LOC101736967 cDNA ORF clone, Bombyx mori(domestic silkworm)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101736967
Entrez Gene ID	101736967
Full Name	extracellular sulfatase SULF-1 homolog
Gene Type	protein-coding
Organism	Bombyx mori(domestic silkworm)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012689081.1	XP_012544535.1	LOW QUALITY PROTEIN: extracellular sulfatase SULF-1 homolog
XM_012689081.2	XP_012544535.1	LOW QUALITY PROTEIN: extracellular sulfatase SULF-1 homolog

Pathways from BioSystems
Gene Ontology

The following LOC101736967 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101736967 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)
OBg15574	XM_012689081.2 Latest version!	Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
View Old Accession Versions >>
OBg15574	XM_012689081.1	Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
Hide Old Accession Versions >>

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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)

LOC101736967 ( XM_012689081.1 ) cDNA ORF clone, Bombyx mori(domestic silkworm) -> XP_012544535.1 Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.

Price & Availability↑

CloneID	OBg15574
Clone ID Related Accession (Same CDS sequence)	XM_012689081.1 , XM_012689081.2
Accession Version	XM_012689081.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4140bp) 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	1433347200000
Organism	Bombyx mori(Domestic silkworm)
Product	LOW QUALITY PROTEIN: extracellular sulfatase SULF-1 homolog
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004581715.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bombyx mori Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGTAGCAG CTAAACGAGA TTCCTTTGAA ACTCAAGATT CAACAAGATC TAGAGAGCTG 
AGAAACAAAG AGAACAATCG TAATCGAACT ACTTTCAACG GAACATTAAC AGATCTGCCC 
GACAGAAGAA ACTTAAGGCA CAGGAATAGC TCCAGATACC GAGGCGACAG ACGACGTGCT 
TGGGAACATG AAATAAGGCG TGATCGACGC AAGGGCTCCG ACAGATCCGA AAACGCCGAT 
AACCGAACAT TCGAACCGTA CAACACTAGA AAAGAAGAAA AAGCACGTAG AACCGACAAA 
AACTGGAATA AGAGCACCGA GAAATACCCT GCACGTAAAC TGTTTAACCA AAGCAAGGCC 
CAAGACCGGT TCCACCATAC ACCGGTTAGG GAGAACACGA CGCGATCTAG ATCCAAGACG 
CCTTATAAGT GGCAGAGCGG TGGCTACATA CCGTACCCAC AGCAAAGGGA GAGGAAACCT 
AACATCATTT TGATTCTCAC TGACGATCAG GACGTCGAAC TTGGTAGTTT GAATTTCATG 
CCGCGGACTA TGAAGGCGAT ACGGAGCGCC GGAGCGGAGT TCCGTCACGC TTACACGACC 
ACACCGATGT GCTGTCCGTC AAGGAGCTCT TTACTGACGG GGGTTTACGT TCACAACCAC 
AATGTTTACA CCAACAACGA TAATTGCTCC TCGCCTATGT GGCAAGCGAC GCACGAGTCC 
AACACCTTTG CCACATATCT TTCTAACGCC GGCTATCGTA CAGGTTATTT CGGCAAGTAT 
TTAAACAAGT ACAACGGCTC TTACATACCG CCGGGCTGGC GCGAGTGGGG AGGCCTCATA 
ATGAACTCTA AGTATTATAA CTACAGTATC AACATGAACG GGAAGAAAAT CAAGCACGGA 
GACAATTATC ACAGGGATTA TTATCCGGAT CTGATAGCGA ATGATTCGAT AGCATTCCTT 
CGAGCATCCA AACGTCGTTT TACAAGGAAA CCTGTTTTGC TGGTGATGTC GTTCCCGGCG 
CCACATGGAC CCGAAGACTC CGCGCCGCAG TATTCCCATC TTTTCTTCAA CGTAACAACA 
CATCACACTC CAACGTATGA TATGGCTCCG AATCCTGATA AGCAATGGAT TCTTCGCGTC 
ACCGACAAGA TGAAGCCCAT ACATCGTCAA TTTACCGACT TGCTCATGAC CAAGAGGTTG 
CAGACATTGC AAAGTGTTGA CATGGCAGTA GAACGAGTGT ACCAAGAATT GAAATCACTA 
GGGGAACTGG ATAACACTTA TTTGGTGTAC ACTTCGGACC ACGGATACCA TTTGGGCCAG 
