LOC101735743 cDNA ORF clone, Bombyx mori(domestic silkworm)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101735743
Entrez Gene ID	101735743
Full Name	muscle calcium channel subunit alpha-1
Gene Type	protein-coding
Organism	Bombyx mori(domestic silkworm)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012690758.1	XP_012546212.1	muscle calcium channel subunit alpha-1-like
XM_021348293.1	XP_021203968.1	muscle calcium channel subunit alpha-1

Pathways from BioSystems
Gene Ontology

The following LOC101735743 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101735743 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
OBg14936	XM_012690758.1 Latest version!	Bombyx mori muscle calcium channel subunit alpha-1-like (LOC101735743), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OBg24916	XM_021348293.1 Latest version!	Bombyx mori muscle calcium channel subunit alpha-1 (LOC101735743), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

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
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*Business Day

** 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)

LOC101735743 ( XM_012690758.1 ) cDNA ORF clone, Bombyx mori(domestic silkworm) -> XP_012546212.1 Bombyx mori muscle calcium channel subunit alpha-1-like (LOC101735743), mRNA.

Price & Availability↑

CloneID	OBg14936
Clone ID Related Accession (Same CDS sequence)	XM_012690758.1
Accession Version	XM_012690758.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) 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	muscle calcium channel subunit alpha-1-like
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004581761.1) and transcript sequences (GBJR01014304.1 and GBJR01014305.1) 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 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## assembly gap :: added 2 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAACGCGA ACGGAGATTC TCAGGGCCTC GTGCCAGCTG CCCCCGCCAC CACACCCACC 
GCCCCCCCCA TCACCACACC GCCTGCTCAT GTCGACGGCT CCTTACTTCC GATCCCACCA 
GTCGCCCCTA GGAAACCAGT CCGCAGGGGA GCCAAGGCAC AACCAGAGAG GCCGAAGAGA 
GCACTCTTCT GCTTGACGAT GAAAAATCCT CTCAGAAAAG TCTGCGTTGA CATCGTGGAA 
TGGAAACCCT TCGAGTGGAT GATCCTAACG ACAATATTCG CGAACTGTAT CGCCTTGGCT 
GTCTACACGC CGTATCCTGC CAGCGACTCC AATTACACCA ACTGGGTTCT GGAGAAAATT 
GAATACGTAT TCCTTGTGAT CTTCACCGGG GAATGCGTGA TGAAGATCAT CGCTTATGGC 
TTCGTGATGC ATCCAGGGTC TTACCTTAGA AACGGATGGA ATTTGCTCGA CTTCACTATA 
GTGGTTATCG GAATGGTGAG CACAGTCCTG TCAAGCATCT TCAAGGACTC TTTCGATGTG 
AAAGCTCTAC GAGCGTTCAG AGTACTTCGC CCACTCAGGC TGGTTTCTGG AGTACCGAGT 
CTGCAGATCG TGCTGAATTC TATCTTAAAA GCGATGGTCC CTCTCCTCCA CATAGCTTTA 
CTTGTGATAT TCGTCATCAT CATCTACGCC ATCATCGGTC TCGAGCTGTT CTCCGGGAAG 
ATGCACAAGA GCTGCTTCAA TAAATACACA GATGAGATAA TGGACAGTCC CCATCCGTGT 
GACAACGACA ATGGCTTCAA CTGCTCCTCC CTCGGCCCAG AGATGGAGTG TCGCGAGGGC 
TGGCCTGGCC CTAACTTTGG CATCACCAAC TTTGATAATT TCGGTCTCTC CATGCTAACC 
GTCTTCCAAT GCATCACGCT CGAAGGGTGG ACCGATGTCA TGTATAATAT CCAAGACGCC 
ATGGGTAACA GCTGGGAATG GATTTACTTC GTTTCGATGG TGATTCTGGG AGCTTTCTTC 
GTGATGAACC TGATTCTCGG TGTGTTGTCC GGTGAGTTCT CTAAAGAAAG AGAGAAAGCG 
AAGAACCGAG GTGACTTCCA GAAGTTAAGA GAAAAGCAGC AGTTAGAAGA AGATTTGAAA 
GGTTACCTAG ATTGGATCAC TCAAGCGGAA TACTTGGAGC CCGTGGACCA ACATGACAAC 
AGCAATCAGA AAGGAGATTT CGGAGGACCG ACACAGAACG AGCACGATTC CACGGATCAT 
CTCGGCGTAG AAACAGTTGA ACCACAGAAA GTGTCGATCT CATGGAAAAA GGATTTTGAT 
AAGGTGAACC GCCGCATGAA AAGGGCCTGT CGAAAAGCGG TCAAATCGCA AACATTCTAC 
TGGCTGATCA TAGTTTTAGT CTTCCTGAAC ACGGTAGTGC TCGCCAGTGA ACATTATCGG 
CAACCAGAGT GGCTGGACCA TTTCCAAGAA TACGGAAACG CGTTCTTCGT GGCTCTATTC 
ACTTTAGAAA TGTTAGTCAA AATGTACAGC CTGGGATTGC AAGGCTACTT CGTTTCACTA 
TTCAACCGTT TCGACTGCTT CGTCGTGATC GGCTCCATCA GCGAGATGGT GCTGACGAAG 
AGCGAGGTGA TGCCTCCACT GGGCATCTCC GTGCTGCGAT GCGTCAGGCT GCTTCGAGTC 
TTCAAGGTTA CGAAATATTG GCGTTCACTG TCCAACCTTG TAGCGTCACT CCTCAACTCG 
ATCCAGTCAA TCGCATCTCT ACTTCTGTTA CTGTTCCTGT TCATCATGAT CTTTGCACTC 
CTCGGGATGC AAGTTTTTGG AGGGAAATTC AACTACGACC CTGTGGAAGA AAAGGACAGG 
CACAATTTCG ATTGCTTCTG GCAGGCATTA TTGACTGTTT TTCAGGCTTG TGAAGAAAAG 
GAAGAGAGTA TGGTAGCTAT AGAAGGAGTT CAAGGTGATA CTGATGATGA ATACATACAT 
