LOC100578823 cDNA ORF clone, Apis mellifera(honey bee)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100578823
Entrez Gene ID	100578823
Full Name	kinetochore-associated protein 1
Gene Type	protein-coding
Organism	Apis mellifera(honey bee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_026440025.1	XP_026295810.1	kinetochore-associated protein 1
XM_016911599.1	XP_016767088.1	kinetochore-associated protein 1

Pathways from BioSystems
Gene Ontology

The following LOC100578823 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100578823 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OHd21389	XM_016911599.1 Latest version!	Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHd30124	XM_026440025.1 Latest version!	Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC100578823 ( XM_016911599.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_016767088.1 Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.

Price & Availability↑

CloneID	OHd21389
Clone ID Related Accession (Same CDS sequence)	XM_016911599.1
Accession Version	XM_016911599.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5865bp) 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	kinetochore-associated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007073.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGTTGT GGAATAAAGT GGTTTCAGGC TTTAATAAAG AAGAAGAAAC CGTAAATTTT 
GGAACAAGAA CTATAGTTGA AAATAATGGC TCGTTATATG AAACTTCTAC TATTGCAACT 
ATACAATCAA ATGGAAGGGT ACTTTATAGT TTTATTACAA CAACTGAAAA TAAAATAATA 
ACAATATTTT TACAAAATGA ATCTGAAGAA TATATTAATA TATATCTTAT CACAAAAAGT 
GGAATTATTT ATAGAATATC AAAATTTAAT ATTAAACTTA TTCAATCAGC TATTACAAAT 
GAAATTGATA TTAATATATT AATGGAATTG ACAGAAAAAA TTAAATGTGT ACAATTATTT 
AAAGGATTTT CTTGTGATGA AGTAATATAT GCTACTATAA GTTTGATAAA TAAAGAAATA 
TCAATAGCTA TGTTATGTTC AAATATGTTA TTTATGTGGC CTAATGAATG TTACGTTAAT 
TTTAATATGT TACATTATAA TTATACCAAA ATAAAATTTT TTAAAAATTA CATTGCAATG 
TTATGTTTAC GTTCAGATTA TATATTAAAC TTAATATGTC CTCAAACTTT ACTTGGTATG 
AAAGTGTATT CAAAACCTGT ATCAGATTTT GTAATTATTG AAAATAATGA TAATACTTTA 
TGTCAGATTC TTGTGTTAAT GTTTGATAGT AATTGCATTG AATATACATT GCAAGTTCTC 
TCATATCCAG ATTTTCAAAA AAAGTTTCAA ATAAATATAC CAACTATAAC ATATCTTGTT 
GAAATTATGG ATCCTTGCGA TGAAATAATT TTATATCTAG AAGGAATTAA TGGTTTCGAT 
AATGATACTA ATTACATAGA TACAGTTAGA ATAAAAACTA TATCAGAAAG TGATCCTGAA 
TATCAATTGC AACGATTAAT AAGAAAAGAA CAATTTGATG CAGCTGAATT TTTTGCAAAA 
AAATTTAATT TATCTACAGA TCCTATTTAT TATGCAAAGA TTGCATTGCT TTTATCACAA 
TTTGGACCTT GGGGAAAAGA AAAGTCCAAT TCTCTTCAAT TAGATATGAT TCTTAATATA 
TTTGATAAAA TAAAAAATGT ACAGTATATT GTAGAATGCT GTAGTAAAGC ACTTATACCT 
GATTATAAAC AAATGAAAAA AATTTATTTA TATGCACGTT CAAGAATAGT AGAAAATATC 
TCTAAAAATA ATTATTTATG TCTTCTTTCT TCAATTAATA ATACATTGCA TAAATTAGAA 
ACTTTTCATA TGATTTGGGG ATATCAAAGA AATTTAAAAT ATTATGATGA AGATACTATG 
AAAGAATGGA TTAGATTTTC TCGAGCAGAT TTAATAGAAG AATATAAAAT ACATTTGAGC 
TTGGGAGAAA TGGAAGCAGC TACTTTAATT TGGACAAGAC ATCTTGTAAA TATAATGAAA 
GATATATCTA TAGAAATTGT AAAGGATATA TTTGGAATTC TTCCTGAAAA AATACCTTTT 
CTTTCCCTTT GGATATGGTT ATCACATTTT ATTCCCAGTA TATTGTCATT TATTCCTAAT 
GCAATGTCTG AAATTATTGT CTGGGGTTAT AAAAAAGTTA AATCATTTGA ACAGTCTCAT 
CGTTCAGAAT GGCCTCAAAT TGGAATTGAT TTCACAAGAA AGTTTATAAA ATTGTTGAAA 
TTTCAAGAAA ATCATCAATC TTTATACTTT CAACAGGAAT GTTTAAACAA AGATACTAAT 
TTAAAACAAT TTATTTCTTT AATACAAACA TTATCTGATA TTCAAAAATT GAAAGTTAAT 
TATAGATTAA CAATATCTCT TAATTCATAC ATTGGAGATC CTATAGAAGT ATCATACATA 
TTATTAGATA AAATACATAT AAATTTAATT TTAGAATTTG TGAATACATT TTTAAAACAA 
TATATGTTGA ATAATTCTCT ACAAAGTGAT TATGTTTTTT CTTCATATGT ACAGAAAACT 
TTAAAAAATT CTAAAAATTG GTGGTCAGGA GAGGAAGCTC CCTGGGAAAA AAAAATTGTT 
ATTATTATTG ATTTAATTCA AGATATAGAG ACTAAATTAC AGCAAATATT AGAAGTATTA 
AAAAAAGCTG TAGTTCCATG GACATCAACT ATTGTATCTC TAATAGAAAC AAGTTACGAT 
TTTGATCATA TTTTAACATC TCAAATTAGA ATAGAACATA ACTTTGTTCC AATTAAGCTT 
ATTTTAAAGA AATATGGGTA TGAACGCATT GGTATAAATA ATAAATTAAT ATACCGAATA 
ATAAAAGAAA ATCATGATAA TATGATTAAA GCATTTTCAT CTTGCGTAAA TTATTATTTA 
