCTCCTTCG ACACCAGCCC AACAAAAACA TGGTGTTTCT 
CAAGTTACGG TAAGACCTAC AATGTCCGGA AGTCCGTATA AGAAGCCACA AAGTTCTGCA 
CAATTAGCAA AGAATCGATT GGCTTCAGTT TCAAATCCGG TGCATACTTC AGAAGAAGTT 
GAACGATTAA AGCCTTCTTA TAGTACAGAA GAATTAAATC AAGAGATGGC TAATTTAGAA 
GGTCTTATGA AAGATCTAAA TGCCATAACA GCATCTGAAT TTGAGTGCTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565804.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565867.1 Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHd27009
Clone ID Related Accession (Same CDS sequence)	XM_006565804.3
Accession Version	XM_006565804.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4608bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565804.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC GACGGCCACA 
CCGATCGTAA ATACAAGTAT GTCACAACCA ACGATTCACA CATCGTGTAA TGATACACCA 
TCTGCGAGGC AAAATTATCC TCGAACTGTG GCACAATATA GTTTAAGTCG AGCGCATATT 
ACCTTAGAAC CAACACCAGA ATCGAGTCCA GATTCTTGCA ATATTTCAAC TTCGTACGAA 
CCAATGCAAA ATCAACAATT ACCATATGGT ACAAGCAGTC AATCATATAG TGGAAATACT 
CAATATGCTT CGGGACACTA TAGCAATAGT AATCAACCAT CAAATACAAG CAGTGGAACT 
GATGGTGCTA GTGGTAGTAA AAGAATGCAG GGACATCCTT TAAAAAGTTT TAGCGTACCA 
GCACCTCCAC CTCAATCTGC TCCTTCGACA CCAGCCCAAC AAAAACATGG TGTTTCTCAA 
GTTACGGTAA GACCTACAAT GTCCGGAAGT CCGTATAAGA AGCCACAAAG TTCTGCACAA 
TTAGCAAAGA ATCGATTGGC TTCAGTTTCA AATCCGGTGC ATACTTCAGA AGAAGTTGAA 
CGATTAAAGC CTTCTTATAG TACAGAAGAA TTAAATCAAG AGATGGCTAA TTTAGAAGGT 
CTTATGAAAG ATCTAAATGC CATAACAGCA TCTGAATTTG AGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565867.1
CDS	92..4699
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPTATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565804.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565804.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGGTAATA CTGATGAGAA GTGTTCGACC CTGAGTAGAC AACATAGTCG AGGAAGCCAC 
AAACCTAAAC TCATTACACT TCCCGTTGAC AGTGCATCTT TACATCAACC GACGGCCACA 
CCGATCGTAA ATACAAGTAT GTCACAACCA ACGATTCACA CATCGTGTAA TGATACACCA 
TCTGCGAGGC AAAATTATCC TCGAACTGTG GCACAATATA GTTTAAGTCG AGCGCATATT 
ACCTTAGAAC CAACACCAGA ATCGAGTCCA GATTCTTGCA ATATTTCAAC TTCGTACGAA 
CCAATGCAAA ATCAACAATT ACCATATGGT ACAAGCAGTC AATCATATAG TGGAAATACT 
CAATATGCTT CGGGACACTA TAGCAATAGT AATCAACCAT CAAATACAAG CAGTGGAACT 
GATGGTGCTA GTGGTAGTAA AAGAATGCAG GGACATCCTT TAAAAAGTTT TAGCGTACCA 
GCACCTCCAC CTCAATCTGC TCCTTCGACA CCAGCCCAAC AAAAACATGG TGTTTCTCAA 
GTTACGGTAA GACCTACAAT GTCCGGAAGT CCGTATAAGA AGCCACAAAG TTCTGCACAA 
TTAGCAAAGA ATCGATTGGC TTCAGTTTCA AATCCGGTGC ATACTTCAGA AGAAGTTGAA 
CGATTAAAGC CTTCTTATAG TACAGAAGAA TTAAATCAAG AGATGGCTAA TTTAGAAGGT 
CTTATGAAAG ATCTAAATGC CATAACAGCA TCTGAATTTG AGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565805.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565868.1 Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.