GATGATGAAG CGTATACCAC TGATAATTCT GAAAGGGAAT ATGAAGAAAC AGGGTCAGAA 
GGTGACCCGC AAGATGAGAT CGAAGAAGAA GAAGAAGAAG AATTAGATGA GAACGAGTTA 
GAAGATAGAG TCGAAGAGGA ACAAGAAAGA GATGAAGATA TGGAAATGAT GGAAGGACAC 
CAGCGGAATC ATATAGATGG CGGCAAATCC GAAGAGGAGG GAAAACTGGT AACAGCAAGA 
CCCCGACGCA TATCAGAACT GAATATGCCA AATCAAACGC CGCCAATACC GAACGCTAGT 
AGTTTCTTCA TATTTTCACC AACAAACAGG TTTCGAGTTC TGTGCTACAA ATTGTCGTCT 
TCTTCGACAT TTGGAAATAT AATATTGGTC TGTATTATGC TTTCGTCGGC CATGTTGGCT 
GCTGAAGATC CATTGGATGC AGTTCAGAGT GGATTCAGAA ACTGGTTACT CAGCCAATTC 
GACGTGTTCT TCACTGGTAT ATTCACGCTG GAGCTGTTTC TGAAGCTGGT GACGTACGGG 
CTGATCCCCC ACCAGGGTGC CTTTCTGCGA TCCGCCTTCA ACGTTCTCGA CATGCTGGTC 
GTTTGCGTAT CGCTTGTGTC TATGAATCTT AAGTCTGGTA GTATATCCGT GGTGAAAATA 
TTACGAGTGT TCAGGGTGCT CAGACCGCTC AGGGCTATCA ACAGGGCGAA GGGTCTTAAG 
CACGTTGTAC AATGCGTGAT CGTTGCAATC AAAACAATCG GAAACATATT ATTGGTTACA 
TCGTTACTAC AGTTCATGTT TGCCGTGATG GGAGTCCAAA TGTTCAAGGG TAAATTTTTT 
AGATGTAATG ATATTTCTAA GATGACAAAA GAAGAATGTC AGGGAACCTA TTTAGTATTT 
GAGAATCGTA ATTACGTTGT AAGAGACCGG GAATGGAAAC GCAACGACTT TCATTTCGAC 
AATGTGATGA AGGGAATGCT TACTTTGTTC ACTGTGTCGA CGTTTGAAGG CTGGCCAGGG 
TTGCTGTATG TTTCAATAGA TTCAAATGCG GAGGATCGCG GTCCCATAAC TAACTTCCGT 
CCAATTGTTG CAGCCTACTA CATTATTTAT ATTATTATAA TTGCCTTCTT TATGGTAAAT 
ATATTCGTGG GTTTCGTCAT AGTGACATTC CAAAACGAGG GTGAACAGGA ATACAAGAAT 
TGTGAACTAG ACAAGAATCA GAGAAACTGT ATTGAGTTTG CGTTGAAAGC AAAGCCGATC 
AGAAGGTACA TTCCCAAGCA CCGCATTCAA TACAAAGTGT GGTGGTTCGT CACCTCACAG 
CCGTTTGAAT ATGCGATCTT CGTCCTCATC ATGATCAACA CCATCACGTT AGCCATGAAG 
TACCACAACC AGTCCATCGA ATATAGCAAG GCTTTGGACA TGCTCAATAT GTTGTTCACG 
GCCGTTTTTG CCTTGGAGTT CATATTCAAA CTAGCTGCGT TTAGATTTAA GAACTACTTC 
GGGGACGCTT GGAACACCTT TGACTTCATT ATAGTACTCG GAAGCATCAT TGATATAGTC 
GTTTCGCAAG TAAACGAATT GAAGAATCAG GGAAGTGGCA TGCCCAGAAT ACATGTTGTA 
AAGGAGAGCT CAATACCGTC GATAAACTTC TTCCGTTTGT TTCGTGTGAT GAGACTCGTG 
AAGCTGCTGT CCAGGGGCGA AGGCATCAGA ACGTTGTTGT GGACCTTCAT AAAGTCGTTC 
CAAGCCCTCC CGTACGTCGC TCTGCTGATA CTGATGCTGT TCTTCATTTA TGCTGTTGTG 
GGCATGCAGG TATTCGGAAA GATAGCAATA GACGACAATA CTCCGATCAC AAGGAACAAT 
CACTTCCAGA CATTCCCGCA GGCTATATTA GTGTTATTCA GATCTGCCAC AGGTGAAGCA 
TGGCAGGACA TCATGATGGG AGTGTCGCCA GACTCTGAGG TCAAGTGCGA TAAGAATTAC 
CACGAGGAAG TGGGAGAGGA TAGCGAAGGC ACCTGTGGAA GTGTATTAGC ATTCCCATAT 
TTTATATCAT TTTATGTGTT ATGTTCTTTT CTGATTATCA ATTTATTCGT TGCGGTCATT 
ATGGATAACT TTGACTATCT AACTAGAGAT TGGTCAATAT TGGGACCACA CCACTTAGAT 
GAATTTATAA GACTTTGGAG CGAATATGAC CCTGACGCAA AGGGTAGAAT AAAACATTTA 
GATGTAGTTA CTTTACTAAG AAAAATAAGT CCGCCTTTGG GATTCGGCAA GCTCTGTCCT 
CACCGCGTTG CCTGCAAACG ACTAGTTTCC ATGAACATGC CTCTCAATTC AGATGGCACT 
GTTCTCTTCA ACGCTACACT GTTCGCCGTC GTCAGAACTT CATTGAAGAT TAAAACGGAT 
GGTAACATTG ACGACTGCAA CACAGAATTA AGAGCAGTGA TAAAGAAAAT CTGGAAACGC 
ACATCACCAA AACTCCTGGA CCAAGTAGTT CCTCCACCAG GCGACCCCAA CGAGATCACA 
GTCGGAAAGT TCTACGCCAC CTTCCTAATC CAAGACTACT TCAGGAGGTT CAAAAAGCGG 
AAAGAACAAG AATTAAGGCA AAATGATGAG CAAACGCATC AGATGACGCT GCAAGCCGGA 
TTGAGGACTT TGCATGAAGC CGGGCCGGAA CTAAAGAGGG CTATCTCTGG TAATCTGGAT 
GATATAACGG CCGAGTTAGA TGTACCTATG CATAGGAGAA ATCACTCGCT GTTTGGAGGT 
GTCTGGTCAA GTATACGACG GCACGGTCCT AACAGACATC TTCATAGACA CAGAAAAGAG 
CCGCCGCCAG AGGCTGTTGG CAATCATTTA AGCTCCTTAA TGCAGAAAGA ATATGGGGTT 
GGACCGTTGC CGCTGACACC CAATTTGGCA AACGGACAAC CAAAAGAACA GATACCAATG 
AGGCCTCTTA TACTAAACGG TGAATCAGAA AAAATATATC AAGTCTTAGA CAACCAAAAG 
TCGAACTACC CCGAAATGCT CGGGCAGATC GGGCTCGCGT TCGGGTGCGT GAACTACTTG 
TCGGCGGCGG GAGGGAGCTC GCGACAACGC GTCCACCCAG AGGACGACGA GCGAGCGGAG 
ACGATCCAGC CGAAGATATC GCCGCTGCTG GCGAGCGCCT GCACTCCCAC GACGGAGGCG 
CGCACGATGA CGCTGTACGG CTACAACGCG GCGGCGCGGT TACCGTTCGC GTTCTCTCAC 
GGCGGACGCC GGTCGCTCCG CGCGTGTCGC ACGGTGCCGG CGGTGGCAGG AACCGATAGC 
GCTGGTCGAG GCGTTGTATC GCTGCCAGGA AGTCCCCGCG GAAACAGCTC CTCATTACCA 
GTAGTAGGCT CCGCAGAAAG CCTAGTCACT AGAGTGTTGA CTGAACAAGG ACTAGGAGAA 
TACTGCGATC CAGAGTTCGT CAGGAACACT TCTAGAGAGA TGCAGGAAGC ACTCGAGATG 
ACAGAAGAGC AGATGGACAG AGCGGCTCAT CAGCTGATGA TTCACGAAAA GAATTTGAAG 
CAAGCTCAAT GTCAACCAAC TCAAGTTGGC GACATCGTAG CCCGCAAGTT CCACCCTTTT 
CACCAGCCAA CATCGATGCC TCCCCCGGCC TGCGAGCGGT TATAG