ATTAGAGGGA ATTTTGAAAA CGTAACGAAG ATATTAAGTT TCTTAGAGGA TGATGTTTTA 
TTATATTGTT GTATACAAAT TGTTAACTAT ATAACAGCTA GTTTAACATT AAAGATTATA 
CCTAAATCTC TTATGTATCA TATTGAGATG TTAGGTTGGA TAAAATTGCA GTTAAAAGAA 
CTTTCAAAAA AATGTAAAAC TCAATCATAT CATTGCAACA ATATTATTAA TAGTATAGAT 
GAAATAAAAT CAATATATTA TTTAAAAAAA AATCTCGAAA TTGATATAAC ATTTGAAGAA 
TATCAAATTA AAAAAAAGCA AATATTACAA AATTATGTTA AAAAATTGTG TGATGTAGAC 
ATGGAAAAAG ATAATAATTT ATTTACTACT TATAAAAAAC TTATTCAAGC TGCAGATTTA 
CTTAAAATAC AAAGAATTCA TGCAATATCT ATATTAATTG AATGGTCAAA AAATGTAAAA 
CTATTAAATT ATTTTATTAG ATGTGAAAAA GGACAATTAA ATATAATGAC AAATGAATGT 
TATTATACAT ATAAAATGTG TTTATTAATA ATGCAGCATA TTAAAATAAA TGCAGATGTT 
GCAGTTACAA TTCATAATTT AATTTCTGCT GCATTATGTG TATGTTTAGA TGATGAATTA 
CAATCTATGT TATTATTGTA TATATGGATA AATTTATTTC GAAAATGTTG TAATATAAAC 
TTTATAAATA TAAATATAAT GGATGTACAA TACGAAGAAA TAACAAGATC AAACTGGAAA 
TTATATACGA TATATAAGGA TTTAAATATT AAAACTGATG AATTTTTATT ACCATTATTT 
AGAAATGTAA TTTCTGTAGA AAGATTTTAT ATGAATATAT CAAAACCTGA AATTGAATAT 
CGAATATATA CAGTTAATGA CGATGGTCAA AATTATAAAA AAAATTGGCC AAATATAGAA 
GAACCTATAA AGGATTTGCT TAATAAAATT ATGGAACTAA AAATGGAACA TAGCGATTAT 
ATTTTATTGC AAATTATTAA AACATTATAT TTCAATTTTT GTGCTATACC AAATATAAAT 
CATAATATAT TAATAGAAAT TAAATTAGTG TATTTTCATT TTTTAATAAT ATTACTTAAA 
AAAGTAATAA ATAGTCGAAT GTTTGATCTT CAACTTAGTT TATCATGTTT ATTTATGTTA 
TCTGATTCTG AAGCATGTAA ATGGATTTCT TCTATTTGCA AATCATTTCA ATCAGATTAC 
ACTCGACATT TAAGAATAAC AGTGCTTGGA TATGAATATT TTTACTTAAC AAAAAATCAA 
AGTTTGCAAA CATTTAAAAA TAATAAGATA TTATATTATT GGGCACAAAA GTTATCTAAA 
TATTTAGTTT CATATAAAGA AATGCTAACA AGTGATTCAG TAGCTAAAAG GGAAATATTA 
CAACGTATTA TGACTTATAA TGAAGATCTG ATTCCTTTAT TTCAAGAATT TTGTATTGAT 
TTTGGTTTTG ATATCCAAGA TTGTTTATTA CTTTATCTAC AAACAATAAT AAAAACATGG 
GATCCAAAAT TAAATATAAG AAATTATAAT GGGAAAAAAG AATTACATAT TAATGAAGAT 
GATGTAAATC AATTAAGTAA AAAATGCAAT TCTATTACTA CCTATATCTT GGATAAAGTT 
GCCTTAAAAA ATTGGGTTAC AATGATTTTT TCACAAATAA ATTTTTATCA TTATGAAATA 
TTTATAATTC TTATGGATCT CATAGAAGAT AAAAATATCG AACATAGGAA TTATTTATGT 
TTTTTACAAA ATTATATTCG CACTGGTCCA CCTACACAAA TAGAATATGA TGAATGGATA 
CATCTAAATC CAGGATATAC ATCCTTACCA TTTATAGCAA AATGGCGATT ACCTTTTTTA 
CCTAAAATTG AATTATGGAA ACTTATAACT CCTGAATTAA ATTTGAAAAC TTATGAAAAA 
TGGTTAGATA TTGCTGCTAT TCTTAAATTA CAACCTCATA TTATATGTAC TTTAGCTATA 
AAAGGTGAAG TAGCACATAT TTGGAAAAAT AAACACAAAA TAACTAAATG GTCTCTTTCT 
TCAAAAAATA AAAGTTTATT AAATCATATA AAAAAATGTA TAGAAAGAAT GACTGGTCCA 
GATGCATTGT ATTATGGCAC TGCAGCATTA TATTATGTTG TAAATCATAC ACCACCAGGA 
GCTGATCAAG TGGCAGCAAT TGAAGAATGT TATAAATATG CACAATTATC AGCTCAAAAA 
TCTATGATGT TTGAAGAAGG AATGTTAGAA AAAATAAAAA TTAAATATTT ACGTTTTACA 
TCGGAACATA TTTTACATGT ACATGGCTTA GACAATAAAA AATATTTGTC ATTAATTGGA 
AATCCGAATA AATTAGTCCA TGAATTATAT ACAGATGAAA GTATACCTCA AAGATATCGA 
TGTGTTATTG ATCATAGACC CGATATAAAT TCGGCAGTTA GTTCAATTAG TCAGTTATTT 
TCTATTAATC TGATAAAATT ACGAATAGAA TTATTACAAG AATGGTTACA ACCAGATACT 
AAATATATGA AATTTAATCA AAGTATAACA GAAACATTTC CGGCAATGAC AAATTTAGAA 
TCGAATTTAA ATTGTGATGA TAACTTATTG AGAGCATGCT ATATTTTAGA ATATGGAGAT 
CTCGAATTAT CAGCTAATTT TCTTATAAAT ATAAGTTTTA ATGAAAAAAA TGAAGATTAT 
AGTCCAGAAG TTCGTTATAG AGCTCTTTGT GTATTACAAT CTATAGTTGA TTCTGCTAAA 
TTAAAAGATT TAATTAAACG AGATGACCAA ACAATTAAAA ACTATATGAG ATCTTTGAAA 
TATATAAGTA AATTGGAATT GTTAGGAATA GGATACAGTA TAAATACATT TGAAATGTGT 
TCTAAACATG AACTTGTGCA AATTTTATGG AAAACACAAA ATTATTCGCC ACAAGCACTG 
ATTATTATTG CACAACTTTG CATAGATTTT GAAATATATG AATATTCTCT CTGGGACAAA 
AATTTAACTA AAATGGCTAA ATTGTTAATG ATTAATGAAT TAAAAACAAT TTTATTACAA 
GTACAAAATA TAAATACTAT TGTAAATTCT AATGGATATT TATTTGGATG GGAAGCAATA 
ATTTCAGAAC CTTTCAAAAA AATGGATATG AATCCGACTT CTGAACAAAT TGAAAATTGT 
ATTGAAGCTT TACAACTTTT ATATTCATGT CCAGTTTTAT ATGCATTAAA TTTCTCTAAC 
ATTATAAAGT ATTGTTTTCA ATGCCAGCAA TTACATTTAG TACTTGCATT TCTGCCATTT 
TTAAATGATG ATGATACAAT ATTTGTTTTG GAAAAAATTA AATGCACATC TAATATTACA 
AAAATATTAG AAAATTTGAA TAATTTATGT TCAAGTGGAA TACTTTGTAC AGCTTATTGT 
AATAAAATTA TAGAAAGTAC ATTAACAAAT ATGAATAATC ATTAA