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CloneID	OHd27010
Clone ID Related Accession (Same CDS sequence)	XM_006565805.3
Accession Version	XM_006565805.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4575bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565805.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAA TGGACGAGGA CTTTCAAATA TATTAATTTA TATTATTGTG 
GGTTGCTCTA TTGTTCTTGT CACTGGTATA GCAGTGGTAG TTGTTGTTAT ATGTTGCAAA 
CGCAGTCCCG ATACACCTGA TAGAAAAAAA GGATATATGA AAGATACCAA TCAAAAAACA 
AATATTAAGC CGCCTGATTT GTGGATTCAT CATGATCAAA TGGAACTCAA AGCACTTGAA 
AAATCTTCAA TAAATGGAGA AGCATCTACT AGTGGTGTAG CTAGTAATAC TTTACCTAGA 
TCAAACAATC AAGAATATAA TCAAGAGAAT GTGCATGGAA ATTCTAGTTC ATTGGATAAA 
CGTACTTATG TGCCAAGTTA CATGGGTAAT ACTGATGAGA AGTGTTCGAC CCTGAGTAGA 
CAACATAGTC GAGGAAGCCA CAAACCTAAA CTCATTACAC TTCCCGTTGA CAGTGCATCT 
TTACATCAAC CTATAGCGAC GGCCACACCG ATCGTAAATA CAAGTATGTC ACAACCAACG 
ATTCACACAT CGTGTAATGA TACACCATCT GCGAGGCAAA ATTATCCTCG AACTGTGGCA 
CAATATAGTT TAAGTCGAGC GCATATTACC TTAGAACCAA CACCAGAATC GAGTCCAGAT 
TCTTGCAATA TTTCAACTTC GTACGAACCA ATGCAAAATC AACAATTACC ATATGGTACA 
AGCAGTCAAT CATATAGTGG AAATACTCAA TATGCTTCGG GACACTATAG CAATAGTAAT 
CAACCATCAA ATACAAGCAG TGGAACTGAT GGTGCTAGTG GTAGTAAAAG AATGCAGGGA 
CATCCTTTAA AAAGTTTTAG CGTACCAGCA CCTCCACCTC AATCTGCTCC TTCGACACCA 
GCCCAACAAA AACATGGTGT TTCTCAAGTT ACGGTAAGAC CTACAATGTC CGGAAGTCCG 
TATAAGAAGC CACAAAGTTC TGCACAATTA GCAAAGAATC GATTGGCTTC AGTTTCAAAT 
CCGGTGCATA CTTCAGAAGA AGTTGAACGA TTAAAGCCTT CTTATAGTAC AGAAGAATTA 
AATCAAGAGA TGGCTAATTT AGAAGGTCTT ATGAAAGATC TAAATGCCAT AACAGCATCT 
GAATTTGAGT GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565868.1
CDS	92..4666
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQNGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMGNTDEKCSTLSRQHSRGSHKPKLITLPVDSASLHQPIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565805.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565805.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAA TGGACGAGGA CTTTCAAATA TATTAATTTA TATTATTGTG 
GGTTGCTCTA TTGTTCTTGT CACTGGTATA GCAGTGGTAG TTGTTGTTAT ATGTTGCAAA 
CGCAGTCCCG ATACACCTGA TAGAAAAAAA GGATATATGA AAGATACCAA TCAAAAAACA 
AATATTAAGC CGCCTGATTT GTGGATTCAT CATGATCAAA TGGAACTCAA AGCACTTGAA 
AAATCTTCAA TAAATGGAGA AGCATCTACT AGTGGTGTAG CTAGTAATAC TTTACCTAGA 
TCAAACAATC AAGAATATAA TCAAGAGAAT GTGCATGGAA ATTCTAGTTC ATTGGATAAA 
CGTACTTATG TGCCAAGTTA CATGGGTAAT ACTGATGAGA AGTGTTCGAC CCTGAGTAGA 
CAACATAGTC GAGGAAGCCA CAAACCTAAA CTCATTACAC TTCCCGTTGA CAGTGCATCT 
TTACATCAAC CTATAGCGAC GGCCACACCG ATCGTAAATA CAAGTATGTC ACAACCAACG 
ATTCACACAT CGTGTAATGA TACACCATCT GCGAGGCAAA ATTATCCTCG AACTGTGGCA 
CAATATAGTT TAAGTCGAGC GCATATTACC TTAGAACCAA CACCAGAATC GAGTCCAGAT 
TCTTGCAATA TTTCAACTTC GTACGAACCA ATGCAAAATC AACAATTACC ATATGGTACA 
AGCAGTCAAT CATATAGTGG AAATACTCAA TATGCTTCGG GACACTATAG CAATAGTAAT 
CAACCATCAA ATACAAGCAG TGGAACTGAT GGTGCTAGTG GTAGTAAAAG AATGCAGGGA 
CATCCTTTAA AAAGTTTTAG CGTACCAGCA CCTCCACCTC AATCTGCTCC TTCGACACCA 
GCCCAACAAA AACATGGTGT TTCTCAAGTT ACGGTAAGAC CTACAATGTC CGGAAGTCCG 
TATAAGAAGC CACAAAGTTC TGCACAATTA GCAAAGAATC GATTGGCTTC AGTTTCAAAT 
CCGGTGCATA CTTCAGAAGA AGTTGAACGA TTAAAGCCTT CTTATAGTAC AGAAGAATTA 
AATCAAGAGA TGGCTAATTT AGAAGGTCTT ATGAAAGATC TAAATGCCAT AACAGCATCT 
GAATTTGAGT GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565806.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565869.1 Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.