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

RefSeq	XP_012546212.1
CDS	441..6065
Translation	MNANGDSQGLVPAAPATTPTAPPITTPPAHVDGSLLPIPPVAPRKPVRRGAKAQPERPKRALFCLTMKNPLRKVCVDIVEWKPFEWMILTTIFANCIALAVYTPYPASDSNYTNWVLEKIEYVFLVIFTGECVMKIIAYGFVMHPGSYLRNGWNLLDFTIVVIGMVSTVLSSIFKDSFDVKALRAFRVLRPLRLVSGVPSLQIVLNSILKAMVPLLHIALLVIFVIIIYAIIGLELFSGKMHKSCFNKYTDEIMDSPHPCDNDNGFNCSSLGPEMECREGWPGPNFGITNFDNFGLSMLTVFQCITLEGWTDVMYNIQDAMGNSWEWIYFVSMVILGAFFVMNLILGVLSGEFSKEREKAKNRGDFQKLREKQQLEEDLKGYLDWITQAEYLEPVDQHDNSNQKGDFGGPTQNEHDSTDHLGVETVEPQKVSISWKKDFDKVNRRMKRACRKAVKSQTFYWLIIVLVFLNTVVLASEHYRQPEWLDHFQEYGNAFFVALFTLEMLVKMYSLGLQGYFVSLFNRFDCFVVIGSISEMVLTKSEVMPPLGISVLRCVRLLRVFKVTKYWRSLSNLVASLLNSIQSIASLLLLLFLFIMIFALLGMQVFGGKFNYDPVEEKDRHNFDCFWQALLTVFQACEEKEESMVAIEGVQGDTDDEYIHDDEAYTTDNSEREYEETGSEGDPQDEIEEEEEEELDENELEDRVEEEQERDEDMEMMEGHQRNHIDGGKSEEEGKLVTARPRRISELNMPNQTPPIPNASSFFIFSPTNRFRVLCYKLSSSSTFGNIILVCIMLSSAMLAAEDPLDAVQSGFRNWLLSQFDVFFTGIFTLELFLKLVTYGLIPHQGAFLRSAFNVLDMLVVCVSLVSMNLKSGSISVVKILRVFRVLRPLRAINRAKGLKHVVQCVIVAIKTIGNILLVTSLLQFMFAVMGVQMFKGKFFRCNDISKMTKEECQGTYLVFENRNYVVRDREWKRNDFHFDNVMKGMLTLFTVSTFEGWPGLLYVSIDSNAEDRGPITNFRPIVAAYYIIYIIIIAFFMVNIFVGFVIVTFQNEGEQEYKNCELDKNQRNCIEFALKAKPIRRYIPKHRIQYKVWWFVTSQPFEYAIFVLIMINTITLAMKYHNQSIEYSKALDMLNMLFTAVFALEFIFKLAAFRFKNYFGDAWNTFDFIIVLGSIIDIVVSQVNELKNQGSGMPRIHVVKESSIPSINFFRLFRVMRLVKLLSRGEGIRTLLWTFIKSFQALPYVALLILMLFFIYAVVGMQVFGKIAIDDNTPITRNNHFQTFPQAILVLFRSATGEAWQDIMMGVSPDSEVKCDKNYHEEVGEDSEGTCGSVLAFPYFISFYVLCSFLIINLFVAVIMDNFDYLTRDWSILGPHHLDEFIRLWSEYDPDAKGRIKHLDVVTLLRKISPPLGFGKLCPHRVACKRLVSMNMPLNSDGTVLFNATLFAVVRTSLKIKTDGNIDDCNTELRAVIKKIWKRTSPKLLDQVVPPPGDPNEITVGKFYATFLIQDYFRRFKKRKEQELRQNDEQTHQMTLQAGLRTLHEAGPELKRAISGNLDDITAELDVPMHRRNHSLFGGVWSSIRRHGPNRHLHRHRKEPPPEAVGNHLSSLMQKEYGVGPLPLTPNLANGQPKEQIPMRPLILNGESEKIYQVLDNQKSNYPEMLGQIGLAFGCVNYLSAAGGSSRQRVHPEDDERAETIQPKISPLLASACTPTTEARTMTLYGYNAAARLPFAFSHGGRRSLRACRTVPAVAGTDSAGRGVVSLPGSPRGNSSSLPVVGSAESLVTRVLTEQGLGEYCDPEFVRNTSREMQEALEMTEEQMDRAAHQLMIHEKNLKQAQCQPTQVGDIVARKFHPFHQPTSMPPPACERL

Target ORF information:

RefSeq Version	XM_012690758.1
Organism	Bombyx mori(Domestic silkworm)
Definition	Bombyx mori muscle calcium channel subunit alpha-1-like (LOC101735743), mRNA.

Target ORF information:

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

XM_012690758.1

ORF Insert Sequence:

ATGAACGCGA ACGGAGATTC TCAGGGCCTC GTGCCAGCTG CCCCCGCCAC CACACCCACC 
GCCCCCCCCA TCACCACACC GCCTGCTCAT GTCGACGGCT CCTTACTTCC GATCCCACCA 
GTCGCCCCTA GGAAACCAGT CCGCAGGGGA GCCAAGGCAC AACCAGAGAG GCCGAAGAGA 
GCACTCTTCT GCTTGACGAT GAAAAATCCT CTCAGAAAAG TCTGCGTTGA CATCGTGGAA 
TGGAAACCCT TCGAGTGGAT GATCCTAACG ACAATATTCG CGAACTGTAT CGCCTTGGCT 
GTCTACACGC CGTATCCTGC CAGCGACTCC AATTACACCA ACTGGGTTCT GGAGAAAATT 
GAATACGTAT TCCTTGTGAT CTTCACCGGG GAATGCGTGA TGAAGATCAT CGCTTATGGC 
TTCGTGATGC ATCCAGGGTC TTACCTTAGA AACGGATGGA ATTTGCTCGA CTTCACTATA 
GTGGTTATCG GAATGGTGAG CACAGTCCTG TCAAGCATCT TCAAGGACTC TTTCGATGTG 
AAAGCTCTAC GAGCGTTCAG AGTACTTCGC CCACTCAGGC TGGTTTCTGG AGTACCGAGT 
CTGCAGATCG TGCTGAATTC TATCTTAAAA GCGATGGTCC CTCTCCTCCA CATAGCTTTA 
CTTGTGATAT TCGTCATCAT CATCTACGCC ATCATCGGTC TCGAGCTGTT CTCCGGGAAG 
ATGCACAAGA GCTGCTTCAA TAAATACACA GATGAGATAA TGGACAGTCC CCATCCGTGT 
GACAACGACA ATGGCTTCAA CTGCTCCTCC CTCGGCCCAG AGATGGAGTG TCGCGAGGGC 
TGGCCTGGCC CTAACTTTGG CATCACCAAC TTTGATAATT TCGGTCTCTC CATGCTAACC 
GTCTTCCAAT GCATCACGCT CGAAGGGTGG ACCGATGTCA TGTATAATAT CCAAGACGCC 
ATGGGTAACA GCTGGGAATG GATTTACTTC GTTTCGATGG TGATTCTGGG AGCTTTCTTC 
GTGATGAACC TGATTCTCGG TGTGTTGTCC GGTGAGTTCT CTAAAGAAAG AGAGAAAGCG 
AAGAACCGAG GTGACTTCCA GAAGTTAAGA GAAAAGCAGC AGTTAGAAGA AGATTTGAAA 
GGTTACCTAG ATTGGATCAC TCAAGCGGAA TACTTGGAGC CCGTGGACCA ACATGACAAC 
AGCAATCAGA AAGGAGATTT CGGAGGACCG ACACAGAACG AGCACGATTC CACGGATCAT 
CTCGGCGTAG AAACAGTTGA ACCACAGAAA GTGTCGATCT CATGGAAAAA GGATTTTGAT 
AAGGTGAACC GCCGCATGAA AAGGGCCTGT CGAAAAGCGG TCAAATCGCA AACATTCTAC 
TGGCTGATCA TAGTTTTAGT CTTCCTGAAC ACGGTAGTGC TCGCCAGTGA ACATTATCGG 
CAACCAGAGT GGCTGGACCA TTTCCAAGAA TACGGAAACG CGTTCTTCGT GGCTCTATTC 
ACTTTAGAAA TGTTAGTCAA AATGTACAGC CTGGGATTGC AAGGCTACTT CGTTTCACTA 
TTCAACCGTT TCGACTGCTT CGTCGTGATC GGCTCCATCA GCGAGATGGT GCTGACGAAG 
AGCGAGGTGA TGCCTCCACT GGGCATCTCC GTGCTGCGAT GCGTCAGGCT GCTTCGAGTC 
TTCAAGGTTA CGAAATATTG GCGTTCACTG TCCAACCTTG TAGCGTCACT CCTCAACTCG 
ATCCAGTCAA TCGCATCTCT ACTTCTGTTA CTGTTCCTGT TCATCATGAT CTTTGCACTC 
CTCGGGATGC AAGTTTTTGG AGGGAAATTC AACTACGACC CTGTGGAAGA AAAGGACAGG 
CACAATTTCG ATTGCTTCTG GCAGGCATTA TTGACTGTTT TTCAGGCTTG TGAAGAAAAG 
GAAGAGAGTA TGGTAGCTAT AGAAGGAGTT CAAGGTGATA CTGATGATGA ATACATACAT 
GATGATGAAG CGTATACCAC TGATAATTCT GAAAGGGAAT ATGAAGAAAC AGGGTCAGAA 
GGTGACCCGC AAGATGAGAT CGAAGAAGAA GAAGAAGAAG AATTAGATGA GAACGAGTTA 
GAAGATAGAG TCGAAGAGGA ACAAGAAAGA GATGAAGATA TGGAAATGAT GGAAGGACAC 
CAGCGGAATC ATATAGATGG CGGCAAATCC GAAGAGGAGG GAAAACTGGT AACAGCAAGA 
CCCCGACGCA TATCAGAACT GAATATGCCA AATCAAACGC CGCCAATACC GAACGCTAGT 
AGTTTCTTCA TATTTTCACC AACAAACAGG TTTCGAGTTC TGTGCTACAA ATTGTCGTCT 
TCTTCGACAT TTGGAAATAT AATATTGGTC TGTATTATGC TTTCGTCGGC CATGTTGGCT 
GCTGAAGATC CATTGGATGC AGTTCAGAGT GGATTCAGAA ACTGGTTACT CAGCCAATTC 
GACGTGTTCT TCACTGGTAT ATTCACGCTG GAGCTGTTTC TGAAGCTGGT GACGTACGGG 
CTGATCCCCC ACCAGGGTGC CTTTCTGCGA TCCGCCTTCA ACGTTCTCGA CATGCTGGTC 
GTTTGCGTAT CGCTTGTGTC TATGAATCTT AAGTCTGGTA GTATATCCGT GGTGAAAATA 
TTACGAGTGT TCAGGGTGCT CAGACCGCTC AGGGCTATCA ACAGGGCGAA GGGTCTTAAG 
CACGTTGTAC AATGCGTGAT CGTTGCAATC AAAACAATCG GAAACATATT ATTGGTTACA 
TCGTTACTAC AGTTCATGTT TGCCGTGATG GGAGTCCAAA TGTTCAAGGG TAAATTTTTT 
AGATGTAATG ATATTTCTAA GATGACAAAA GAAGAATGTC AGGGAACCTA TTTAGTATTT 
GAGAATCGTA ATTACGTTGT AAGAGACCGG GAATGGAAAC GCAACGACTT TCATTTCGAC 
AATGTGATGA AGGGAATGCT TACTTTGTTC ACTGTGTCGA CGTTTGAAGG CTGGCCAGGG 
TTGCTGTATG TTTCAATAGA TTCAAATGCG GAGGATCGCG GTCCCATAAC TAACTTCCGT 
CCAATTGTTG CAGCCTACTA CATTATTTAT ATTATTATAA TTGCCTTCTT TATGGTAAAT 
ATATTCGTGG GTTTCGTCAT AGTGACATTC CAAAACGAGG GTGAACAGGA ATACAAGAAT 
TGTGAACTAG ACAAGAATCA GAGAAACTGT ATTGAGTTTG CGTTGAAAGC AAAGCCGATC 
AGAAGGTACA TTCCCAAGCA CCGCATTCAA TACAAAGTGT GGTGGTTCGT CACCTCACAG 
CCGTTTGAAT ATGCGATCTT CGTCCTCATC ATGATCAACA CCATCACGTT AGCCATGAAG 
TACCACAACC AGTCCATCGA ATATAGCAAG GCTTTGGACA TGCTCAATAT GTTGTTCACG 
GCCGTTTTTG CCTTGGAGTT CATATTCAAA CTAGCTGCGT TTAGATTTAA GAACTACTTC 
GGGGACGCTT GGAACACCTT TGACTTCATT ATAGTACTCG GAAGCATCAT TGATATAGTC 
GTTTCGCAAG TAAACGAATT GAAGAATCAG GGAAGTGGCA TGCCCAGAAT ACATGTTGTA 
AAGGAGAGCT CAATACCGTC GATAAACTTC TTCCGTTTGT TTCGTGTGAT GAGACTCGTG 
AAGCTGCTGT CCAGGGGCGA AGGCATCAGA ACGTTGTTGT GGACCTTCAT AAAGTCGTTC 
CAAGCCCTCC CGTACGTCGC TCTGCTGATA CTGATGCTGT TCTTCATTTA TGCTGTTGTG 
GGCATGCAGG TATTCGGAAA GATAGCAATA GACGACAATA CTCCGATCAC AAGGAACAAT 
CACTTCCAGA CATTCCCGCA GGCTATATTA GTGTTATTCA GATCTGCCAC AGGTGAAGCA 
TGGCAGGACA TCATGATGGG AGTGTCGCCA GACTCTGAGG TCAAGTGCGA TAAGAATTAC 
CACGAGGAAG TGGGAGAGGA TAGCGAAGGC ACCTGTGGAA GTGTATTAGC ATTCCCATAT 
TTTATATCAT TTTATGTGTT ATGTTCTTTT CTGATTATCA ATTTATTCGT TGCGGTCATT 
ATGGATAACT TTGACTATCT AACTAGAGAT TGGTCAATAT TGGGACCACA CCACTTAGAT 
GAATTTATAA GACTTTGGAG CGAATATGAC CCTGACGCAA AGGGTAGAAT AAAACATTTA 
GATGTAGTTA CTTTACTAAG AAAAATAAGT CCGCCTTTGG GATTCGGCAA GCTCTGTCCT 
CACCGCGTTG CCTGCAAACG ACTAGTTTCC ATGAACATGC CTCTCAATTC AGATGGCACT 
GTTCTCTTCA ACGCTACACT GTTCGCCGTC GTCAGAACTT CATTGAAGAT TAAAACGGAT 
GGTAACATTG ACGACTGCAA CACAGAATTA AGAGCAGTGA TAAAGAAAAT CTGGAAACGC 
ACATCACCAA AACTCCTGGA CCAAGTAGTT CCTCCACCAG GCGACCCCAA CGAGATCACA 
GTCGGAAAGT TCTACGCCAC CTTCCTAATC CAAGACTACT TCAGGAGGTT CAAAAAGCGG 
AAAGAACAAG AATTAAGGCA AAATGATGAG CAAACGCATC AGATGACGCT GCAAGCCGGA 
TTGAGGACTT TGCATGAAGC CGGGCCGGAA CTAAAGAGGG CTATCTCTGG TAATCTGGAT 
GATATAACGG CCGAGTTAGA TGTACCTATG CATAGGAGAA ATCACTCGCT GTTTGGAGGT 
GTCTGGTCAA GTATACGACG GCACGGTCCT AACAGACATC TTCATAGACA CAGAAAAGAG 
CCGCCGCCAG AGGCTGTTGG CAATCATTTA AGCTCCTTAA TGCAGAAAGA ATATGGGGTT 
GGACCGTTGC CGCTGACACC CAATTTGGCA AACGGACAAC CAAAAGAACA GATACCAATG 
AGGCCTCTTA TACTAAACGG TGAATCAGAA AAAATATATC AAGTCTTAGA CAACCAAAAG 
TCGAACTACC CCGAAATGCT CGGGCAGATC GGGCTCGCGT TCGGGTGCGT GAACTACTTG 
TCGGCGGCGG GAGGGAGCTC GCGACAACGC GTCCACCCAG AGGACGACGA GCGAGCGGAG 
ACGATCCAGC CGAAGATATC GCCGCTGCTG GCGAGCGCCT GCACTCCCAC GACGGAGGCG 
CGCACGATGA CGCTGTACGG CTACAACGCG GCGGCGCGGT TACCGTTCGC GTTCTCTCAC 
GGCGGACGCC GGTCGCTCCG CGCGTGTCGC ACGGTGCCGG CGGTGGCAGG AACCGATAGC 
GCTGGTCGAG GCGTTGTATC GCTGCCAGGA AGTCCCCGCG GAAACAGCTC CTCATTACCA 
GTAGTAGGCT CCGCAGAAAG CCTAGTCACT AGAGTGTTGA CTGAACAAGG ACTAGGAGAA 
TACTGCGATC CAGAGTTCGT CAGGAACACT TCTAGAGAGA TGCAGGAAGC ACTCGAGATG 
ACAGAAGAGC AGATGGACAG AGCGGCTCAT CAGCTGATGA TTCACGAAAA GAATTTGAAG 
CAAGCTCAAT GTCAACCAAC TCAAGTTGGC GACATCGTAG CCCGCAAGTT CCACCCTTTT 
CACCAGCCAA CATCGATGCC TCCCCCGGCC TGCGAGCGGT TATAG