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

RefSeq	XP_016767088.1
CDS	238..6102
Translation	MALWNKVVSGFNKEEETVNFGTRTIVENNGSLYETSTIATIQSNGRVLYSFITTTENKIITIFLQNESEEYINIYLITKSGIIYRISKFNIKLIQSAITNEIDINILMELTEKIKCVQLFKGFSCDEVIYATISLINKEISIAMLCSNMLFMWPNECYVNFNMLHYNYTKIKFFKNYIAMLCLRSDYILNLICPQTLLGMKVYSKPVSDFVIIENNDNTLCQILVLMFDSNCIEYTLQVLSYPDFQKKFQINIPTITYLVEIMDPCDEIILYLEGINGFDNDTNYIDTVRIKTISESDPEYQLQRLIRKEQFDAAEFFAKKFNLSTDPIYYAKIALLLSQFGPWGKEKSNSLQLDMILNIFDKIKNVQYIVECCSKALIPDYKQMKKIYLYARSRIVENISKNNYLCLLSSINNTLHKLETFHMIWGYQRNLKYYDEDTMKEWIRFSRADLIEEYKIHLSLGEMEAATLIWTRHLVNIMKDISIEIVKDIFGILPEKIPFLSLWIWLSHFIPSILSFIPNAMSEIIVWGYKKVKSFEQSHRSEWPQIGIDFTRKFIKLLKFQENHQSLYFQQECLNKDTNLKQFISLIQTLSDIQKLKVNYRLTISLNSYIGDPIEVSYILLDKIHINLILEFVNTFLKQYMLNNSLQSDYVFSSYVQKTLKNSKNWWSGEEAPWEKKIVIIIDLIQDIETKLQQILEVLKKAVVPWTSTIVSLIETSYDFDHILTSQIRIEHNFVPIKLILKKYGYERIGINNKLIYRIIKENHDNMIKAFSSCVNYYLIRGNFENVTKILSFLEDDVLLYCCIQIVNYITASLTLKIIPKSLMYHIEMLGWIKLQLKELSKKCKTQSYHCNNIINSIDEIKSIYYLKKNLEIDITFEEYQIKKKQILQNYVKKLCDVDMEKDNNLFTTYKKLIQAADLLKIQRIHAISILIEWSKNVKLLNYFIRCEKGQLNIMTNECYYTYKMCLLIMQHIKINADVAVTIHNLISAALCVCLDDELQSMLLLYIWINLFRKCCNINFININIMDVQYEEITRSNWKLYTIYKDLNIKTDEFLLPLFRNVISVERFYMNISKPEIEYRIYTVNDDGQNYKKNWPNIEEPIKDLLNKIMELKMEHSDYILLQIIKTLYFNFCAIPNINHNILIEIKLVYFHFLIILLKKVINSRMFDLQLSLSCLFMLSDSEACKWISSICKSFQSDYTRHLRITVLGYEYFYLTKNQSLQTFKNNKILYYWAQKLSKYLVSYKEMLTSDSVAKREILQRIMTYNEDLIPLFQEFCIDFGFDIQDCLLLYLQTIIKTWDPKLNIRNYNGKKELHINEDDVNQLSKKCNSITTYILDKVALKNWVTMIFSQINFYHYEIFIILMDLIEDKNIEHRNYLCFLQNYIRTGPPTQIEYDEWIHLNPGYTSLPFIAKWRLPFLPKIELWKLITPELNLKTYEKWLDIAAILKLQPHIICTLAIKGEVAHIWKNKHKITKWSLSSKNKSLLNHIKKCIERMTGPDALYYGTAALYYVVNHTPPGADQVAAIEECYKYAQLSAQKSMMFEEGMLEKIKIKYLRFTSEHILHVHGLDNKKYLSLIGNPNKLVHELYTDESIPQRYRCVIDHRPDINSAVSSISQLFSINLIKLRIELLQEWLQPDTKYMKFNQSITETFPAMTNLESNLNCDDNLLRACYILEYGDLELSANFLINISFNEKNEDYSPEVRYRALCVLQSIVDSAKLKDLIKRDDQTIKNYMRSLKYISKLELLGIGYSINTFEMCSKHELVQILWKTQNYSPQALIIIAQLCIDFEIYEYSLWDKNLTKMAKLLMINELKTILLQVQNINTIVNSNGYLFGWEAIISEPFKKMDMNPTSEQIENCIEALQLLYSCPVLYALNFSNIIKYCFQCQQLHLVLAFLPFLNDDDTIFVLEKIKCTSNITKILENLNNLCSSGILCTAYCNKIIESTLTNMNNH

Target ORF information:

RefSeq Version	XM_016911599.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.

Target ORF information:

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

XM_016911599.1

ORF Insert Sequence:

ATGGCGTTGT GGAATAAAGT GGTTTCAGGC TTTAATAAAG AAGAAGAAAC CGTAAATTTT 
GGAACAAGAA CTATAGTTGA AAATAATGGC TCGTTATATG AAACTTCTAC TATTGCAACT 
ATACAATCAA ATGGAAGGGT ACTTTATAGT TTTATTACAA CAACTGAAAA TAAAATAATA 
ACAATATTTT TACAAAATGA ATCTGAAGAA TATATTAATA TATATCTTAT CACAAAAAGT 
GGAATTATTT ATAGAATATC AAAATTTAAT ATTAAACTTA TTCAATCAGC TATTACAAAT 
GAAATTGATA TTAATATATT AATGGAATTG ACAGAAAAAA TTAAATGTGT ACAATTATTT 
AAAGGATTTT CTTGTGATGA AGTAATATAT GCTACTATAA GTTTGATAAA TAAAGAAATA 
TCAATAGCTA TGTTATGTTC AAATATGTTA TTTATGTGGC CTAATGAATG TTACGTTAAT 
TTTAATATGT TACATTATAA TTATACCAAA ATAAAATTTT TTAAAAATTA CATTGCAATG 
TTATGTTTAC GTTCAGATTA TATATTAAAC TTAATATGTC CTCAAACTTT ACTTGGTATG 
AAAGTGTATT CAAAACCTGT ATCAGATTTT GTAATTATTG AAAATAATGA TAATACTTTA 
TGTCAGATTC TTGTGTTAAT GTTTGATAGT AATTGCATTG AATATACATT GCAAGTTCTC 
TCATATCCAG ATTTTCAAAA AAAGTTTCAA ATAAATATAC CAACTATAAC ATATCTTGTT 
GAAATTATGG ATCCTTGCGA TGAAATAATT TTATATCTAG AAGGAATTAA TGGTTTCGAT 
AATGATACTA ATTACATAGA TACAGTTAGA ATAAAAACTA TATCAGAAAG TGATCCTGAA 
TATCAATTGC AACGATTAAT AAGAAAAGAA CAATTTGATG CAGCTGAATT TTTTGCAAAA 
AAATTTAATT TATCTACAGA TCCTATTTAT TATGCAAAGA TTGCATTGCT TTTATCACAA 
TTTGGACCTT GGGGAAAAGA AAAGTCCAAT TCTCTTCAAT TAGATATGAT TCTTAATATA 
TTTGATAAAA TAAAAAATGT ACAGTATATT GTAGAATGCT GTAGTAAAGC ACTTATACCT 
GATTATAAAC AAATGAAAAA AATTTATTTA TATGCACGTT CAAGAATAGT AGAAAATATC 
TCTAAAAATA ATTATTTATG TCTTCTTTCT TCAATTAATA ATACATTGCA TAAATTAGAA 
ACTTTTCATA TGATTTGGGG ATATCAAAGA AATTTAAAAT ATTATGATGA AGATACTATG 
AAAGAATGGA TTAGATTTTC TCGAGCAGAT TTAATAGAAG AATATAAAAT ACATTTGAGC 
TTGGGAGAAA TGGAAGCAGC TACTTTAATT TGGACAAGAC ATCTTGTAAA TATAATGAAA 
GATATATCTA TAGAAATTGT AAAGGATATA TTTGGAATTC TTCCTGAAAA AATACCTTTT 
CTTTCCCTTT GGATATGGTT ATCACATTTT ATTCCCAGTA TATTGTCATT TATTCCTAAT 
GCAATGTCTG AAATTATTGT CTGGGGTTAT AAAAAAGTTA AATCATTTGA ACAGTCTCAT 
CGTTCAGAAT GGCCTCAAAT TGGAATTGAT TTCACAAGAA AGTTTATAAA ATTGTTGAAA 
TTTCAAGAAA ATCATCAATC TTTATACTTT CAACAGGAAT GTTTAAACAA AGATACTAAT 
TTAAAACAAT TTATTTCTTT AATACAAACA TTATCTGATA TTCAAAAATT GAAAGTTAAT 
TATAGATTAA CAATATCTCT TAATTCATAC ATTGGAGATC CTATAGAAGT ATCATACATA 
TTATTAGATA AAATACATAT AAATTTAATT TTAGAATTTG TGAATACATT TTTAAAACAA 
TATATGTTGA ATAATTCTCT ACAAAGTGAT TATGTTTTTT CTTCATATGT ACAGAAAACT 
TTAAAAAATT CTAAAAATTG GTGGTCAGGA GAGGAAGCTC CCTGGGAAAA AAAAATTGTT 
ATTATTATTG ATTTAATTCA AGATATAGAG ACTAAATTAC AGCAAATATT AGAAGTATTA 
AAAAAAGCTG TAGTTCCATG GACATCAACT ATTGTATCTC TAATAGAAAC AAGTTACGAT 
TTTGATCATA TTTTAACATC TCAAATTAGA ATAGAACATA ACTTTGTTCC AATTAAGCTT 
ATTTTAAAGA AATATGGGTA TGAACGCATT GGTATAAATA ATAAATTAAT ATACCGAATA 
ATAAAAGAAA ATCATGATAA TATGATTAAA GCATTTTCAT CTTGCGTAAA TTATTATTTA 
ATTAGAGGGA ATTTTGAAAA CGTAACGAAG ATATTAAGTT TCTTAGAGGA TGATGTTTTA 
TTATATTGTT GTATACAAAT TGTTAACTAT ATAACAGCTA GTTTAACATT AAAGATTATA 
CCTAAATCTC TTATGTATCA TATTGAGATG TTAGGTTGGA TAAAATTGCA GTTAAAAGAA 
CTTTCAAAAA AATGTAAAAC TCAATCATAT CATTGCAACA ATATTATTAA TAGTATAGAT 
GAAATAAAAT CAATATATTA TTTAAAAAAA AATCTCGAAA TTGATATAAC ATTTGAAGAA 
TATCAAATTA AAAAAAAGCA AATATTACAA AATTATGTTA AAAAATTGTG TGATGTAGAC 
ATGGAAAAAG ATAATAATTT ATTTACTACT TATAAAAAAC TTATTCAAGC TGCAGATTTA 
CTTAAAATAC AAAGAATTCA TGCAATATCT ATATTAATTG AATGGTCAAA AAATGTAAAA 
CTATTAAATT ATTTTATTAG ATGTGAAAAA GGACAATTAA ATATAATGAC AAATGAATGT 
TATTATACAT ATAAAATGTG TTTATTAATA ATGCAGCATA TTAAAATAAA TGCAGATGTT 
GCAGTTACAA TTCATAATTT AATTTCTGCT GCATTATGTG TATGTTTAGA TGATGAATTA 
CAATCTATGT TATTATTGTA TATATGGATA AATTTATTTC GAAAATGTTG TAATATAAAC 
TTTATAAATA TAAATATAAT GGATGTACAA TACGAAGAAA TAACAAGATC AAACTGGAAA 
TTATATACGA TATATAAGGA TTTAAATATT AAAACTGATG AATTTTTATT ACCATTATTT 
AGAAATGTAA TTTCTGTAGA AAGATTTTAT ATGAATATAT CAAAACCTGA AATTGAATAT 
CGAATATATA CAGTTAATGA CGATGGTCAA AATTATAAAA AAAATTGGCC AAATATAGAA 
GAACCTATAA AGGATTTGCT TAATAAAATT ATGGAACTAA AAATGGAACA TAGCGATTAT 
ATTTTATTGC AAATTATTAA AACATTATAT TTCAATTTTT GTGCTATACC AAATATAAAT 
CATAATATAT TAATAGAAAT TAAATTAGTG TATTTTCATT TTTTAATAAT ATTACTTAAA 
AAAGTAATAA ATAGTCGAAT GTTTGATCTT CAACTTAGTT TATCATGTTT ATTTATGTTA 
TCTGATTCTG AAGCATGTAA ATGGATTTCT TCTATTTGCA AATCATTTCA ATCAGATTAC 
ACTCGACATT TAAGAATAAC AGTGCTTGGA TATGAATATT TTTACTTAAC AAAAAATCAA 
AGTTTGCAAA CATTTAAAAA TAATAAGATA TTATATTATT GGGCACAAAA GTTATCTAAA 
TATTTAGTTT CATATAAAGA AATGCTAACA AGTGATTCAG TAGCTAAAAG GGAAATATTA 
CAACGTATTA TGACTTATAA TGAAGATCTG ATTCCTTTAT TTCAAGAATT TTGTATTGAT 
TTTGGTTTTG ATATCCAAGA TTGTTTATTA CTTTATCTAC AAACAATAAT AAAAACATGG 
GATCCAAAAT TAAATATAAG AAATTATAAT GGGAAAAAAG AATTACATAT TAATGAAGAT 
GATGTAAATC AATTAAGTAA AAAATGCAAT TCTATTACTA CCTATATCTT GGATAAAGTT 
GCCTTAAAAA ATTGGGTTAC AATGATTTTT TCACAAATAA ATTTTTATCA TTATGAAATA 
TTTATAATTC TTATGGATCT CATAGAAGAT AAAAATATCG AACATAGGAA TTATTTATGT 
TTTTTACAAA ATTATATTCG CACTGGTCCA CCTACACAAA TAGAATATGA TGAATGGATA 
CATCTAAATC CAGGATATAC ATCCTTACCA TTTATAGCAA AATGGCGATT ACCTTTTTTA 
CCTAAAATTG AATTATGGAA ACTTATAACT CCTGAATTAA ATTTGAAAAC TTATGAAAAA 
TGGTTAGATA TTGCTGCTAT TCTTAAATTA CAACCTCATA TTATATGTAC TTTAGCTATA 
AAAGGTGAAG TAGCACATAT TTGGAAAAAT AAACACAAAA TAACTAAATG GTCTCTTTCT 
TCAAAAAATA AAAGTTTATT AAATCATATA AAAAAATGTA TAGAAAGAAT GACTGGTCCA 
GATGCATTGT ATTATGGCAC TGCAGCATTA TATTATGTTG TAAATCATAC ACCACCAGGA 
GCTGATCAAG TGGCAGCAAT TGAAGAATGT TATAAATATG CACAATTATC AGCTCAAAAA 
TCTATGATGT TTGAAGAAGG AATGTTAGAA AAAATAAAAA TTAAATATTT ACGTTTTACA 
TCGGAACATA TTTTACATGT ACATGGCTTA GACAATAAAA AATATTTGTC ATTAATTGGA 
AATCCGAATA AATTAGTCCA TGAATTATAT ACAGATGAAA GTATACCTCA AAGATATCGA 
TGTGTTATTG ATCATAGACC CGATATAAAT TCGGCAGTTA GTTCAATTAG TCAGTTATTT 
TCTATTAATC TGATAAAATT ACGAATAGAA TTATTACAAG AATGGTTACA ACCAGATACT 
AAATATATGA AATTTAATCA AAGTATAACA GAAACATTTC CGGCAATGAC AAATTTAGAA 
TCGAATTTAA ATTGTGATGA TAACTTATTG AGAGCATGCT ATATTTTAGA ATATGGAGAT 
CTCGAATTAT CAGCTAATTT TCTTATAAAT ATAAGTTTTA ATGAAAAAAA TGAAGATTAT 
AGTCCAGAAG TTCGTTATAG AGCTCTTTGT GTATTACAAT CTATAGTTGA TTCTGCTAAA 
TTAAAAGATT TAATTAAACG AGATGACCAA ACAATTAAAA ACTATATGAG ATCTTTGAAA 
TATATAAGTA AATTGGAATT GTTAGGAATA GGATACAGTA TAAATACATT TGAAATGTGT 
TCTAAACATG AACTTGTGCA AATTTTATGG AAAACACAAA ATTATTCGCC ACAAGCACTG 
ATTATTATTG CACAACTTTG CATAGATTTT GAAATATATG AATATTCTCT CTGGGACAAA 
AATTTAACTA AAATGGCTAA ATTGTTAATG ATTAATGAAT TAAAAACAAT TTTATTACAA 
GTACAAAATA TAAATACTAT TGTAAATTCT AATGGATATT TATTTGGATG GGAAGCAATA 
ATTTCAGAAC CTTTCAAAAA AATGGATATG AATCCGACTT CTGAACAAAT TGAAAATTGT 
ATTGAAGCTT TACAACTTTT ATATTCATGT CCAGTTTTAT ATGCATTAAA TTTCTCTAAC 
ATTATAAAGT ATTGTTTTCA ATGCCAGCAA TTACATTTAG TACTTGCATT TCTGCCATTT 
TTAAATGATG ATGATACAAT ATTTGTTTTG GAAAAAATTA AATGCACATC TAATATTACA 
AAAATATTAG AAAATTTGAA TAATTTATGT TCAAGTGGAA TACTTTGTAC AGCTTATTGT 
AATAAAATTA TAGAAAGTAC ATTAACAAAT ATGAATAATC ATTAA

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

LOC100578823 ( XM_026440025.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_026295810.1 Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.