TTCGGGCTGG TAAAAGGCAA GAGTTTCCCG TTTGAGTTCG ACATCAGAGT TCCCTTCCTA 
GTTCGAGGAC CAGGAGTCGA GCCTGGCACG GTGGTCGACG ATATAGTATT GAACATAGAT 
CTGGCACCAA CGTTCCTCGA TATGGGTGGA GTAGAAGCAC CCGCTCACAT GGATGGAAGG 
TCCTTACTGC CGTTACTGCA GCCGAGGAGA CGTCGTCAAC AGATGTCTTA TTGGCCTGAT 
ACTTTCCTTG TAGAAAGTTC CGGACGTCGT GACATTCTGG GAATGGGCCA CCGCTCTCGA 
GAGAACAAAT ACAGCCTTGA AATGAATGGG TATCCTGGGA CTACATTGCA GCCTCAAGCA 
TCTTCCGAAA GCGCAGACTT CGAGGAAGAG ACTGACGATG ACGACTTCTT GACCCTCGAT 
GACGATGATG ATGCGGAGAG CGCTGAATTT GATACTTTAG AAAAGCAGAA GTCTTCGGAG 
CCACTTATCA CAAACGAAAG TCACAATCCA ATTTTAGAGG CCACTCTGGA AAAAGCTCTC 
GACGCTGGAG ATATCCTAAA TACTCAGCCA TACATGATGA TGTCGTCCAA AGATTTTTTG 
CAGTCCAGCA ATGCAACTAT ATTTGACACT AAAACAACAC GATTAGCAGT TGATTGCTCC 
AAAGCTGAGC TCCGTGCCCC TTGCGCCGCC GGCAGAAAAT GGAAATGCGT TCTAGTCAAT 
GGCAGATGGC GTAAACACAA ATGCAGATAT GACAATGAAT ACACTATTCC ACAGCCGAAG 
ATGAGTACAA AGAAATGTGC TTGTTTCACA CCCAGTGGGC TTGTTTATAC CAGACTGGAA 
ACTGATGGCA ATATTGCAAG ACGACCTAGT GATATAACCA AGGAGAGTAA TATAACCAGA 
TTACGCAGAT CTATCAGTAA TGATGTTTTC GAACCGAATA CTGTTGAAAC TATTCTCAAA 
GAGAATCCAA GCATAGGACA TTTAAGTTTC AAAACTGAAC CAATCAATGA GCTAGAAAAC 
TAAAACATGC AAGATAAAAT TGATAAACTA ATTAAAGAAA CGCAAGCTTT TATAGAAGCT 
TACGAAAAAA CCAAAGACAA TTTAGATCAT AAAAGGGTCA AACGACGAGC ACGACAGTGG 
AACCAACATA ACGGAAAAAA GCATAAGAAC GATGCACTGC TTAACACAAA TGAATCGTCA 
CTTGAATGTA AAATAGAAAA AGATGGAAGG GTTAACTGTT CGCAAATTAT CTATAATGAT 
TTGAAAGCTT GGCAAACGAA TAGATTAAGT TTAGAAGACC AAATAAGACA GTTGCGTACC 
AAGCTTGAGG ATTTAAAAGA GATCAAACGA CACTTAAAAA TTACTAAGCC AATAACTGAA 
ATACACACTT TGAATACGCC TGAAATAAGT AGTCATATAC ACAATAAGAC AGCTATCTAT 
GAACAAACTT CTAAGGAACA CCTGAAAAAA ACCAGAATGC ACAAACTGAA AACAAAACAG 
AAAAACAATA CATTAATCGA TAAAAAAATG AGACAGTCGA ACGAATATGT TTTCCCTACA 
GTACACGCCA AAGCTAAAGA CGTCTTTGAT ATTCAATTAC AAAATGAATC TAAACTTGAC 
GAATCCACTC ATACATATAT GAATATAGGT GAAGGTGTGC CTCTAAAAGA GAACTTGACA 
AGTATTTATG ACACAGAGCT GCCAAAACCT CAGGTTACTA CGATAATTAT CGATGGAAAA 
TACCAACAGC CTAATAATTT AGACAAAGTT GGTACAGTAT CACTTGGTAT TGTACCTACT 
ACGGAAATCG TAACTACGAC TGCTTCCTCA AAAATTTTCG ATACAACGAG CAACAAAAAG 
GTTTCTGAAG AATACACAAC AGAAAAGGAT ACAACGTACT TTACTCAAAC GGTGAATTAC 
TACAGTTCAA GTATCGATAA AATATTGAGG TCTACAGAGG CTTTACACAC TGTAACAACA 
ACAACTGCCA AACCAATGGA AAACGCGACC CACACTGCTT TAAATTTAGG GCCAACGAGA 
TTCGACGTAT CGGAATACGA ACAAAGAAAC ATGAATAAAG GAACTTCTAA AAGCATTGAT 
ATTTTGGAAA AGCCGCCCGA TGTCTTTCAA AGAAGGTTGC ATCCACTCTT CATTGAAAAT 
GAGGACAAAC ACGTATGTTA TTGTGAGGAA AATAGGAAAT TAAAAGGACC CGGTCAGAGC 
TATATGGAGG CAGCCCAGAG AGCGAGAGAA GAACAAAGAA AACGTAAAGC CCAGTTGCTT 
CAAAAGAAAC TGCGGAAAGC CAAAAAAAGG GCAGAATTGG AAAAACTATG TGAATCTGAG 
AGAATGAATT GTTATCGTCA CGACAATGAC CATTGGCGCA CGGCGCCGCT CTGGACCGCG 
GGACCATTTT GCTTCTGCAT GAGCACTTCT AACAACACGT ACAATTGCGT TAGGACTATT 
AACGCCACAC ATAATTTGTT GTACTGCGAA TTCATAACTG GACTCGTTAC TTACTACAAT 
CTAAGAATAG ATCCGTTCGA AACTCAAAAC AGGGTTAAAC ATTTGACGGC TTCCGAAAGG 
GAATATTTCC ACAATCAGCT GCAACAACTT CTCAGCTGTC GTGGGCCTTC ATGTCGAAGA 
TTTTCGCATT CGAATACTCA CGGAAGCCAC GAAGAATCCG TCAAAGGTTT CGAAAACAAC 
TACCTTCACA GAGGCGAGCC CATCGGATAT AGCGAAAGAT CATGGCGTTG GAACAGTTAC 
AGTCGACGAT ACGCTAGAGC TCGTGAATTG CATCGACGAA GACACATGAT GTCCTATTAA