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

LOC101735743 ( XM_021348293.1 ) cDNA ORF clone, Bombyx mori(domestic silkworm) -> XP_021203968.1 Bombyx mori muscle calcium channel subunit alpha-1 (LOC101735743), mRNA.

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CloneID	OBg24916
Clone ID Related Accession (Same CDS sequence)	XM_021348293.1
Accession Version	XM_021348293.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	muscle calcium channel subunit alpha-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004581761.1) 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 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##

ATGAACGCGA ACGGAGATTC TCAGGGCCTC GTGCCAGCTG CCCCCGCCAC CACACCCACC 
GCCCCCCCCA TCACCACACC GCCTGCTCAT GTCGACGGCT CCTTACTTCC GATCCCACCA 
GTCGCCCCTA GGAAACCAGT CCGCAGGGGA GCCAAGGCAC AACCAGAGAG GCCGAAGAGA 
GCACTCTTCT GCTTGACGAT GAAAAATCCT CTCAGAAAAG TCTGCGTTGA CATCGTGGAA 
TGGAAACCCT TCGAGTGGAT GATCCTAACG ACAATATTCG CGAACTGTAT CGCCTTGGCT 
GTCTACACGC CGTATCCTGC CAGCGACTCC AATTACACCA ACTGGGTTCT GGAGAAAATT 
GAATACGTAT TCCTTGTGAT CTTCACCGGG GAATGCGTGA TGAAGATCAT CGCTTATGGC 
TTCGTGATGC ATCCAGGGTC TTACCTTAGA AACGGATGGA ATTTGCTCGA CTTCACTATA 
GTGGTTATCG GAATGGTGAG CACAGTCCTG TCAAGCATCT TCAAGGACTC TTTCGATGTG 
AAAGCTCTAC GAGCGTTCAG AGTACTTCGC CCACTCAGGC TGGTTTCTGG AGTACCGAGT 
CTGCAGATCG TGCTGAATTC TATCTTAAAA GCGATGGTCC CTCTCCTCCA CATAGCTTTA 
CTTGTGATAT TCGTCATCAT CATCTACGCC ATCATCGGTC TCGAGCTGTT CTCCGGGAAG 
ATGCACAAGA GCTGCTTCAA TAAATACACA GATGAGATAA TGGACAGTCC CCATCCGTGT 
GACAACGACA ATGGCTTCAA CTGCTCCTCC CTCGGCCCAG AGATGGAGTG TCGCGAGGGC 
TGGCCTGGCC CTAACTTTGG CATCACCAAC TTTGATAATT TCGGTCTCTC CATGCTAACC 
GTCTTCCAAT GCATCACGCT CGAAGGGTGG ACCGATGTCA TGTATAATAT CCAAGACGCC 
ATGGGTAACA GCTGGGAATG GATTTACTTC GTTTCGATGG TGATTCTGGG AGCTTTCTTC 
GTGATGAACC TGATTCTCGG TGTGTTGTCC GGTGAGTTCT CTAAAGAAAG AGAGAAAGCG 
AAGAACCGAG GTGACTTCCA GAAGTTAAGA GAAAAGCAGC AGTTAGAAGA AGATTTGAAA 
GGTTACCTAG ATTGGATCAC TCAAGCGGAA TACTTGGAGC CCGTGGACCA ACATGACAAC 
AGCAATCAGA AAGGAGATTT CGGAGGACCG ACACAGAACG AGCACGATTC CACGGATCAT 
CTCGGCGTAG AAACAGTTGA ACCACAGAAA GTGTCGATCT CATGGAAAAA GGATTTTGAT 
AAGGTGAACC GCCGCATGAA AAGGGCCTGT CGAAAAGCGG TCAAATCGCA AACATTCTAC 
TGGCTGATCA TAGTTTTAGT CTTCCTGAAC ACGGTAGTGC TCGCCAGTGA ACATTATCGG 
CAACCAGAGT GGCTGGACCA TTTCCAAGAA TACGGAAACG CGTTCTTCGT GGCTCTATTC 
ACTTTAGAAA TGTTAGTCAA AATGTACAGC CTGGGATTGC AAGGCTACTT CGTTTCACTA 
TTCAACCGTT TCGACTGCTT CGTCGTGATC GGCTCCATCA GCGAGATGGT GCTGACGAAG 
AGCGAGGTGA TGCCTCCACT GGGCATCTCC GTGCTGCGAT GCGTCAGGCT GCTTCGAGTC 
TTCAAGGTTA CGAAATATTG GCGTTCACTG TCCAACCTTG TAGCGTCACT CCTCAACTCG 
ATCCAGTCAA TCGCATCTCT ACTTCTGTTA CTGTTCCTGT TCATCATGAT CTTTGCACTC 
CTCGGGATGC AAGTTTTTGG AGGGAAATTC AACTACGACC CTGTGGAAGA AAAGGACAGG 
CACAATTTCG ATTGCTTCTG GCAGGCATTA TTGACTGTTT TTCAGATCCT GACTGGTGAA 
GACTGGAACG CGGTTATGTA TGAAGGTATC AAGGCATATG GAGGCGCAGG CACGGTCGGA 
ATAGTAGCTT GTATATATTT CATCNNNNNN TTCATTTGCG GCAACTATAT TCTTCTCAAT 
GTGTTCTTGG CCATTGCTGT TGACAACTTG GCGGATGCTG AGTCGCTCAC TAATATCGAC 
AAGGAAGAGG GGGCTTGTGA AGAAAAGGAA GAGAGTATGG TAGCTATAGA AGGAGTTCAA 
GGTGATACTG ATGATGAATA CATACATGAT GATGAAGCGT ATACCACTGA TAATTCTGAA 
AGGGAATATG AAGAAACAGG GTCAGAAGGT GACCCGCAAG ATGAGATCGA AGAAGAAGAA 
GAAGAAGAAT TAGATGAGAA CGAGTTAGAA GATAGAGTCG AAGAGGAACA AGAAAGAGAT 
GAAGATATGG AAATGATGGA AGGACACCAG CGGAATCATA TAGTGAACAC AGAGTTTGCG 
GAGGAGCATC GTTTGAAACG CAAACCCACT ACATCATCAG CTCGACCTCG CCGCCTCTCC 
GAGGTTGATA TACACGACTC AAAGAAACCG ATACCCGAAG CGTCTTCCTT CTTCATATTT 