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CloneID	OHd27011
Clone ID Related Accession (Same CDS sequence)	XM_006565806.3
Accession Version	XM_006565806.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4509bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565806.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCTATAG CGACGGCCAC ACCGATCGTA AATACAAGTA TGTCACAACC AACGATTCAC 
ACATCGTGTA ATGATACACC ATCTGCGAGG CAAAATTATC CTCGAACTGT GGCACAATAT 
AGTTTAAGTC GAGCGCATAT TACCTTAGAA CCAACACCAG AATCGAGTCC AGATTCTTGC 
AATATTTCAA CTTCGTACGA ACCAATGCAA AATCAACAAT TACCATATGG TACAAGCAGT 
CAATCATATA GTGGAAATAC TCAATATGCT TCGGGACACT ATAGCAATAG TAATCAACCA 
TCAAATACAA GCAGTGGAAC TGATGGTGCT AGTGGTAGTA AAAGAATGCA GGGACATCCT 
TTAAAAAGTT TTAGCGTACC AGCACCTCCA CCTCAATCTG CTCCTTCGAC ACCAGCCCAA 
CAAAAACATG GTGTTTCTCA AGTTACGGTA AGACCTACAA TGTCCGGAAG TCCGTATAAG 
AAGCCACAAA GTTCTGCACA ATTAGCAAAG AATCGATTGG CTTCAGTTTC AAATCCGGTG 
CATACTTCAG AAGAAGTTGA ACGATTAAAG CCTTCTTATA GTACAGAAGA ATTAAATCAA 
GAGATGGCTA ATTTAGAAGG TCTTATGAAA GATCTAAATG CCATAACAGC ATCTGAATTT 
GAGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565869.1
CDS	92..4600
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMAIATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565806.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565806.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCTATAG CGACGGCCAC ACCGATCGTA AATACAAGTA TGTCACAACC AACGATTCAC 
ACATCGTGTA ATGATACACC ATCTGCGAGG CAAAATTATC CTCGAACTGT GGCACAATAT 
AGTTTAAGTC GAGCGCATAT TACCTTAGAA CCAACACCAG AATCGAGTCC AGATTCTTGC 
AATATTTCAA CTTCGTACGA ACCAATGCAA AATCAACAAT TACCATATGG TACAAGCAGT 
CAATCATATA GTGGAAATAC TCAATATGCT TCGGGACACT ATAGCAATAG TAATCAACCA 
TCAAATACAA GCAGTGGAAC TGATGGTGCT AGTGGTAGTA AAAGAATGCA GGGACATCCT 
TTAAAAAGTT TTAGCGTACC AGCACCTCCA CCTCAATCTG CTCCTTCGAC ACCAGCCCAA 
CAAAAACATG GTGTTTCTCA AGTTACGGTA AGACCTACAA TGTCCGGAAG TCCGTATAAG 
AAGCCACAAA GTTCTGCACA ATTAGCAAAG AATCGATTGG CTTCAGTTTC AAATCCGGTG 
CATACTTCAG AAGAAGTTGA ACGATTAAAG CCTTCTTATA GTACAGAAGA ATTAAATCAA 
GAGATGGCTA ATTTAGAAGG TCTTATGAAA GATCTAAATG CCATAACAGC ATCTGAATTT 
GAGTGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC726723 ( XM_006565807.3 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_006565870.1 Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.