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CloneID	OHd30124
Clone ID Related Accession (Same CDS sequence)	XM_026440025.1
Accession Version	XM_026440025.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6138bp) 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	kinetochore-associated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037641.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGTTGT GGAATAAAGT GGTTTCAGGC TTTAATAAAG AAGAAGAAAC CGTAAATTTT 
GGAACAAGAA CTATAGTTGA AAATAATGGC TCGTTATATG AAACTTCTAC TATTGCAACT 
ATACAATCAA ATGGAAGGGT AGAACAAGAA CCAAATATTT TAGCATCTAT ACAATATTCA 
AGGGTCTGTG TATTAATTGA TAAATCAATC ACTATATTTG AAAATGAAAC ATGTGAAAAA 
ATATTATTAA ATGTTAGTTT TGAATTATTA ATAACAAGTT ATTGTATTTC TTATGATGGA 
ATATTTTTAT TTGTTGCATT ATCAAATGGA ATGTTATATT GTCTTAATTT ATTAAATAAG 
GGACAAATAA TCTTTACAAA AAATATTACA ACAACTGAAA ATAAAATAAT AACAATATTT 
TTACAAAATG AATCTGAAGA ATATATTAAT ATATATCTTA TCACAAAAAG TGGAATTATT 
TATAGAATAT CAAAATTTAA TATTAAACTT ATTCAATCAG CTATTACAAA TGAAATTGAT 
ATTAATATAT TAATGGAATT GACAGAAAAA ATTAAATGTG TACAATTATT TAAAGGATTT 
TCTTGTGATG AAGTAATATA TGCTACTATA AGTTTGATAA ATAAAGAAAT ATCAATAGCT 
ATGTTATGTT CAAATATGTT ATTTATGTGG CCTAATGAAT GTTACGTTAA TTTTAATATG 
TTACATTATA ATTATACCAA AATAAAATTT TTTAAAAATT ACATTGCAAT GTTATGTTTA 
CGTTCAGATT ATATATTAAA CTTAATATGT CCTCAAACTT TACTTGGTAT GAAAGTGTAT 
TCAAAACCTG TATCAGATTT TGTAATTATT GAAAATAATG ATAATACTTT ATGTCAGATT 
CTTGTGTTAA TGTTTGATAG TAATTGCATT GAATATACAT TGCAAGTTCT CTCATATCCA 
GATTTTCAAA AAAAGTTTCA AATAAATATA CCAACTATAA CATATCTTGT TGAAATTATG 
GATCCTTGCG ATGAAATAAT TTTATATCTA GAAGGAATTA ATGGTTTCGA TAATGATACT 
AATTACATAG ATACAGTTAG AATAAAAACT ATATCAGAAA GTGATCCTGA ATATCAATTG 
CAACGATTAA TAAGAAAAGA ACAATTTGAT GCAGCTGAAT TTTTTGCAAA AAAATTTAAT 
TTATCTACAG ATCCTATTTA TTATGCAAAG ATTGCATTGC TTTTATCACA ATTTGGACCT 
TGGGGAAAAG AAAAGTCCAA TTCTCTTCAA TTAGATATGA TTCTTAATAT ATTTGATAAA 
ATAAAAAATG TACAGTATAT TGTAGAATGC TGTAGTAAAG CACTTATACC TGATTATAAA 
CAAATGAAAA AAATTTATTT ATATGCACGT TCAAGAATAG TAGAAAATAT CTCTAAAAAT 
AATTATTTAT GTCTTCTTTC TTCAATTAAT AATACATTGC ATAAATTAGA AACTTTTCAT 
ATGATTTGGG GATATCAAAG AAATTTAAAA TATTATGATG AAGATACTAT GAAAGAATGG 
ATTAGATTTT CTCGAGCAGA TTTAATAGAA GAATATAAAA TACATTTGAG CTTGGGAGAA 
ATGGAAGCAG CTACTTTAAT TTGGACAAGA CATCTTGTAA ATATAATGAA AGATATATCT 
ATAGAAATTG TAAAGGATAT ATTTGGAATT CTTCCTGAAA AAATACCTTT TCTTTCCCTT 
TGGATATGGT TATCACATTT TATTCCCAGT ATATTGTCAT TTATTCCTAA TGCAATGTCT 
GAAATTATTG TCTGGGGTTA TAAAAAAGTT AAATCATTTG AACAGTCTCA TCGTTCAGAA 
TGGCCTCAAA TTGGAATTGA TTTCACAAGA AAGTTTATAA AATTGTTGAA ATTTCAAGAA 
AATCATCAAT CTTTATACTT TCAACAGGAA TGTTTAAACA AAGATACTAA TTTAAAACAA 
TTTATTTCTT TAATACAAAC ATTATCTGAT ATTCAAAAAT TGAAAGTTAA TTATAGATTA 
ACAATATCTC TTAATTCATA CATTGGAGAT CCTATAGAAG TATCATACAT ATTATTAGAT 
AAAATACATA TAAATTTAAT TTTAGAATTT GTGAATACAT TTTTAAAACA ATATATGTTG 
AATAATTCTC TACAAAGTGA TTATGTTTTT TCTTCATATG TACAGAAAAC TTTAAAAAAT 
TCTAAAAATT GGTGGTCAGG AGAGGAAGCT CCCTGGGAAA AAAAAATTGT TATTATTATT 
GATTTAATTC AAGATATAGA GACTAAATTA CAGCAAATAT TAGAAGTATT AAAAAAAGCT 
GTAGTTCCAT GGACATCAAC TATTGTATCT CTAATAGAAA CAAGTTACGA TTTTGATCAT 
ATTTTAACAT CTCAAATTAG AATAGAACAT AACTTTGTTC CAATTAAGCT TATTTTAAAG 
AAATATGGGT ATGAACGCAT TGGTATAAAT AATAAATTAA TATACCGAAT AATAAAAGAA 
AATCATGATA ATATGATTTC TGATATTCAA CAAATAACTA AAAATGATTT ATTTTCAAGA 
AAAAAAGCAT TTTCATCTTG CGTAAATTAT TATTTAATTA GAGGGAATTT TGAAAACGTA 
ACGAAGATAT TAAGTTTCTT AGAGGATGAT GTTTTATTAT ATTGTTGTAT ACAAATTGTT 
AACTATATAA CAGCTAGTTT AACATTAAAG ATTATACCTA AATCTCTTAT GTATCATATT 
GAGATGTTAG GTTGGATAAA ATTGCAGTTA AAAGAACTTT CAAAAAAATG TAAAACTCAA 
TCATATCATT GCAACAATAT TATTAATAGT ATAGATGAAA TAAAATCAAT ATATTATTTA 
AAAAAAAATC TCGAAATTGA TATAACATTT GAAGAATATC AAATTAAAAA AAAGCAAATA 
TTACAAAATT ATGTTAAAAA ATTGTGTGAT GTAGACATGG AAAAAGATAA TAATTTATTT 
ACTACTTATA AAAAACTTAT TCAAGCTGCA GATTTACTTA AAATACAAAG AATTCATGCA 
ATATCTATAT TAATTGAATG GTCAAAAAAT GTAAAACTAT TAAATTATTT TATTAGATGT 
GAAAAAGGAC AATTAAATAT AATGACAAAT GAATGTTATT ATACATATAA AATGTGTTTA 
TTAATAATGC AGCATATTAA AATAAATGCA GATGTTGCAG TTACAATTCA TAATTTAATT 
TCTGCTGCAT TATGTGTATG TTTAGATGAT GAATTACAAT CTATGTTATT ATTGTATATA 
TGGATAAATT TATTTCGAAA ATGTTGTAAT ATAAACTTTA TAAATATAAA TATAATGGAT 
GTACAATACG AAGAAATAAC AAGATCAAAC TGGAAATTAT ATACGATATA TAAGGATTTA 
AATATTAAAA CTGATGAATT TTTATTACCA TTATTTAGAA ATGTAATTTC TGTAGAAAGA 
TTTTATATGA ATATATCAAA ACCTGAAATT GAATATCGAA TATATACAGT TAATGACGAT 
GGTCAAAATT ATAAAAAAAA TTGGCCAAAT ATAGAAGAAC CTATAAAGGA TTTGCTTAAT 
AAAATTATGG AACTAAAAAT GGAACATAGC GATTATATTT TATTGCAAAT TATTAAAACA 
TTATATTTCA ATTTTTGTGC TATACCAAAT ATAAATCATA ATATATTAAT AGAAATTAAA 
TTAGTGTATT TTCATTTTTT AATAATATTA CTTAAAAAAG TAATAAATAG TCGAATGTTT 
GATCTTCAAC TTAGTTTATC ATGTTTATTT ATGTTATCTG ATTCTGAAGC ATGTAAATGG 
ATTTCTTCTA TTTGCAAATC ATTTCAATCA GATTACACTC GACATTTAAG AATAACAGTG 
CTTGGATATG AATATTTTTA CTTAACAAAA AATCAAAGTT TGCAAACATT TAAAAATAAT 
AAGATATTAT ATTATTGGGC ACAAAAGTTA TCTAAATATT TAGTTTCATA TAAAGAAATG 
CTAACAAGTG ATTCAGTAGC TAAAAGGGAA ATATTACAAC GTATTATGAC TTATAATGAA 
GATCTGATTC CTTTATTTCA AGAATTTTGT ATTGATTTTG GTTTTGATAT CCAAGATTGT 
TTATTACTTT ATCTACAAAC AATAATAAAA ACATGGGATC CAAAATTAAA TATAAGAAAT 
TATAATGGGA AAAAAGAATT ACATATTAAT GAAGATGATG TAAATCAATT AAGTAAAAAA 
TGCAATTCTA TTACTACCTA TATCTTGGAT AAAGTTGCCT TAAAAAATTG GGTTACAATG 
ATTTTTTCAC AAATAAATTT TTATCATTAT GAAATATTTA TAATTCTTAT GGATCTCATA 
GAAGATAAAA ATATCGAACA TAGGAATTAT TTATGTTTTT TACAAAATTA TATTCGCACT 
GGTCCACCTA CACAAATAGA ATATGATGAA TGGATACATC TAAATCCAGG ATATACATCC 
TTACCATTTA TAGCAAAATG GCGATTACCT TTTTTACCTA AAATTGAATT ATGGAAACTT 
ATAACTCCTG AATTAAATTT GAAAACTTAT GAAAAATGGT TAGATATTGC TGCTATTCTT 
AAATTACAAC CTCATATTAT ATGTACTTTA GCTATAAAAG GTGAAGTAGC ACATATTTGG 
AAAAATAAAC ACAAAATAAC TAAATGGTCT CTTTCTTCAA AAAATAAAAG TTTATTAAAT 
CATATAAAAA AATGTATAGA AAGAATGACT GGTCCAGATG CATTGTATTA TGGCACTGCA 
GCATTATATT ATGTTGTAAA TCATACACCA CCAGGAGCTG ATCAAGTGGC AGCAATTGAA 
GAATGTTATA AATATGCACA ATTATCAGCT CAAAAATCTA TGATGTTTGA AGAAGGAATG 
TTAGAAAAAA TAAAAATTAA ATATTTACGT TTTACATCGG AACATATTTT ACATGTACAT 
GGCTTAGACA ATAAAAAATA TTTGTCATTA ATTGGAAATC CGAATAAATT AGTCCATGAA 
TTATATACAG ATGAAAGTAT ACCTCAAAGA TATCGATGTG TTATTGATCA TAGACCCGAT 
ATAAATTCGG CAGTTAGTTC AATTAGTCAG TTATTTTCTA TTAATCTGAT AAAATTACGA 
ATAGAATTAT TACAAGAATG GTTACAACCA GATACTAAAT ATATGAAATT TAATCAAAGT 
ATAACAGAAA CATTTCCGGC AATGACAAAT TTAGAATCGA ATTTAAATTG TGATGATAAC 
TTATTGAGAG CATGCTATAT TTTAGAATAT GGAGATCTCG AATTATCAGC TAATTTTCTT 
ATAAATATAA GTTTTAATGA AAAAAATGAA GATTATAGTC CAGAAGTTCG TTATAGAGCT 
CTTTGTGTAT TACAATCTAT AGTTGATTCT GCTAAATTAA AAGATTTAAT TAAACGAGAT 
GACCAAACAA TTAAAAACTA TATGAGATCT TTGAAATATA TAAGTAAATT GGAATTGTTA 
GGAATAGGAT ACAGTATAAA TACATTTGAA ATGTGTTCTA AACATGAACT TGTGCAAATT 
TTATGGAAAA CACAAAATTA TTCGCCACAA GCACTGATTA TTATTGCACA ACTTTGCATA 
GATTTTGAAA TATATGAATA TTCTCTCTGG GACAAAAATT TAACTAAAAT GGCTAAATTG 
TTAATGATTA ATGAATTAAA AACAATTTTA TTACAAGTAC AAAATATAAA TACTATTGTA 
AATTCTAATG GATATTTATT TGGATGGGAA GCAATAATTT CAGAACCTTT CAAAAAAATG 
GATATGAATC CGACTTCTGA ACAAATTGAA AATTGTATTG AAGCTTTACA ACTTTTATAT 
TCATGTCCAG TTTTATATGC ATTAAATTTC TCTAACATTA TAAAGTATTG TTTTCAATGC 
CAGCAATTAC ATTTAGTACT TGCATTTCTG CCATTTTTAA ATGATGATGA TACAATATTT 
GTTTTGGAAA AAATTAAATG CACATCTAAT ATTACAAAAA TATTAGAAAA TTTGAATAAT 
TTATGTTCAA GTGGAATACT TTGTACAGCT TATTGTAATA AAATTATAGA AAGTACATTA 
ACAAATATGA ATCATTAA