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

RefSeq	XP_012544535.1
CDS	490..4629
Translation	MVAAKRDSFETQDSTRSRELRNKENNRNRTTFNGTLTDLPDRRNLRHRNSSRYRGDRRRAWEHEIRRDRRKGSDRSENADNRTFEPYNTRKEEKARRTDKNWNKSTEKYPARKLFNQSKAQDRFHHTPVRENTTRSRSKTPYKWQSGGYIPYPQQRERKPNIILILTDDQDVELGSLNFMPRTMKAIRSAGAEFRHAYTTTPMCCPSRSSLLTGVYVHNHNVYTNNDNCSSPMWQATHESNTFATYLSNAGYRTGYFGKYLNKYNGSYIPPGWREWGGLIMNSKYYNYSINMNGKKIKHGDNYHRDYYPDLIANDSIAFLRASKRRFTRKPVLLVMSFPAPHGPEDSAPQYSHLFFNVTTHHTPTYDMAPNPDKQWILRVTDKMKPIHRQFTDLLMTKRLQTLQSVDMAVERVYQELKSLGELDNTYLVYTSDHGYHLGQFGLVKGKSFPFEFDIRVPFLVRGPGVEPGTVVDDIVLNIDLAPTFLDMGGVEAPAHMDGRSLLPLLQPRRRRQQMSYWPDTFLVESSGRRDILGMGHRSRENKYSLEMNGYPGTTLQPQASSESADFEEETDDDDFLTLDDDDDAESAEFDTLEKQKSSEPLITNESHNPILEATLEKALDAGDILNTQPYMMMSSKDFLQSSNATIFDTKTTRLAVDCSKAELRAPCAAGRKWKCVLVNGRWRKHKCRYDNEYTIPQPKMSTKKCACFTPSGLVYTRLETDGNIARRPSDITKESNITRLRRSISNDVFEPNTVETILKENPSIGHLSFKTEPINELEN*NMQDKIDKLIKETQAFIEAYEKTKDNLDHKRVKRRARQWNQHNGKKHKNDALLNTNESSLECKIEKDGRVNCSQIIYNDLKAWQTNRLSLEDQIRQLRTKLEDLKEIKRHLKITKPITEIHTLNTPEISSHIHNKTAIYEQTSKEHLKKTRMHKLKTKQKNNTLIDKKMRQSNEYVFPTVHAKAKDVFDIQLQNESKLDESTHTYMNIGEGVPLKENLTSIYDTELPKPQVTTIIIDGKYQQPNNLDKVGTVSLGIVPTTEIVTTTASSKIFDTTSNKKVSEEYTTEKDTTYFTQTVNYYSSSIDKILRSTEALHTVTTTTAKPMENATHTALNLGPTRFDVSEYEQRNMNKGTSKSIDILEKPPDVFQRRLHPLFIENEDKHVCYCEENRKLKGPGQSYMEAAQRAREEQRKRKAQLLQKKLRKAKKRAELEKLCESERMNCYRHDNDHWRTAPLWTAGPFCFCMSTSNNTYNCVRTINATHNLLYCEFITGLVTYYNLRIDPFETQNRVKHLTASEREYFHNQLQQLLSCRGPSCRRFSHSNTHGSHEESVKGFENNYLHRGEPIGYSERSWRWNSYSRRYARARELHRRRHMMSY

Target ORF information:

RefSeq Version	XM_012689081.1
Organism	Bombyx mori(Domestic silkworm)
Definition	Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.

Target ORF information:

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

XM_012689081.1

ORF Insert Sequence:

ATGGTAGCAG CTAAACGAGA TTCCTTTGAA ACTCAAGATT CAACAAGATC TAGAGAGCTG 
AGAAACAAAG AGAACAATCG TAATCGAACT ACTTTCAACG GAACATTAAC AGATCTGCCC 
GACAGAAGAA ACTTAAGGCA CAGGAATAGC TCCAGATACC GAGGCGACAG ACGACGTGCT 
TGGGAACATG AAATAAGGCG TGATCGACGC AAGGGCTCCG ACAGATCCGA AAACGCCGAT 
AACCGAACAT TCGAACCGTA CAACACTAGA AAAGAAGAAA AAGCACGTAG AACCGACAAA 
AACTGGAATA AGAGCACCGA GAAATACCCT GCACGTAAAC TGTTTAACCA AAGCAAGGCC 
CAAGACCGGT TCCACCATAC ACCGGTTAGG GAGAACACGA CGCGATCTAG ATCCAAGACG 
CCTTATAAGT GGCAGAGCGG TGGCTACATA CCGTACCCAC AGCAAAGGGA GAGGAAACCT 
AACATCATTT TGATTCTCAC TGACGATCAG GACGTCGAAC TTGGTAGTTT GAATTTCATG 
CCGCGGACTA TGAAGGCGAT ACGGAGCGCC GGAGCGGAGT TCCGTCACGC TTACACGACC 
ACACCGATGT GCTGTCCGTC AAGGAGCTCT TTACTGACGG GGGTTTACGT TCACAACCAC 
AATGTTTACA CCAACAACGA TAATTGCTCC TCGCCTATGT GGCAAGCGAC GCACGAGTCC 
AACACCTTTG CCACATATCT TTCTAACGCC GGCTATCGTA CAGGTTATTT CGGCAAGTAT 
TTAAACAAGT ACAACGGCTC TTACATACCG CCGGGCTGGC GCGAGTGGGG AGGCCTCATA 
ATGAACTCTA AGTATTATAA CTACAGTATC AACATGAACG GGAAGAAAAT CAAGCACGGA 
GACAATTATC ACAGGGATTA TTATCCGGAT CTGATAGCGA ATGATTCGAT AGCATTCCTT 
CGAGCATCCA AACGTCGTTT TACAAGGAAA CCTGTTTTGC TGGTGATGTC GTTCCCGGCG 
CCACATGGAC CCGAAGACTC CGCGCCGCAG TATTCCCATC TTTTCTTCAA CGTAACAACA 
CATCACACTC CAACGTATGA TATGGCTCCG AATCCTGATA AGCAATGGAT TCTTCGCGTC 
ACCGACAAGA TGAAGCCCAT ACATCGTCAA TTTACCGACT TGCTCATGAC CAAGAGGTTG 
CAGACATTGC AAAGTGTTGA CATGGCAGTA GAACGAGTGT ACCAAGAATT GAAATCACTA 
GGGGAACTGG ATAACACTTA TTTGGTGTAC ACTTCGGACC ACGGATACCA TTTGGGCCAG 
TTCGGGCTGG TAAAAGGCAA GAGTTTCCCG TTTGAGTTCG ACATCAGAGT TCCCTTCCTA 
GTTCGAGGAC CAGGAGTCGA GCCTGGCACG GTGGTCGACG ATATAGTATT GAACATAGAT 
CTGGCACCAA CGTTCCTCGA TATGGGTGGA GTAGAAGCAC CCGCTCACAT GGATGGAAGG 
TCCTTACTGC CGTTACTGCA GCCGAGGAGA CGTCGTCAAC AGATGTCTTA TTGGCCTGAT 
ACTTTCCTTG TAGAAAGTTC CGGACGTCGT GACATTCTGG GAATGGGCCA CCGCTCTCGA 
GAGAACAAAT ACAGCCTTGA AATGAATGGG TATCCTGGGA CTACATTGCA GCCTCAAGCA 
TCTTCCGAAA GCGCAGACTT CGAGGAAGAG ACTGACGATG ACGACTTCTT GACCCTCGAT 
GACGATGATG ATGCGGAGAG CGCTGAATTT GATACTTTAG AAAAGCAGAA GTCTTCGGAG 
CCACTTATCA CAAACGAAAG TCACAATCCA ATTTTAGAGG CCACTCTGGA AAAAGCTCTC 
GACGCTGGAG ATATCCTAAA TACTCAGCCA TACATGATGA TGTCGTCCAA AGATTTTTTG 
CAGTCCAGCA ATGCAACTAT ATTTGACACT AAAACAACAC GATTAGCAGT TGATTGCTCC 
AAAGCTGAGC TCCGTGCCCC TTGCGCCGCC GGCAGAAAAT GGAAATGCGT TCTAGTCAAT 
GGCAGATGGC GTAAACACAA ATGCAGATAT GACAATGAAT ACACTATTCC ACAGCCGAAG 
ATGAGTACAA AGAAATGTGC TTGTTTCACA CCCAGTGGGC TTGTTTATAC CAGACTGGAA 
ACTGATGGCA ATATTGCAAG ACGACCTAGT GATATAACCA AGGAGAGTAA TATAACCAGA 
TTACGCAGAT CTATCAGTAA TGATGTTTTC GAACCGAATA CTGTTGAAAC TATTCTCAAA 
GAGAATCCAA GCATAGGACA TTTAAGTTTC AAAACTGAAC CAATCAATGA GCTAGAAAAC 
TAAAACATGC AAGATAAAAT TGATAAACTA ATTAAAGAAA CGCAAGCTTT TATAGAAGCT 
TACGAAAAAA CCAAAGACAA TTTAGATCAT AAAAGGGTCA AACGACGAGC ACGACAGTGG 
AACCAACATA ACGGAAAAAA GCATAAGAAC GATGCACTGC TTAACACAAA TGAATCGTCA 
CTTGAATGTA AAATAGAAAA AGATGGAAGG GTTAACTGTT CGCAAATTAT CTATAATGAT 
TTGAAAGCTT GGCAAACGAA TAGATTAAGT TTAGAAGACC AAATAAGACA GTTGCGTACC 
AAGCTTGAGG ATTTAAAAGA GATCAAACGA CACTTAAAAA TTACTAAGCC AATAACTGAA 
ATACACACTT TGAATACGCC TGAAATAAGT AGTCATATAC ACAATAAGAC AGCTATCTAT 
GAACAAACTT CTAAGGAACA CCTGAAAAAA ACCAGAATGC ACAAACTGAA AACAAAACAG 
AAAAACAATA CATTAATCGA TAAAAAAATG AGACAGTCGA ACGAATATGT TTTCCCTACA 
GTACACGCCA AAGCTAAAGA CGTCTTTGAT ATTCAATTAC AAAATGAATC TAAACTTGAC 
GAATCCACTC ATACATATAT GAATATAGGT GAAGGTGTGC CTCTAAAAGA GAACTTGACA 
AGTATTTATG ACACAGAGCT GCCAAAACCT CAGGTTACTA CGATAATTAT CGATGGAAAA 
TACCAACAGC CTAATAATTT AGACAAAGTT GGTACAGTAT CACTTGGTAT TGTACCTACT 
ACGGAAATCG TAACTACGAC TGCTTCCTCA AAAATTTTCG ATACAACGAG CAACAAAAAG 
GTTTCTGAAG AATACACAAC AGAAAAGGAT ACAACGTACT TTACTCAAAC GGTGAATTAC 
TACAGTTCAA GTATCGATAA AATATTGAGG TCTACAGAGG CTTTACACAC TGTAACAACA 
ACAACTGCCA AACCAATGGA AAACGCGACC CACACTGCTT TAAATTTAGG GCCAACGAGA 
TTCGACGTAT CGGAATACGA ACAAAGAAAC ATGAATAAAG GAACTTCTAA AAGCATTGAT 
ATTTTGGAAA AGCCGCCCGA TGTCTTTCAA AGAAGGTTGC ATCCACTCTT CATTGAAAAT 
GAGGACAAAC ACGTATGTTA TTGTGAGGAA AATAGGAAAT TAAAAGGACC CGGTCAGAGC 
TATATGGAGG CAGCCCAGAG AGCGAGAGAA GAACAAAGAA AACGTAAAGC CCAGTTGCTT 
CAAAAGAAAC TGCGGAAAGC CAAAAAAAGG GCAGAATTGG AAAAACTATG TGAATCTGAG 
AGAATGAATT GTTATCGTCA CGACAATGAC CATTGGCGCA CGGCGCCGCT CTGGACCGCG 
GGACCATTTT GCTTCTGCAT GAGCACTTCT AACAACACGT ACAATTGCGT TAGGACTATT 
AACGCCACAC ATAATTTGTT GTACTGCGAA TTCATAACTG GACTCGTTAC TTACTACAAT 
CTAAGAATAG ATCCGTTCGA AACTCAAAAC AGGGTTAAAC ATTTGACGGC TTCCGAAAGG 
GAATATTTCC ACAATCAGCT GCAACAACTT CTCAGCTGTC GTGGGCCTTC ATGTCGAAGA 
TTTTCGCATT CGAATACTCA CGGAAGCCAC GAAGAATCCG TCAAAGGTTT CGAAAACAAC 
TACCTTCACA GAGGCGAGCC CATCGGATAT AGCGAAAGAT CATGGCGTTG GAACAGTTAC 
AGTCGACGAT ACGCTAGAGC TCGTGAATTG CATCGACGAA GACACATGAT GTCCTATTAA

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

LOC101736967 ( XM_012689081.2 ) cDNA ORF clone, Bombyx mori(domestic silkworm) -> XP_012544535.1 Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.