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CloneID	OHd27012
Clone ID Related Accession (Same CDS sequence)	XM_006565807.3
Accession Version	XM_006565807.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4503bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1537200000000
Organism	Apis mellifera(honey bee)
Product	neogenin isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037651.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 19, 2018 this sequence version replaced XM_006565807.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCGACGG CCACACCGAT CGTAAATACA AGTATGTCAC AACCAACGAT TCACACATCG 
TGTAATGATA CACCATCTGC GAGGCAAAAT TATCCTCGAA CTGTGGCACA ATATAGTTTA 
AGTCGAGCGC ATATTACCTT AGAACCAACA CCAGAATCGA GTCCAGATTC TTGCAATATT 
TCAACTTCGT ACGAACCAAT GCAAAATCAA CAATTACCAT ATGGTACAAG CAGTCAATCA 
TATAGTGGAA ATACTCAATA TGCTTCGGGA CACTATAGCA ATAGTAATCA ACCATCAAAT 
ACAAGCAGTG GAACTGATGG TGCTAGTGGT AGTAAAAGAA TGCAGGGACA TCCTTTAAAA 
AGTTTTAGCG TACCAGCACC TCCACCTCAA TCTGCTCCTT CGACACCAGC CCAACAAAAA 
CATGGTGTTT CTCAAGTTAC GGTAAGACCT ACAATGTCCG GAAGTCCGTA TAAGAAGCCA 
CAAAGTTCTG CACAATTAGC AAAGAATCGA TTGGCTTCAG TTTCAAATCC GGTGCATACT 
TCAGAAGAAG TTGAACGATT AAAGCCTTCT TATAGTACAG AAGAATTAAA TCAAGAGATG 
GCTAATTTAG AAGGTCTTAT GAAAGATCTA AATGCCATAA CAGCATCTGA ATTTGAGTGC 
TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006565870.1
CDS	92..4594
Translation	MRDSICRSMCDGESKKLACVRSTEHCMLVQQSYKKVTMDFCTRRSLTPAGLMEPRTLAIPLALLTFVILAANASGLYFTIEPQDVVVEQGNPARLDCEANSSFGKPNIQWRTDDGQPINFIGDSYRSQLSNGSLYINSVYGTSLELTGSYQCLASVDDIGAIVSRIATIKIASLPGFEKEPQDTMVYPGQIAYLSCTLLATSSSLIIQWLKDEHPLIISMDSRMTILPSGALEIDNVKTEDVGSYRCNASSYGQYRLSNKAQLGLLSDIDQESTPPVFIAKPLQQVIIEGSTITLECAANGYPKPSILWLKDGVAIDLTSFKSRYSRIAASSLVISNVEEIDNGSYQCRAENEVEILDATADLIVQVPPRFIKKPEDKIASENQDLEFECEIYGKPQPKITWLKNGERITLSAYWQIVNGYNLRINGLLPIDAGIFQCIGTNSAGTVQAAARLTINQPKKAISHKSTTPKTVPKKKLLLHRQLYNKTWQHPSTLLGHTMSAFTPNPPLSISPSDDPADLPGSVRFPNSHYDPKSPFIDDTDSLESIEGSVPSAPRNLSLVIVTARFVTLRWQEPENTNGEILNYYIYYKQEGAQRERVINTQQKLEAVIRGLQPSMTYHFRVVALNERGSGISSEILQVTTLTEANVPGPPLNLEGYATSSVSIALSWEEPQVTNGKISKYIITFVEGDNEEITRETTSTMHDLIDLVPYTEYSIKVQAVNENGPGVFSRDIVVRTYSAQPTQPPHNVTVEPVSPTSIMIRWEPPLEGQNGIITGYKIRYRRHDRASPPVNIATEGNQRSRVLTGLEKHVVYQVRICALNVNGTGPWTEWIQIETYETESDENRVPNTPSNLRTKVMSDYIQVFWNPPKDQSIKVKGYKLGWGKGVPDVEVRLLDGKERSFTIDQLEPITEYVISLRATNDAGDGQPAYANVRTTERSVSEFSAPLLPPVGLKASVLSDTTVVLYWTDTTLPKTQFVTDNRYYVVRYTSHHHSSNPRYKYHNATDLNCMINDLKPNTLYEFTVKLVKGKRESLWSMVVSNQTQEAAPSSAPRNLTIQSIEDRPTSVLLRWQPPKQPNGPITGYIIFYSIDNTKWDRDWLIEGVIGDKTEFIVKGLQPSMTYYFKIQARNSKGYGPFSTTYPFKTPQSSGMDVYDELHDRDGRGLSNILIYIIVGCSIVLVTGIAVVVVVICCKRSPDTPDRKKGYMKDTNQKTNIKPPDLWIHHDQMELKALEKSSINGEASTSGVASNTLPRSNNQEYNQENVHGNSSSLDKRTYVPSYMATATPIVNTSMSQPTIHTSCNDTPSARQNYPRTVAQYSLSRAHITLEPTPESSPDSCNISTSYEPMQNQQLPYGTSSQSYSGNTQYASGHYSNSNQPSNTSSGTDGASGSKRMQGHPLKSFSVPAPPPQSAPSTPAQQKHGVSQVTVRPTMSGSPYKKPQSSAQLAKNRLASVSNPVHTSEEVERLKPSYSTEELNQEMANLEGLMKDLNAITASEFEC