AGCAAAACAA ACAGGTTTCG AGTTCTGTGC TACAAATTGT CGTCTTCTTC GACATTTGGA 
AATATAATAT TGGTCTGTAT TATGCTTTCG TCGGCCATGT TGGCTGCTGA AGATCCATTG 
GATGCAGTTC AGAGTGGATT CAGAAACTGG TTACTCAGCC AATTCGACGT GTTCTTCACT 
GGTATATTCA CGCTGGAGCT GTTTCTGAAG CTGGTGACGT ACGGGCTGAT CCCCCACCAG 
GGTGCCTTTC TGCGATCCGC CTTCAACGTT CTCGACATGC TGGTCGTTTG CGTATCGCTT 
GTGTCTATGA ATCTTAAGTC TGGTAGTATA TCCGTGGTGA AAATATTACG AGTGTTCAGG 
GTGCTCAGAC CGCTCAGGGC TATCAACAGG GCGAAGGGTC TTAAGCACGT TGTACAATGC 
GTGATCGTTG CAATCAAAAC AATCGGAAAC ATATTATTGG TTACATCGTT ACTACAGTTC 
ATGTTTGCCG TGATGGGAGT CCAAATGTTC AAGGGTAAAT TTTTTAGATG TAATGATATT 
TCTAAGATGA CAAAAGAAGA ATGTCAGGGA ACCTATTTAG TATTTGAGAA TCGTAATTAC 
GTTGTAAGAG ACCGGGAATG GAAACGCAAC GACTTTCATT TCGACAATGT GATGAAGGGA 
ATGCTTACTT TGTTCACTGT GTCGACGTTT GAAGGCTGGC CAGGGTTGCT GTATGTTTCA 
ATAGATTCAA ATGCGGAGGA TCGCGGTCCC ATAACTAACT TCCGTCCAAT TGTTGCAGCC 
TACTACATTA TTTATATTAT TATAATTGCC TTCTTTATGG TAAATATATT CGTGGGTTTC 
GTCATAGTGA CATTCCAAAA CGAGGGTGAA CAGGAATACA AGAATTGTGA ACTAGACAAG 
AATCAGAGAA ACTGTATTGA GTTTGCGTTG AAAGCAAAGC CGATCAGAAG GTACATTCCC 
AAGCACCGCA TTCAATACAA AGTGTGGTGG TTCGTCACCT CACAGCCGTT TGAATATGCG 
ATCTTCGTCC TCATCATGAT CAACACCATC ACGTTAGCCA TGAAGTACCA CAACCAGTCC 
ATCGAATATA GCAAGGCTTT GGACATGCTC AATATGTTGT TCACGGCCGT TTTTGCCTTG 
GAGTTCATAT TCAAACTAGC TGCGTTTAGA TTTAAGAACT ACTTCGGGGA CGCTTGGAAC 
ACCTTTGACT TCATTATAGT ACTCGGAAGC ATCATTGATA TAGTCGTTTC GCAAGTAAAC 
GAATTGAAGA ATCAGGGAAG TGGCATGCCC AGAATACATG TTGTAAAGGA GAGCTCAATA 
CCGTCGATAA ACTTCTTCCG TTTGTTTCGT GTGATGAGAC TCGTGAAGCT GCTGTCCAGG 
GGCGAAGGCA TCAGAACGTT GTTGTGGACC TTCATAAAGT CGTTCCAAGC CCTCCCGTAC 
GTCGCTCTGC TGATACTGAT GCTGTTCTTC ATTTATGCTG TTGTGGGCAT GCAGGTATTC 
GGAAAGATAG CAATAGACGA CAATACTCCG ATCACAAGGA ACAATCACTT CCAGACATTC 
CCGCAGGCTA TATTAGTGTT ATTCAGATCT GCCACAGGTG AAGCATGGCA GGACATCATG 
ATGGGAGTGT CGCCAGACTC TGAGGTCAAG TGCGATAAGA ATTACCACGA GGAAGTGGGA 
GAGGATAGCG AAGGCACCTG TGGAAGTGTA TTAGCATTCC CATATTTTAT ATCATTTTAT 
GTGTTATGTT CTTTTCTGAT TATCAATTTA TTCGTTGCGG TCATTATGGA TAACTTTGAC 
TATCTAACTA GAGATTGGTC AATATTGGGA CCACACCACT TAGATGAATT TATAAGACTT 
TGGAGCGAAT ATGACCCTGA CGCAAAGGGT AGAATAAAAC ATTTAGATGT AGTTACTTTA 
CTAAGAAAAA TAAGTCCGCC TTTGGGATTC GGCAAGCTCT GTCCTCACCG CGTTGCCTGC 
AAACGACTAG TTTCCATGAA CATGCCTCTC AATTCAGATG GCACTGTTCT CTTCAACGCT 
ACACTGTTCG CCGTCGTCAG AACTTCATTG AAGATTAAAA CGGATGGTAA CATTGACGAC 
TGCAACACAG AATTAAGAGC AGTGATAAAG AAAATCTGGA AACGCACATC ACCAAAACTC 
CTGGACCAAG TAGTTCCTCC ACCAGGCGAC CCCAACGAGA TCACAGTCGG AAAGTTCTAC 
GCCACCTTCC TAATCCAAGA CTACTTCAGG AGGTTCAAAA AGCGGAAAGA ACAAGAATTA 
AGGCAAAATG ATGAGCAAAC GCATCAGATG ACGCTGCAAG CCGGATTGAG GACTTTGCAT 
GAAGCCGGGC CGGAACTAAA GAGGGCTATC TCTGGTAATC TGGATGATAT AACGGCCGAG 
TTAGATGTAC CTATGCATAG GAGAAATCAC TCGCTGTTTG GAGGTGTCTG GTCAAGTATA 
CGACGGCACG GTCCTAACAG ACATCTTCAT AGACACAGAA AAGAGCCGCC GCCAGAGGCT 
GTTGGCAATC ATTTAAGCTC CTTAATGCAG AAAGAATATG GGGTTGGACC GTTGCCGCTG 
ACACCCAATT TGGCAAACGG ACAACCAAAA GAACAGATAC CAATGAGGCC TCTTATACTA 
AACGGTGAAT CAGAAAAAAT ATATCAAGTC TTAGAAAAAG CCACAAACGA ACTAAAGAAC 
GCTATTCATC AAGGAACCGA TAGCGCTGGT CGAGGCGTTG TATCGCTGCC AGGAAGTCCC 
CGCGGAAACA GCTCCTCATT ACCAGTAGTA GGCTCCGCAG AAAGCCTAGT CACTAGAGTG 
TTGACTGAAC AAGGACTAGG AGAATACTGC GATCCAGAGT TCGTCAGGAA CACTTCTAGA 
GAGATGCAGG AAGCACTCGA GATGACAGAA GAGCAGATGG ACAGAGCGGC TCATCAGCTG 
ATGATTCACG AAAAGAATTT GAAGCAAGCT CAATGTCAAC CAACTCAAGT TGCTGATGCT 
TGGGTTATAG GGCGACATCG TAGCCCGCAA GTTCCACCCT TTTCACCAGC CAACATCGAT 
GCCTCCCCCG GCCTGCGAGC GGTTATAGCA CCGACCTCCA AAGCCACGCG GCCGTCCCGC 
CACCGACGGA AGCGGAAACG AAAACCTGTG TTGGTTTAA