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

RefSeq	XP_026295810.1
CDS	243..6380
Translation	MALWNKVVSGFNKEEETVNFGTRTIVENNGSLYETSTIATIQSNGRVEQEPNILASIQYSRVCVLIDKSITIFENETCEKILLNVSFELLITSYCISYDGIFLFVALSNGMLYCLNLLNKGQIIFTKNITTTENKIITIFLQNESEEYINIYLITKSGIIYRISKFNIKLIQSAITNEIDINILMELTEKIKCVQLFKGFSCDEVIYATISLINKEISIAMLCSNMLFMWPNECYVNFNMLHYNYTKIKFFKNYIAMLCLRSDYILNLICPQTLLGMKVYSKPVSDFVIIENNDNTLCQILVLMFDSNCIEYTLQVLSYPDFQKKFQINIPTITYLVEIMDPCDEIILYLEGINGFDNDTNYIDTVRIKTISESDPEYQLQRLIRKEQFDAAEFFAKKFNLSTDPIYYAKIALLLSQFGPWGKEKSNSLQLDMILNIFDKIKNVQYIVECCSKALIPDYKQMKKIYLYARSRIVENISKNNYLCLLSSINNTLHKLETFHMIWGYQRNLKYYDEDTMKEWIRFSRADLIEEYKIHLSLGEMEAATLIWTRHLVNIMKDISIEIVKDIFGILPEKIPFLSLWIWLSHFIPSILSFIPNAMSEIIVWGYKKVKSFEQSHRSEWPQIGIDFTRKFIKLLKFQENHQSLYFQQECLNKDTNLKQFISLIQTLSDIQKLKVNYRLTISLNSYIGDPIEVSYILLDKIHINLILEFVNTFLKQYMLNNSLQSDYVFSSYVQKTLKNSKNWWSGEEAPWEKKIVIIIDLIQDIETKLQQILEVLKKAVVPWTSTIVSLIETSYDFDHILTSQIRIEHNFVPIKLILKKYGYERIGINNKLIYRIIKENHDNMISDIQQITKNDLFSRKKAFSSCVNYYLIRGNFENVTKILSFLEDDVLLYCCIQIVNYITASLTLKIIPKSLMYHIEMLGWIKLQLKELSKKCKTQSYHCNNIINSIDEIKSIYYLKKNLEIDITFEEYQIKKKQILQNYVKKLCDVDMEKDNNLFTTYKKLIQAADLLKIQRIHAISILIEWSKNVKLLNYFIRCEKGQLNIMTNECYYTYKMCLLIMQHIKINADVAVTIHNLISAALCVCLDDELQSMLLLYIWINLFRKCCNINFININIMDVQYEEITRSNWKLYTIYKDLNIKTDEFLLPLFRNVISVERFYMNISKPEIEYRIYTVNDDGQNYKKNWPNIEEPIKDLLNKIMELKMEHSDYILLQIIKTLYFNFCAIPNINHNILIEIKLVYFHFLIILLKKVINSRMFDLQLSLSCLFMLSDSEACKWISSICKSFQSDYTRHLRITVLGYEYFYLTKNQSLQTFKNNKILYYWAQKLSKYLVSYKEMLTSDSVAKREILQRIMTYNEDLIPLFQEFCIDFGFDIQDCLLLYLQTIIKTWDPKLNIRNYNGKKELHINEDDVNQLSKKCNSITTYILDKVALKNWVTMIFSQINFYHYEIFIILMDLIEDKNIEHRNYLCFLQNYIRTGPPTQIEYDEWIHLNPGYTSLPFIAKWRLPFLPKIELWKLITPELNLKTYEKWLDIAAILKLQPHIICTLAIKGEVAHIWKNKHKITKWSLSSKNKSLLNHIKKCIERMTGPDALYYGTAALYYVVNHTPPGADQVAAIEECYKYAQLSAQKSMMFEEGMLEKIKIKYLRFTSEHILHVHGLDNKKYLSLIGNPNKLVHELYTDESIPQRYRCVIDHRPDINSAVSSISQLFSINLIKLRIELLQEWLQPDTKYMKFNQSITETFPAMTNLESNLNCDDNLLRACYILEYGDLELSANFLINISFNEKNEDYSPEVRYRALCVLQSIVDSAKLKDLIKRDDQTIKNYMRSLKYISKLELLGIGYSINTFEMCSKHELVQILWKTQNYSPQALIIIAQLCIDFEIYEYSLWDKNLTKMAKLLMINELKTILLQVQNINTIVNSNGYLFGWEAIISEPFKKMDMNPTSEQIENCIEALQLLYSCPVLYALNFSNIIKYCFQCQQLHLVLAFLPFLNDDDTIFVLEKIKCTSNITKILENLNNLCSSGILCTAYCNKIIESTLTNMNH