Target ORF information:

RefSeq Version	XM_006565807.3
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera neogenin (LOC726723), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006565807.3

ORF Insert Sequence:

ATGCGAGACT CAATCTGTCG TTCTATGTGC GACGGTGAGT CAAAGAAATT GGCATGTGTT 
CGCTCAACAG AACATTGTAT GCTCGTGCAG CAATCGTATA AGAAAGTTAC GATGGATTTT 
TGTACGCGTC GGAGTCTGAC ACCCGCTGGC CTAATGGAGC CGCGTACTCT TGCTATCCCG 
TTGGCTTTGT TGACATTCGT CATATTAGCA GCTAATGCAA GTGGATTATA TTTTACTATT 
GAACCACAAG ATGTAGTAGT TGAACAGGGA AATCCTGCTA GATTGGATTG TGAAGCAAAT 
AGTAGTTTTG GAAAACCCAA TATACAGTGG AGAACTGATG ATGGACAACC AATTAATTTT 
ATTGGAGATA GTTATAGATC TCAATTAAGT AATGGATCTT TATATATAAA TAGTGTTTAT 
GGCACTAGTC TGGAATTGAC TGGAAGCTAT CAATGTTTAG CTTCTGTAGA TGATATTGGA 
GCTATTGTTT CTCGAATTGC CACAATTAAA ATTGCTAGTT TACCAGGATT TGAAAAAGAA 
CCTCAAGATA CTATGGTTTA TCCAGGACAA ATTGCATATT TAAGTTGTAC ACTTCTTGCA 
ACTTCTAGTT CATTGATTAT ACAATGGTTA AAAGATGAAC ATCCATTAAT AATATCCATG 
GATAGTCGGA TGACAATTTT GCCATCAGGT GCATTAGAAA TTGATAATGT TAAAACGGAA 
GATGTTGGAT CATATAGATG CAATGCTAGT AGTTATGGAC AATATAGGCT TAGTAATAAA 
GCACAATTAG GATTGCTAAG TGATATTGAT CAAGAAAGTA CTCCACCAGT TTTTATTGCT 
AAACCATTAC AACAAGTAAT TATCGAAGGA TCAACAATTA CACTTGAATG TGCTGCCAAT 
GGTTATCCAA AACCAAGTAT ACTTTGGTTG AAAGATGGTG TTGCTATTGA TCTAACATCT 
TTTAAATCTA GATATAGTAG AATTGCTGCA TCTAGTCTTG TAATTAGCAA TGTTGAAGAA 
ATAGATAATG GTTCTTATCA ATGTCGCGCA GAAAATGAAG TTGAAATATT AGATGCAACT 
GCTGATTTAA TTGTACAAGT TCCACCAAGA TTTATTAAAA AACCAGAAGA TAAAATAGCT 
AGCGAGAATC AAGATTTAGA ATTTGAATGC GAAATTTATG GTAAACCTCA ACCAAAAATT 
ACATGGCTCA AAAATGGAGA ACGTATTACC TTGAGTGCAT ATTGGCAAAT TGTTAATGGT 
TATAATCTTA GAATTAATGG TCTATTACCA ATAGATGCTG GAATTTTTCA ATGTATCGGA 
ACAAATTCCG CTGGAACTGT TCAAGCTGCA GCGCGTTTAA CAATTAATCA ACCTAAAAAG 
GCAATTTCCC ATAAATCAAC TACTCCAAAG ACAGTTCCTA AAAAAAAATT ATTATTGCAT 
CGGCAATTGT ACAATAAAAC GTGGCAGCAT CCGAGTACTC TTTTAGGTCA TACAATGTCT 
GCATTTACAC CCAATCCACC ACTTTCCATT AGTCCCTCTG ATGACCCTGC AGATCTTCCT 