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

RefSeq	XP_021203968.1
CDS	476..6154
Translation	MNANGDSQGLVPAAPATTPTAPPITTPPAHVDGSLLPIPPVAPRKPVRRGAKAQPERPKRALFCLTMKNPLRKVCVDIVEWKPFEWMILTTIFANCIALAVYTPYPASDSNYTNWVLEKIEYVFLVIFTGECVMKIIAYGFVMHPGSYLRNGWNLLDFTIVVIGMVSTVLSSIFKDSFDVKALRAFRVLRPLRLVSGVPSLQIVLNSILKAMVPLLHIALLVIFVIIIYAIIGLELFSGKMHKSCFNKYTDEIMDSPHPCDNDNGFNCSSLGPEMECREGWPGPNFGITNFDNFGLSMLTVFQCITLEGWTDVMYNIQDAMGNSWEWIYFVSMVILGAFFVMNLILGVLSGEFSKEREKAKNRGDFQKLREKQQLEEDLKGYLDWITQAEYLEPVDQHDNSNQKGDFGGPTQNEHDSTDHLGVETVEPQKVSISWKKDFDKVNRRMKRACRKAVKSQTFYWLIIVLVFLNTVVLASEHYRQPEWLDHFQEYGNAFFVALFTLEMLVKMYSLGLQGYFVSLFNRFDCFVVIGSISEMVLTKSEVMPPLGISVLRCVRLLRVFKVTKYWRSLSNLVASLLNSIQSIASLLLLLFLFIMIFALLGMQVFGGKFNYDPVEEKDRHNFDCFWQALLTVFQILTGEDWNAVMYEGIKAYGGAGTVGIVACIYFInullnullFICGNYILLNVFLAIAVDNLADAESLTNIDKEEGACEEKEESMVAIEGVQGDTDDEYIHDDEAYTTDNSEREYEETGSEGDPQDEIEEEEEEELDENELEDRVEEEQERDEDMEMMEGHQRNHIVNTEFAEEHRLKRKPTTSSARPRRLSEVDIHDSKKPIPEASSFFIFSKTNRFRVLCYKLSSSSTFGNIILVCIMLSSAMLAAEDPLDAVQSGFRNWLLSQFDVFFTGIFTLELFLKLVTYGLIPHQGAFLRSAFNVLDMLVVCVSLVSMNLKSGSISVVKILRVFRVLRPLRAINRAKGLKHVVQCVIVAIKTIGNILLVTSLLQFMFAVMGVQMFKGKFFRCNDISKMTKEECQGTYLVFENRNYVVRDREWKRNDFHFDNVMKGMLTLFTVSTFEGWPGLLYVSIDSNAEDRGPITNFRPIVAAYYIIYIIIIAFFMVNIFVGFVIVTFQNEGEQEYKNCELDKNQRNCIEFALKAKPIRRYIPKHRIQYKVWWFVTSQPFEYAIFVLIMINTITLAMKYHNQSIEYSKALDMLNMLFTAVFALEFIFKLAAFRFKNYFGDAWNTFDFIIVLGSIIDIVVSQVNELKNQGSGMPRIHVVKESSIPSINFFRLFRVMRLVKLLSRGEGIRTLLWTFIKSFQALPYVALLILMLFFIYAVVGMQVFGKIAIDDNTPITRNNHFQTFPQAILVLFRSATGEAWQDIMMGVSPDSEVKCDKNYHEEVGEDSEGTCGSVLAFPYFISFYVLCSFLIINLFVAVIMDNFDYLTRDWSILGPHHLDEFIRLWSEYDPDAKGRIKHLDVVTLLRKISPPLGFGKLCPHRVACKRLVSMNMPLNSDGTVLFNATLFAVVRTSLKIKTDGNIDDCNTELRAVIKKIWKRTSPKLLDQVVPPPGDPNEITVGKFYATFLIQDYFRRFKKRKEQELRQNDEQTHQMTLQAGLRTLHEAGPELKRAISGNLDDITAELDVPMHRRNHSLFGGVWSSIRRHGPNRHLHRHRKEPPPEAVGNHLSSLMQKEYGVGPLPLTPNLANGQPKEQIPMRPLILNGESEKIYQVLEKATNELKNAIHQGTDSAGRGVVSLPGSPRGNSSSLPVVGSAESLVTRVLTEQGLGEYCDPEFVRNTSREMQEALEMTEEQMDRAAHQLMIHEKNLKQAQCQPTQVADAWVIGRHRSPQVPPFSPANIDASPGLRAVIAPTSKATRPSRHRRKRKRKPVLV

Target ORF information:

RefSeq Version	XM_021348293.1
Organism	Bombyx mori(domestic silkworm)
Definition	Bombyx mori muscle calcium channel subunit alpha-1 (LOC101735743), mRNA.