Target ORF information:

RefSeq Version	XM_026440025.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera kinetochore-associated protein 1 (LOC100578823), mRNA.

Target ORF information:

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

XM_026440025.1

ORF Insert Sequence:

ATGGCGTTGT GGAATAAAGT GGTTTCAGGC TTTAATAAAG AAGAAGAAAC CGTAAATTTT 
GGAACAAGAA CTATAGTTGA AAATAATGGC TCGTTATATG AAACTTCTAC TATTGCAACT 
ATACAATCAA ATGGAAGGGT AGAACAAGAA CCAAATATTT TAGCATCTAT ACAATATTCA 
AGGGTCTGTG TATTAATTGA TAAATCAATC ACTATATTTG AAAATGAAAC ATGTGAAAAA 
ATATTATTAA ATGTTAGTTT TGAATTATTA ATAACAAGTT ATTGTATTTC TTATGATGGA 
ATATTTTTAT TTGTTGCATT ATCAAATGGA ATGTTATATT GTCTTAATTT ATTAAATAAG 
GGACAAATAA TCTTTACAAA AAATATTACA ACAACTGAAA ATAAAATAAT AACAATATTT 
TTACAAAATG AATCTGAAGA ATATATTAAT ATATATCTTA TCACAAAAAG TGGAATTATT 
TATAGAATAT CAAAATTTAA TATTAAACTT ATTCAATCAG CTATTACAAA TGAAATTGAT 
ATTAATATAT TAATGGAATT GACAGAAAAA ATTAAATGTG TACAATTATT TAAAGGATTT 
TCTTGTGATG AAGTAATATA TGCTACTATA AGTTTGATAA ATAAAGAAAT ATCAATAGCT 
ATGTTATGTT CAAATATGTT ATTTATGTGG CCTAATGAAT GTTACGTTAA TTTTAATATG 
TTACATTATA ATTATACCAA AATAAAATTT TTTAAAAATT ACATTGCAAT GTTATGTTTA 
CGTTCAGATT ATATATTAAA CTTAATATGT CCTCAAACTT TACTTGGTAT GAAAGTGTAT 
TCAAAACCTG TATCAGATTT TGTAATTATT GAAAATAATG ATAATACTTT ATGTCAGATT 
CTTGTGTTAA TGTTTGATAG TAATTGCATT GAATATACAT TGCAAGTTCT CTCATATCCA 
GATTTTCAAA AAAAGTTTCA AATAAATATA CCAACTATAA CATATCTTGT TGAAATTATG 
GATCCTTGCG ATGAAATAAT TTTATATCTA GAAGGAATTA ATGGTTTCGA TAATGATACT 
AATTACATAG ATACAGTTAG AATAAAAACT ATATCAGAAA GTGATCCTGA ATATCAATTG 
CAACGATTAA TAAGAAAAGA ACAATTTGAT GCAGCTGAAT TTTTTGCAAA AAAATTTAAT 
TTATCTACAG ATCCTATTTA TTATGCAAAG ATTGCATTGC TTTTATCACA ATTTGGACCT 
TGGGGAAAAG AAAAGTCCAA TTCTCTTCAA TTAGATATGA TTCTTAATAT ATTTGATAAA 
ATAAAAAATG TACAGTATAT TGTAGAATGC TGTAGTAAAG CACTTATACC TGATTATAAA 
CAAATGAAAA AAATTTATTT ATATGCACGT TCAAGAATAG TAGAAAATAT CTCTAAAAAT 
AATTATTTAT GTCTTCTTTC TTCAATTAAT AATACATTGC ATAAATTAGA AACTTTTCAT 
ATGATTTGGG GATATCAAAG AAATTTAAAA TATTATGATG AAGATACTAT GAAAGAATGG 
ATTAGATTTT CTCGAGCAGA TTTAATAGAA GAATATAAAA TACATTTGAG CTTGGGAGAA 
ATGGAAGCAG CTACTTTAAT TTGGACAAGA CATCTTGTAA ATATAATGAA AGATATATCT 
ATAGAAATTG TAAAGGATAT ATTTGGAATT CTTCCTGAAA AAATACCTTT TCTTTCCCTT 
TGGATATGGT TATCACATTT TATTCCCAGT ATATTGTCAT TTATTCCTAA TGCAATGTCT 
GAAATTATTG TCTGGGGTTA TAAAAAAGTT AAATCATTTG AACAGTCTCA TCGTTCAGAA 
TGGCCTCAAA TTGGAATTGA TTTCACAAGA AAGTTTATAA AATTGTTGAA ATTTCAAGAA 
AATCATCAAT CTTTATACTT TCAACAGGAA TGTTTAAACA AAGATACTAA TTTAAAACAA 
TTTATTTCTT TAATACAAAC ATTATCTGAT ATTCAAAAAT TGAAAGTTAA TTATAGATTA 
ACAATATCTC TTAATTCATA CATTGGAGAT CCTATAGAAG TATCATACAT ATTATTAGAT 
AAAATACATA TAAATTTAAT TTTAGAATTT GTGAATACAT TTTTAAAACA ATATATGTTG 
AATAATTCTC TACAAAGTGA TTATGTTTTT TCTTCATATG TACAGAAAAC TTTAAAAAAT 
TCTAAAAATT GGTGGTCAGG AGAGGAAGCT CCCTGGGAAA AAAAAATTGT TATTATTATT 
GATTTAATTC AAGATATAGA GACTAAATTA CAGCAAATAT TAGAAGTATT AAAAAAAGCT 
GTAGTTCCAT GGACATCAAC TATTGTATCT CTAATAGAAA CAAGTTACGA TTTTGATCAT 
ATTTTAACAT CTCAAATTAG AATAGAACAT AACTTTGTTC CAATTAAGCT TATTTTAAAG 
AAATATGGGT ATGAACGCAT TGGTATAAAT AATAAATTAA TATACCGAAT AATAAAAGAA 
AATCATGATA ATATGATTTC TGATATTCAA CAAATAACTA AAAATGATTT ATTTTCAAGA 
AAAAAAGCAT TTTCATCTTG CGTAAATTAT TATTTAATTA GAGGGAATTT TGAAAACGTA 
ACGAAGATAT TAAGTTTCTT AGAGGATGAT GTTTTATTAT ATTGTTGTAT ACAAATTGTT 
AACTATATAA CAGCTAGTTT AACATTAAAG ATTATACCTA AATCTCTTAT GTATCATATT 
GAGATGTTAG GTTGGATAAA ATTGCAGTTA AAAGAACTTT CAAAAAAATG TAAAACTCAA 
TCATATCATT GCAACAATAT TATTAATAGT ATAGATGAAA TAAAATCAAT ATATTATTTA 
AAAAAAAATC TCGAAATTGA TATAACATTT GAAGAATATC AAATTAAAAA AAAGCAAATA 
TTACAAAATT ATGTTAAAAA ATTGTGTGAT GTAGACATGG AAAAAGATAA TAATTTATTT 
ACTACTTATA AAAAACTTAT TCAAGCTGCA GATTTACTTA AAATACAAAG AATTCATGCA 