GGATCTGTTA GATTTCCTAA TTCCCATTAC GATCCAAAAT CCCCTTTTAT AGATGACACA 
GACAGTTTGG AATCGATAGA AGGAAGTGTT CCATCAGCAC CAAGGAATTT AAGTCTCGTC 
ATTGTCACTG CTAGATTTGT AACTTTAAGA TGGCAAGAAC CTGAAAATAC AAATGGAGAG 
ATTCTAAATT ATTATATTTA TTATAAACAA GAAGGTGCTC AAAGAGAAAG AGTTATTAAT 
ACTCAACAAA AATTAGAGGC AGTAATACGA GGTTTACAAC CAAGTATGAC ATATCACTTT 
CGAGTGGTTG CTTTGAATGA AAGAGGTTCT GGAATATCTA GTGAAATATT ACAAGTTACT 
ACACTTACTG AGGCCAATGT TCCTGGACCT CCATTGAATT TAGAAGGATA TGCCACAAGT 
AGTGTGAGCA TTGCATTATC TTGGGAAGAA CCACAAGTTA CTAATGGCAA AATTTCTAAA 
TATATAATTA CATTTGTAGA GGGTGACAAT GAGGAAATAA CGCGTGAAAC TACTAGCACA 
ATGCACGATT TAATAGATCT CGTGCCTTAT ACAGAATACA GTATTAAAGT TCAAGCTGTA 
AACGAGAATG GTCCTGGTGT GTTTAGTAGA GATATTGTAG TTCGAACTTA TAGTGCACAA 
CCTACTCAAC CACCACACAA TGTCACTGTA GAACCAGTTA GTCCTACAAG TATTATGATA 
AGATGGGAAC CGCCGCTCGA AGGACAAAAT GGGATTATTA CTGGTTATAA AATTCGTTAT 
CGCCGTCATG ATCGAGCATC ACCACCAGTA AATATAGCAA CTGAAGGAAA TCAACGTTCA 
CGAGTGCTCA CAGGACTTGA GAAACATGTT GTTTATCAAG TTCGTATATG TGCCTTAAAT 
GTAAATGGAA CTGGACCTTG GACAGAATGG ATACAAATAG AAACATATGA AACTGAATCT 
GACGAAAATC GCGTACCAAA TACACCCAGT AATTTAAGAA CAAAAGTAAT GTCAGATTAT 
ATACAAGTTT TTTGGAATCC ACCAAAAGAT CAGAGTATTA AAGTGAAAGG ATATAAACTT 
GGATGGGGAA AAGGAGTTCC AGACGTTGAA GTACGACTTC TTGATGGAAA AGAACGATCT 
TTCACTATAG ATCAATTAGA ACCAATCACT GAATATGTTA TATCCTTAAG AGCAACAAAT 
GATGCTGGTG ATGGTCAGCC AGCATATGCG AACGTGAGAA CTACAGAACG TTCTGTATCT 
GAATTTTCTG CACCCTTATT GCCACCTGTT GGTCTTAAAG CTTCTGTTCT TTCTGATACT 
ACTGTTGTAT TATATTGGAC TGATACAACT TTGCCAAAAA CTCAGTTTGT AACGGATAAT 
CGATATTACG TAGTGCGTTA TACATCACAT CATCATAGCA GCAATCCTCG TTATAAATAT 
CATAATGCCA CTGATCTTAA CTGTATGATA AATGATTTAA AACCTAATAC ATTATATGAA 
TTTACAGTCA AACTTGTGAA GGGAAAACGA GAATCATTAT GGAGTATGGT TGTTTCGAAT 
CAAACTCAAG AAGCTGCACC TAGTTCTGCT CCTAGGAATC TAACAATTCA AAGTATCGAA 
GATCGTCCAA CTTCAGTTTT ATTGCGTTGG CAACCTCCTA AACAACCAAA TGGACCAATT 
ACAGGATATA TTATTTTTTA TTCAATTGAT AATACAAAGT GGGATCGTGA TTGGTTAATA 
GAAGGTGTAA TTGGAGATAA AACTGAATTT ATTGTAAAAG GACTACAACC AAGTATGACT 