Price & Availability↑

CloneID	OBg15574
Clone ID Related Accession (Same CDS sequence)	XM_012689081.1 , XM_012689081.2
Accession Version	XM_012689081.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4140bp) 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	1496505600000
Organism	Bombyx mori(domestic silkworm)
Product	LOW QUALITY PROTEIN: extracellular sulfatase SULF-1 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004581715.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 5, 2017 this sequence version replaced XM_012689081.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bombyx mori Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGTAGCAG CTAAACGAGA TTCCTTTGAA ACTCAAGATT CAACAAGATC TAGAGAGCTG 
AGAAACAAAG AGAACAATCG TAATCGAACT ACTTTCAACG GAACATTAAC AGATCTGCCC 
GACAGAAGAA ACTTAAGGCA CAGGAATAGC TCCAGATACC GAGGCGACAG ACGACGTGCT 
TGGGAACATG AAATAAGGCG TGATCGACGC AAGGGCTCCG ACAGATCCGA AAACGCCGAT 
AACCGAACAT TCGAACCGTA CAACACTAGA AAAGAAGAAA AAGCACGTAG AACCGACAAA 
AACTGGAATA AGAGCACCGA GAAATACCCT GCACGTAAAC TGTTTAACCA AAGCAAGGCC 
CAAGACCGGT TCCACCATAC ACCGGTTAGG GAGAACACGA CGCGATCTAG ATCCAAGACG 
CCTTATAAGT GGCAGAGCGG TGGCTACATA CCGTACCCAC AGCAAAGGGA GAGGAAACCT 
AACATCATTT TGATTCTCAC TGACGATCAG GACGTCGAAC TTGGTAGTTT GAATTTCATG 
CCGCGGACTA TGAAGGCGAT ACGGAGCGCC GGAGCGGAGT TCCGTCACGC TTACACGACC 
ACACCGATGT GCTGTCCGTC AAGGAGCTCT TTACTGACGG GGGTTTACGT TCACAACCAC 
AATGTTTACA CCAACAACGA TAATTGCTCC TCGCCTATGT GGCAAGCGAC GCACGAGTCC 
AACACCTTTG CCACATATCT TTCTAACGCC GGCTATCGTA CAGGTTATTT CGGCAAGTAT 
TTAAACAAGT ACAACGGCTC TTACATACCG CCGGGCTGGC GCGAGTGGGG AGGCCTCATA 
ATGAACTCTA AGTATTATAA CTACAGTATC AACATGAACG GGAAGAAAAT CAAGCACGGA 
GACAATTATC ACAGGGATTA TTATCCGGAT CTGATAGCGA ATGATTCGAT AGCATTCCTT 
CGAGCATCCA AACGTCGTTT TACAAGGAAA CCTGTTTTGC TGGTGATGTC GTTCCCGGCG 
CCACATGGAC CCGAAGACTC CGCGCCGCAG TATTCCCATC TTTTCTTCAA CGTAACAACA 
CATCACACTC CAACGTATGA TATGGCTCCG AATCCTGATA AGCAATGGAT TCTTCGCGTC 
ACCGACAAGA TGAAGCCCAT ACATCGTCAA TTTACCGACT TGCTCATGAC CAAGAGGTTG 
CAGACATTGC AAAGTGTTGA CATGGCAGTA GAACGAGTGT ACCAAGAATT GAAATCACTA 
GGGGAACTGG ATAACACTTA TTTGGTGTAC ACTTCGGACC ACGGATACCA TTTGGGCCAG 
TTCGGGCTGG TAAAAGGCAA GAGTTTCCCG TTTGAGTTCG ACATCAGAGT TCCCTTCCTA 
GTTCGAGGAC CAGGAGTCGA GCCTGGCACG GTGGTCGACG ATATAGTATT GAACATAGAT 
CTGGCACCAA CGTTCCTCGA TATGGGTGGA GTAGAAGCAC CCGCTCACAT GGATGGAAGG 
TCCTTACTGC CGTTACTGCA GCCGAGGAGA CGTCGTCAAC AGATGTCTTA TTGGCCTGAT 
ACTTTCCTTG TAGAAAGTTC CGGACGTCGT GACATTCTGG GAATGGGCCA CCGCTCTCGA 
GAGAACAAAT ACAGCCTTGA AATGAATGGG TATCCTGGGA CTACATTGCA GCCTCAAGCA 
TCTTCCGAAA GCGCAGACTT CGAGGAAGAG ACTGACGATG ACGACTTCTT GACCCTCGAT 
GACGATGATG ATGCGGAGAG CGCTGAATTT GATACTTTAG AAAAGCAGAA GTCTTCGGAG 