ATATCTATAT TAATTGAATG GTCAAAAAAT GTAAAACTAT TAAATTATTT TATTAGATGT 
GAAAAAGGAC AATTAAATAT AATGACAAAT GAATGTTATT ATACATATAA AATGTGTTTA 
TTAATAATGC AGCATATTAA AATAAATGCA GATGTTGCAG TTACAATTCA TAATTTAATT 
TCTGCTGCAT TATGTGTATG TTTAGATGAT GAATTACAAT CTATGTTATT ATTGTATATA 
TGGATAAATT TATTTCGAAA ATGTTGTAAT ATAAACTTTA TAAATATAAA TATAATGGAT 
GTACAATACG AAGAAATAAC AAGATCAAAC TGGAAATTAT ATACGATATA TAAGGATTTA 
AATATTAAAA CTGATGAATT TTTATTACCA TTATTTAGAA ATGTAATTTC TGTAGAAAGA 
TTTTATATGA ATATATCAAA ACCTGAAATT GAATATCGAA TATATACAGT TAATGACGAT 
GGTCAAAATT ATAAAAAAAA TTGGCCAAAT ATAGAAGAAC CTATAAAGGA TTTGCTTAAT 
AAAATTATGG AACTAAAAAT GGAACATAGC GATTATATTT TATTGCAAAT TATTAAAACA 
TTATATTTCA ATTTTTGTGC TATACCAAAT ATAAATCATA ATATATTAAT AGAAATTAAA 
TTAGTGTATT TTCATTTTTT AATAATATTA CTTAAAAAAG TAATAAATAG TCGAATGTTT 
GATCTTCAAC TTAGTTTATC ATGTTTATTT ATGTTATCTG ATTCTGAAGC ATGTAAATGG 
ATTTCTTCTA TTTGCAAATC ATTTCAATCA GATTACACTC GACATTTAAG AATAACAGTG 
CTTGGATATG AATATTTTTA CTTAACAAAA AATCAAAGTT TGCAAACATT TAAAAATAAT 
AAGATATTAT ATTATTGGGC ACAAAAGTTA TCTAAATATT TAGTTTCATA TAAAGAAATG 
CTAACAAGTG ATTCAGTAGC TAAAAGGGAA ATATTACAAC GTATTATGAC TTATAATGAA 
GATCTGATTC CTTTATTTCA AGAATTTTGT ATTGATTTTG GTTTTGATAT CCAAGATTGT 
TTATTACTTT ATCTACAAAC AATAATAAAA ACATGGGATC CAAAATTAAA TATAAGAAAT 
TATAATGGGA AAAAAGAATT ACATATTAAT GAAGATGATG TAAATCAATT AAGTAAAAAA 
TGCAATTCTA TTACTACCTA TATCTTGGAT AAAGTTGCCT TAAAAAATTG GGTTACAATG 
ATTTTTTCAC AAATAAATTT TTATCATTAT GAAATATTTA TAATTCTTAT GGATCTCATA 
GAAGATAAAA ATATCGAACA TAGGAATTAT TTATGTTTTT TACAAAATTA TATTCGCACT 
GGTCCACCTA CACAAATAGA ATATGATGAA TGGATACATC TAAATCCAGG ATATACATCC 
TTACCATTTA TAGCAAAATG GCGATTACCT TTTTTACCTA AAATTGAATT ATGGAAACTT 
ATAACTCCTG AATTAAATTT GAAAACTTAT GAAAAATGGT TAGATATTGC TGCTATTCTT 
AAATTACAAC CTCATATTAT ATGTACTTTA GCTATAAAAG GTGAAGTAGC ACATATTTGG 
AAAAATAAAC ACAAAATAAC TAAATGGTCT CTTTCTTCAA AAAATAAAAG TTTATTAAAT 
CATATAAAAA AATGTATAGA AAGAATGACT GGTCCAGATG CATTGTATTA TGGCACTGCA 
GCATTATATT ATGTTGTAAA TCATACACCA CCAGGAGCTG ATCAAGTGGC AGCAATTGAA 
GAATGTTATA AATATGCACA ATTATCAGCT CAAAAATCTA TGATGTTTGA AGAAGGAATG 
TTAGAAAAAA TAAAAATTAA ATATTTACGT TTTACATCGG AACATATTTT ACATGTACAT 
GGCTTAGACA ATAAAAAATA TTTGTCATTA ATTGGAAATC CGAATAAATT AGTCCATGAA 
TTATATACAG ATGAAAGTAT ACCTCAAAGA TATCGATGTG TTATTGATCA TAGACCCGAT 
ATAAATTCGG CAGTTAGTTC AATTAGTCAG TTATTTTCTA TTAATCTGAT AAAATTACGA 
ATAGAATTAT TACAAGAATG GTTACAACCA GATACTAAAT ATATGAAATT TAATCAAAGT 
ATAACAGAAA CATTTCCGGC AATGACAAAT TTAGAATCGA ATTTAAATTG TGATGATAAC 
TTATTGAGAG CATGCTATAT TTTAGAATAT GGAGATCTCG AATTATCAGC TAATTTTCTT 
ATAAATATAA GTTTTAATGA AAAAAATGAA GATTATAGTC CAGAAGTTCG TTATAGAGCT 
CTTTGTGTAT TACAATCTAT AGTTGATTCT GCTAAATTAA AAGATTTAAT TAAACGAGAT 
GACCAAACAA TTAAAAACTA TATGAGATCT TTGAAATATA TAAGTAAATT GGAATTGTTA 
GGAATAGGAT ACAGTATAAA TACATTTGAA ATGTGTTCTA AACATGAACT TGTGCAAATT 
TTATGGAAAA CACAAAATTA TTCGCCACAA GCACTGATTA TTATTGCACA ACTTTGCATA 
GATTTTGAAA TATATGAATA TTCTCTCTGG GACAAAAATT TAACTAAAAT GGCTAAATTG 
TTAATGATTA ATGAATTAAA AACAATTTTA TTACAAGTAC AAAATATAAA TACTATTGTA 
AATTCTAATG GATATTTATT TGGATGGGAA GCAATAATTT CAGAACCTTT CAAAAAAATG 
GATATGAATC CGACTTCTGA ACAAATTGAA AATTGTATTG AAGCTTTACA ACTTTTATAT 
TCATGTCCAG TTTTATATGC ATTAAATTTC TCTAACATTA TAAAGTATTG TTTTCAATGC 
CAGCAATTAC ATTTAGTACT TGCATTTCTG CCATTTTTAA ATGATGATGA TACAATATTT 
GTTTTGGAAA AAATTAAATG CACATCTAAT ATTACAAAAA TATTAGAAAA TTTGAATAAT 
TTATGTTCAA GTGGAATACT TTGTACAGCT TATTGTAATA AAATTATAGA AAGTACATTA 
ACAAATATGA ATCATTAA

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

PubMed

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LOC100578823 cDNA ORF clone, Apis mellifera(honey bee)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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