TATTACTTTA AAATTCAAGC ACGCAATTCA AAAGGATATG GTCCTTTTTC TACAACTTAT 
CCATTTAAAA CTCCTCAGAG CAGTGGTATG GATGTCTATG ATGAATTGCA TGACCGAGAT 
GGACGAGGAC TTTCAAATAT ATTAATTTAT ATTATTGTGG GTTGCTCTAT TGTTCTTGTC 
ACTGGTATAG CAGTGGTAGT TGTTGTTATA TGTTGCAAAC GCAGTCCCGA TACACCTGAT 
AGAAAAAAAG GATATATGAA AGATACCAAT CAAAAAACAA ATATTAAGCC GCCTGATTTG 
TGGATTCATC ATGATCAAAT GGAACTCAAA GCACTTGAAA AATCTTCAAT AAATGGAGAA 
GCATCTACTA GTGGTGTAGC TAGTAATACT TTACCTAGAT CAAACAATCA AGAATATAAT 
CAAGAGAATG TGCATGGAAA TTCTAGTTCA TTGGATAAAC GTACTTATGT GCCAAGTTAC 
ATGGCGACGG CCACACCGAT CGTAAATACA AGTATGTCAC AACCAACGAT TCACACATCG 
TGTAATGATA CACCATCTGC GAGGCAAAAT TATCCTCGAA CTGTGGCACA ATATAGTTTA 
AGTCGAGCGC ATATTACCTT AGAACCAACA CCAGAATCGA GTCCAGATTC TTGCAATATT 
TCAACTTCGT ACGAACCAAT GCAAAATCAA CAATTACCAT ATGGTACAAG CAGTCAATCA 
TATAGTGGAA ATACTCAATA TGCTTCGGGA CACTATAGCA ATAGTAATCA ACCATCAAAT 
ACAAGCAGTG GAACTGATGG TGCTAGTGGT AGTAAAAGAA TGCAGGGACA TCCTTTAAAA 
AGTTTTAGCG TACCAGCACC TCCACCTCAA TCTGCTCCTT CGACACCAGC CCAACAAAAA 
CATGGTGTTT CTCAAGTTAC GGTAAGACCT ACAATGTCCG GAAGTCCGTA TAAGAAGCCA 
CAAAGTTCTG CACAATTAGC AAAGAATCGA TTGGCTTCAG TTTCAAATCC GGTGCATACT 
TCAGAAGAAG TTGAACGATT AAAGCCTTCT TATAGTACAG AAGAATTAAA TCAAGAGATG 
GCTAATTTAG AAGGTCTTAT GAAAGATCTA AATGCCATAA CAGCATCTGA ATTTGAGTGC 
TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	LOC726723
Entrez Gene ID	726723
Full Name	neogenin
Synonyms	fra
Gene Type	protein-coding
Organism	Apis mellifera(honey bee)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

LOC726723 cDNA ORF clone, Apis mellifera(honey bee)

Gene

Clones

gRNAs

Target ORF information:

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Target ORF information:

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Target ORF information:

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Target ORF information:

Target ORF information:

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

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