CCACTTATCA CAAACGAAAG TCACAATCCA ATTTTAGAGG CCACTCTGGA AAAAGCTCTC 
GACGCTGGAG ATATCCTAAA TACTCAGCCA TACATGATGA TGTCGTCCAA AGATTTTTTG 
CAGTCCAGCA ATGCAACTAT ATTTGACACT AAAACAACAC GATTAGCAGT TGATTGCTCC 
AAAGCTGAGC TCCGTGCCCC TTGCGCCGCC GGCAGAAAAT GGAAATGCGT TCTAGTCAAT 
GGCAGATGGC GTAAACACAA ATGCAGATAT GACAATGAAT ACACTATTCC ACAGCCGAAG 
ATGAGTACAA AGAAATGTGC TTGTTTCACA CCCAGTGGGC TTGTTTATAC CAGACTGGAA 
ACTGATGGCA ATATTGCAAG ACGACCTAGT GATATAACCA AGGAGAGTAA TATAACCAGA 
TTACGCAGAT CTATCAGTAA TGATGTTTTC GAACCGAATA CTGTTGAAAC TATTCTCAAA 
GAGAATCCAA GCATAGGACA TTTAAGTTTC AAAACTGAAC CAATCAATGA GCTAGAAAAC 
TAAAACATGC AAGATAAAAT TGATAAACTA ATTAAAGAAA CGCAAGCTTT TATAGAAGCT 
TACGAAAAAA CCAAAGACAA TTTAGATCAT AAAAGGGTCA AACGACGAGC ACGACAGTGG 
AACCAACATA ACGGAAAAAA GCATAAGAAC GATGCACTGC TTAACACAAA TGAATCGTCA 
CTTGAATGTA AAATAGAAAA AGATGGAAGG GTTAACTGTT CGCAAATTAT CTATAATGAT 
TTGAAAGCTT GGCAAACGAA TAGATTAAGT TTAGAAGACC AAATAAGACA GTTGCGTACC 
AAGCTTGAGG ATTTAAAAGA GATCAAACGA CACTTAAAAA TTACTAAGCC AATAACTGAA 
ATACACACTT TGAATACGCC TGAAATAAGT AGTCATATAC ACAATAAGAC AGCTATCTAT 
GAACAAACTT CTAAGGAACA CCTGAAAAAA ACCAGAATGC ACAAACTGAA AACAAAACAG 
AAAAACAATA CATTAATCGA TAAAAAAATG AGACAGTCGA ACGAATATGT TTTCCCTACA 
GTACACGCCA AAGCTAAAGA CGTCTTTGAT ATTCAATTAC AAAATGAATC TAAACTTGAC 
GAATCCACTC ATACATATAT GAATATAGGT GAAGGTGTGC CTCTAAAAGA GAACTTGACA 
AGTATTTATG ACACAGAGCT GCCAAAACCT CAGGTTACTA CGATAATTAT CGATGGAAAA 
TACCAACAGC CTAATAATTT AGACAAAGTT GGTACAGTAT CACTTGGTAT TGTACCTACT 
ACGGAAATCG TAACTACGAC TGCTTCCTCA AAAATTTTCG ATACAACGAG CAACAAAAAG 
GTTTCTGAAG AATACACAAC AGAAAAGGAT ACAACGTACT TTACTCAAAC GGTGAATTAC 
TACAGTTCAA GTATCGATAA AATATTGAGG TCTACAGAGG CTTTACACAC TGTAACAACA 
ACAACTGCCA AACCAATGGA AAACGCGACC CACACTGCTT TAAATTTAGG GCCAACGAGA 
TTCGACGTAT CGGAATACGA ACAAAGAAAC ATGAATAAAG GAACTTCTAA AAGCATTGAT 
ATTTTGGAAA AGCCGCCCGA TGTCTTTCAA AGAAGGTTGC ATCCACTCTT CATTGAAAAT 
GAGGACAAAC ACGTATGTTA TTGTGAGGAA AATAGGAAAT TAAAAGGACC CGGTCAGAGC 
TATATGGAGG CAGCCCAGAG AGCGAGAGAA GAACAAAGAA AACGTAAAGC CCAGTTGCTT 
CAAAAGAAAC TGCGGAAAGC CAAAAAAAGG GCAGAATTGG AAAAACTATG TGAATCTGAG 
AGAATGAATT GTTATCGTCA CGACAATGAC CATTGGCGCA CGGCGCCGCT CTGGACCGCG 
GGACCATTTT GCTTCTGCAT GAGCACTTCT AACAACACGT ACAATTGCGT TAGGACTATT 
AACGCCACAC ATAATTTGTT GTACTGCGAA TTCATAACTG GACTCGTTAC TTACTACAAT 
CTAAGAATAG ATCCGTTCGA AACTCAAAAC AGGGTTAAAC ATTTGACGGC TTCCGAAAGG 
GAATATTTCC ACAATCAGCT GCAACAACTT CTCAGCTGTC GTGGGCCTTC ATGTCGAAGA 
TTTTCGCATT CGAATACTCA CGGAAGCCAC GAAGAATCCG TCAAAGGTTT CGAAAACAAC 
TACCTTCACA GAGGCGAGCC CATCGGATAT AGCGAAAGAT CATGGCGTTG GAACAGTTAC 
AGTCGACGAT ACGCTAGAGC TCGTGAATTG CATCGACGAA GACACATGAT GTCCTATTAA

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

RefSeq	XP_012544535.1
CDS	498..4637
Translation	MVAAKRDSFETQDSTRSRELRNKENNRNRTTFNGTLTDLPDRRNLRHRNSSRYRGDRRRAWEHEIRRDRRKGSDRSENADNRTFEPYNTRKEEKARRTDKNWNKSTEKYPARKLFNQSKAQDRFHHTPVRENTTRSRSKTPYKWQSGGYIPYPQQRERKPNIILILTDDQDVELGSLNFMPRTMKAIRSAGAEFRHAYTTTPMCCPSRSSLLTGVYVHNHNVYTNNDNCSSPMWQATHESNTFATYLSNAGYRTGYFGKYLNKYNGSYIPPGWREWGGLIMNSKYYNYSINMNGKKIKHGDNYHRDYYPDLIANDSIAFLRASKRRFTRKPVLLVMSFPAPHGPEDSAPQYSHLFFNVTTHHTPTYDMAPNPDKQWILRVTDKMKPIHRQFTDLLMTKRLQTLQSVDMAVERVYQELKSLGELDNTYLVYTSDHGYHLGQFGLVKGKSFPFEFDIRVPFLVRGPGVEPGTVVDDIVLNIDLAPTFLDMGGVEAPAHMDGRSLLPLLQPRRRRQQMSYWPDTFLVESSGRRDILGMGHRSRENKYSLEMNGYPGTTLQPQASSESADFEEETDDDDFLTLDDDDDAESAEFDTLEKQKSSEPLITNESHNPILEATLEKALDAGDILNTQPYMMMSSKDFLQSSNATIFDTKTTRLAVDCSKAELRAPCAAGRKWKCVLVNGRWRKHKCRYDNEYTIPQPKMSTKKCACFTPSGLVYTRLETDGNIARRPSDITKESNITRLRRSISNDVFEPNTVETILKENPSIGHLSFKTEPINELEN*NMQDKIDKLIKETQAFIEAYEKTKDNLDHKRVKRRARQWNQHNGKKHKNDALLNTNESSLECKIEKDGRVNCSQIIYNDLKAWQTNRLSLEDQIRQLRTKLEDLKEIKRHLKITKPITEIHTLNTPEISSHIHNKTAIYEQTSKEHLKKTRMHKLKTKQKNNTLIDKKMRQSNEYVFPTVHAKAKDVFDIQLQNESKLDESTHTYMNIGEGVPLKENLTSIYDTELPKPQVTTIIIDGKYQQPNNLDKVGTVSLGIVPTTEIVTTTASSKIFDTTSNKKVSEEYTTEKDTTYFTQTVNYYSSSIDKILRSTEALHTVTTTTAKPMENATHTALNLGPTRFDVSEYEQRNMNKGTSKSIDILEKPPDVFQRRLHPLFIENEDKHVCYCEENRKLKGPGQSYMEAAQRAREEQRKRKAQLLQKKLRKAKKRAELEKLCESERMNCYRHDNDHWRTAPLWTAGPFCFCMSTSNNTYNCVRTINATHNLLYCEFITGLVTYYNLRIDPFETQNRVKHLTASEREYFHNQLQQLLSCRGPSCRRFSHSNTHGSHEESVKGFENNYLHRGEPIGYSERSWRWNSYSRRYARARELHRRRHMMSY

Target ORF information:

RefSeq Version	XM_012689081.2
Organism	Bombyx mori(domestic silkworm)
Definition	Bombyx mori extracellular sulfatase SULF-1 homolog (LOC101736967), mRNA.

Target ORF information:

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

XM_012689081.2

ORF Insert Sequence:

ATGGTAGCAG CTAAACGAGA TTCCTTTGAA ACTCAAGATT CAACAAGATC TAGAGAGCTG 
AGAAACAAAG AGAACAATCG TAATCGAACT ACTTTCAACG GAACATTAAC AGATCTGCCC 
GACAGAAGAA ACTTAAGGCA CAGGAATAGC TCCAGATACC GAGGCGACAG ACGACGTGCT 
TGGGAACATG AAATAAGGCG TGATCGACGC AAGGGCTCCG ACAGATCCGA AAACGCCGAT 
AACCGAACAT TCGAACCGTA CAACACTAGA AAAGAAGAAA AAGCACGTAG AACCGACAAA 
AACTGGAATA AGAGCACCGA GAAATACCCT GCACGTAAAC TGTTTAACCA AAGCAAGGCC 
CAAGACCGGT TCCACCATAC ACCGGTTAGG GAGAACACGA CGCGATCTAG ATCCAAGACG 
CCTTATAAGT GGCAGAGCGG TGGCTACATA CCGTACCCAC AGCAAAGGGA GAGGAAACCT 
AACATCATTT TGATTCTCAC TGACGATCAG GACGTCGAAC TTGGTAGTTT GAATTTCATG 
CCGCGGACTA TGAAGGCGAT ACGGAGCGCC GGAGCGGAGT TCCGTCACGC TTACACGACC 
ACACCGATGT GCTGTCCGTC AAGGAGCTCT TTACTGACGG GGGTTTACGT TCACAACCAC 
AATGTTTACA CCAACAACGA TAATTGCTCC TCGCCTATGT GGCAAGCGAC GCACGAGTCC 
AACACCTTTG CCACATATCT TTCTAACGCC GGCTATCGTA CAGGTTATTT CGGCAAGTAT 
TTAAACAAGT ACAACGGCTC TTACATACCG CCGGGCTGGC GCGAGTGGGG AGGCCTCATA 
ATGAACTCTA AGTATTATAA CTACAGTATC AACATGAACG GGAAGAAAAT CAAGCACGGA 
GACAATTATC ACAGGGATTA TTATCCGGAT CTGATAGCGA ATGATTCGAT AGCATTCCTT 
CGAGCATCCA AACGTCGTTT TACAAGGAAA CCTGTTTTGC TGGTGATGTC GTTCCCGGCG 
CCACATGGAC CCGAAGACTC CGCGCCGCAG TATTCCCATC TTTTCTTCAA CGTAACAACA 
CATCACACTC CAACGTATGA TATGGCTCCG AATCCTGATA AGCAATGGAT TCTTCGCGTC 
ACCGACAAGA TGAAGCCCAT ACATCGTCAA TTTACCGACT TGCTCATGAC CAAGAGGTTG 
CAGACATTGC AAAGTGTTGA CATGGCAGTA GAACGAGTGT ACCAAGAATT GAAATCACTA 
GGGGAACTGG ATAACACTTA TTTGGTGTAC ACTTCGGACC ACGGATACCA TTTGGGCCAG 
TTCGGGCTGG TAAAAGGCAA GAGTTTCCCG TTTGAGTTCG ACATCAGAGT TCCCTTCCTA 
GTTCGAGGAC CAGGAGTCGA GCCTGGCACG GTGGTCGACG ATATAGTATT GAACATAGAT 
CTGGCACCAA CGTTCCTCGA TATGGGTGGA GTAGAAGCAC CCGCTCACAT GGATGGAAGG 
TCCTTACTGC CGTTACTGCA GCCGAGGAGA CGTCGTCAAC AGATGTCTTA TTGGCCTGAT 
ACTTTCCTTG TAGAAAGTTC CGGACGTCGT GACATTCTGG GAATGGGCCA CCGCTCTCGA 
GAGAACAAAT ACAGCCTTGA AATGAATGGG TATCCTGGGA CTACATTGCA GCCTCAAGCA 
TCTTCCGAAA GCGCAGACTT CGAGGAAGAG ACTGACGATG ACGACTTCTT GACCCTCGAT 
GACGATGATG ATGCGGAGAG CGCTGAATTT GATACTTTAG AAAAGCAGAA GTCTTCGGAG 
CCACTTATCA CAAACGAAAG TCACAATCCA ATTTTAGAGG CCACTCTGGA AAAAGCTCTC 
GACGCTGGAG ATATCCTAAA TACTCAGCCA TACATGATGA TGTCGTCCAA AGATTTTTTG 
CAGTCCAGCA ATGCAACTAT ATTTGACACT AAAACAACAC GATTAGCAGT TGATTGCTCC 
AAAGCTGAGC TCCGTGCCCC TTGCGCCGCC GGCAGAAAAT GGAAATGCGT TCTAGTCAAT 
GGCAGATGGC GTAAACACAA ATGCAGATAT GACAATGAAT ACACTATTCC ACAGCCGAAG 
ATGAGTACAA AGAAATGTGC TTGTTTCACA CCCAGTGGGC TTGTTTATAC CAGACTGGAA 
ACTGATGGCA ATATTGCAAG ACGACCTAGT GATATAACCA AGGAGAGTAA TATAACCAGA 
TTACGCAGAT CTATCAGTAA TGATGTTTTC GAACCGAATA CTGTTGAAAC TATTCTCAAA 
GAGAATCCAA GCATAGGACA TTTAAGTTTC AAAACTGAAC CAATCAATGA GCTAGAAAAC 
TAAAACATGC AAGATAAAAT TGATAAACTA ATTAAAGAAA CGCAAGCTTT TATAGAAGCT 
TACGAAAAAA CCAAAGACAA TTTAGATCAT AAAAGGGTCA AACGACGAGC ACGACAGTGG 
AACCAACATA ACGGAAAAAA GCATAAGAAC GATGCACTGC TTAACACAAA TGAATCGTCA 
CTTGAATGTA AAATAGAAAA AGATGGAAGG GTTAACTGTT CGCAAATTAT CTATAATGAT 
TTGAAAGCTT GGCAAACGAA TAGATTAAGT TTAGAAGACC AAATAAGACA GTTGCGTACC 
AAGCTTGAGG ATTTAAAAGA GATCAAACGA CACTTAAAAA TTACTAAGCC AATAACTGAA 
ATACACACTT TGAATACGCC TGAAATAAGT AGTCATATAC ACAATAAGAC AGCTATCTAT 
GAACAAACTT CTAAGGAACA CCTGAAAAAA ACCAGAATGC ACAAACTGAA AACAAAACAG 
AAAAACAATA CATTAATCGA TAAAAAAATG AGACAGTCGA ACGAATATGT TTTCCCTACA 
GTACACGCCA AAGCTAAAGA CGTCTTTGAT ATTCAATTAC AAAATGAATC TAAACTTGAC 
GAATCCACTC ATACATATAT GAATATAGGT GAAGGTGTGC CTCTAAAAGA GAACTTGACA 
AGTATTTATG ACACAGAGCT GCCAAAACCT CAGGTTACTA CGATAATTAT CGATGGAAAA 
TACCAACAGC CTAATAATTT AGACAAAGTT GGTACAGTAT CACTTGGTAT TGTACCTACT 
ACGGAAATCG TAACTACGAC TGCTTCCTCA AAAATTTTCG ATACAACGAG CAACAAAAAG 
GTTTCTGAAG AATACACAAC AGAAAAGGAT ACAACGTACT TTACTCAAAC GGTGAATTAC 
TACAGTTCAA GTATCGATAA AATATTGAGG TCTACAGAGG CTTTACACAC TGTAACAACA 
ACAACTGCCA AACCAATGGA AAACGCGACC CACACTGCTT TAAATTTAGG GCCAACGAGA 
TTCGACGTAT CGGAATACGA ACAAAGAAAC ATGAATAAAG GAACTTCTAA AAGCATTGAT 
ATTTTGGAAA AGCCGCCCGA TGTCTTTCAA AGAAGGTTGC ATCCACTCTT CATTGAAAAT 
GAGGACAAAC ACGTATGTTA TTGTGAGGAA AATAGGAAAT TAAAAGGACC CGGTCAGAGC 
TATATGGAGG CAGCCCAGAG AGCGAGAGAA GAACAAAGAA AACGTAAAGC CCAGTTGCTT 
CAAAAGAAAC TGCGGAAAGC CAAAAAAAGG GCAGAATTGG AAAAACTATG TGAATCTGAG 
AGAATGAATT GTTATCGTCA CGACAATGAC CATTGGCGCA CGGCGCCGCT CTGGACCGCG 
GGACCATTTT GCTTCTGCAT GAGCACTTCT AACAACACGT ACAATTGCGT TAGGACTATT 
AACGCCACAC ATAATTTGTT GTACTGCGAA TTCATAACTG GACTCGTTAC TTACTACAAT 
CTAAGAATAG ATCCGTTCGA AACTCAAAAC AGGGTTAAAC ATTTGACGGC TTCCGAAAGG 
GAATATTTCC ACAATCAGCT GCAACAACTT CTCAGCTGTC GTGGGCCTTC ATGTCGAAGA 
TTTTCGCATT CGAATACTCA CGGAAGCCAC GAAGAATCCG TCAAAGGTTT CGAAAACAAC 
TACCTTCACA GAGGCGAGCC CATCGGATAT AGCGAAAGAT CATGGCGTTG GAACAGTTAC 
AGTCGACGAT ACGCTAGAGC TCGTGAATTG CATCGACGAA GACACATGAT GTCCTATTAA

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

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LOC101736967 cDNA ORF clone, Bombyx mori(domestic silkworm)

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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