Target ORF information:

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

XM_021348293.1

ORF Insert Sequence:

ATGAACGCGA ACGGAGATTC TCAGGGCCTC GTGCCAGCTG CCCCCGCCAC CACACCCACC 
GCCCCCCCCA TCACCACACC GCCTGCTCAT GTCGACGGCT CCTTACTTCC GATCCCACCA 
GTCGCCCCTA GGAAACCAGT CCGCAGGGGA GCCAAGGCAC AACCAGAGAG GCCGAAGAGA 
GCACTCTTCT GCTTGACGAT GAAAAATCCT CTCAGAAAAG TCTGCGTTGA CATCGTGGAA 
TGGAAACCCT TCGAGTGGAT GATCCTAACG ACAATATTCG CGAACTGTAT CGCCTTGGCT 
GTCTACACGC CGTATCCTGC CAGCGACTCC AATTACACCA ACTGGGTTCT GGAGAAAATT 
GAATACGTAT TCCTTGTGAT CTTCACCGGG GAATGCGTGA TGAAGATCAT CGCTTATGGC 
TTCGTGATGC ATCCAGGGTC TTACCTTAGA AACGGATGGA ATTTGCTCGA CTTCACTATA 
GTGGTTATCG GAATGGTGAG CACAGTCCTG TCAAGCATCT TCAAGGACTC TTTCGATGTG 
AAAGCTCTAC GAGCGTTCAG AGTACTTCGC CCACTCAGGC TGGTTTCTGG AGTACCGAGT 
CTGCAGATCG TGCTGAATTC TATCTTAAAA GCGATGGTCC CTCTCCTCCA CATAGCTTTA 
CTTGTGATAT TCGTCATCAT CATCTACGCC ATCATCGGTC TCGAGCTGTT CTCCGGGAAG 
ATGCACAAGA GCTGCTTCAA TAAATACACA GATGAGATAA TGGACAGTCC CCATCCGTGT 
GACAACGACA ATGGCTTCAA CTGCTCCTCC CTCGGCCCAG AGATGGAGTG TCGCGAGGGC 
TGGCCTGGCC CTAACTTTGG CATCACCAAC TTTGATAATT TCGGTCTCTC CATGCTAACC 
GTCTTCCAAT GCATCACGCT CGAAGGGTGG ACCGATGTCA TGTATAATAT CCAAGACGCC 
ATGGGTAACA GCTGGGAATG GATTTACTTC GTTTCGATGG TGATTCTGGG AGCTTTCTTC 
GTGATGAACC TGATTCTCGG TGTGTTGTCC GGTGAGTTCT CTAAAGAAAG AGAGAAAGCG 
AAGAACCGAG GTGACTTCCA GAAGTTAAGA GAAAAGCAGC AGTTAGAAGA AGATTTGAAA 
GGTTACCTAG ATTGGATCAC TCAAGCGGAA TACTTGGAGC CCGTGGACCA ACATGACAAC 
AGCAATCAGA AAGGAGATTT CGGAGGACCG ACACAGAACG AGCACGATTC CACGGATCAT 
CTCGGCGTAG AAACAGTTGA ACCACAGAAA GTGTCGATCT CATGGAAAAA GGATTTTGAT 
AAGGTGAACC GCCGCATGAA AAGGGCCTGT CGAAAAGCGG TCAAATCGCA AACATTCTAC 
TGGCTGATCA TAGTTTTAGT CTTCCTGAAC ACGGTAGTGC TCGCCAGTGA ACATTATCGG 
CAACCAGAGT GGCTGGACCA TTTCCAAGAA TACGGAAACG CGTTCTTCGT GGCTCTATTC 
ACTTTAGAAA TGTTAGTCAA AATGTACAGC CTGGGATTGC AAGGCTACTT CGTTTCACTA 
TTCAACCGTT TCGACTGCTT CGTCGTGATC GGCTCCATCA GCGAGATGGT GCTGACGAAG 
AGCGAGGTGA TGCCTCCACT GGGCATCTCC GTGCTGCGAT GCGTCAGGCT GCTTCGAGTC 
TTCAAGGTTA CGAAATATTG GCGTTCACTG TCCAACCTTG TAGCGTCACT CCTCAACTCG 
ATCCAGTCAA TCGCATCTCT ACTTCTGTTA CTGTTCCTGT TCATCATGAT CTTTGCACTC 
CTCGGGATGC AAGTTTTTGG AGGGAAATTC AACTACGACC CTGTGGAAGA AAAGGACAGG 
CACAATTTCG ATTGCTTCTG GCAGGCATTA TTGACTGTTT TTCAGATCCT GACTGGTGAA 
GACTGGAACG CGGTTATGTA TGAAGGTATC AAGGCATATG GAGGCGCAGG CACGGTCGGA 
ATAGTAGCTT GTATATATTT CATCNNNNNN TTCATTTGCG GCAACTATAT TCTTCTCAAT 
GTGTTCTTGG CCATTGCTGT TGACAACTTG GCGGATGCTG AGTCGCTCAC TAATATCGAC 
AAGGAAGAGG GGGCTTGTGA AGAAAAGGAA GAGAGTATGG TAGCTATAGA AGGAGTTCAA 
GGTGATACTG ATGATGAATA CATACATGAT GATGAAGCGT ATACCACTGA TAATTCTGAA 
AGGGAATATG AAGAAACAGG GTCAGAAGGT GACCCGCAAG ATGAGATCGA AGAAGAAGAA 
GAAGAAGAAT TAGATGAGAA CGAGTTAGAA GATAGAGTCG AAGAGGAACA AGAAAGAGAT 
GAAGATATGG AAATGATGGA AGGACACCAG CGGAATCATA TAGTGAACAC AGAGTTTGCG 
GAGGAGCATC GTTTGAAACG CAAACCCACT ACATCATCAG CTCGACCTCG CCGCCTCTCC 
GAGGTTGATA TACACGACTC AAAGAAACCG ATACCCGAAG CGTCTTCCTT CTTCATATTT 
AGCAAAACAA ACAGGTTTCG AGTTCTGTGC TACAAATTGT CGTCTTCTTC GACATTTGGA 
AATATAATAT TGGTCTGTAT TATGCTTTCG TCGGCCATGT TGGCTGCTGA AGATCCATTG 
GATGCAGTTC AGAGTGGATT CAGAAACTGG TTACTCAGCC AATTCGACGT GTTCTTCACT 
GGTATATTCA CGCTGGAGCT GTTTCTGAAG CTGGTGACGT ACGGGCTGAT CCCCCACCAG 
GGTGCCTTTC TGCGATCCGC CTTCAACGTT CTCGACATGC TGGTCGTTTG CGTATCGCTT 
GTGTCTATGA ATCTTAAGTC TGGTAGTATA TCCGTGGTGA AAATATTACG AGTGTTCAGG 
GTGCTCAGAC CGCTCAGGGC TATCAACAGG GCGAAGGGTC TTAAGCACGT TGTACAATGC 
GTGATCGTTG CAATCAAAAC AATCGGAAAC ATATTATTGG TTACATCGTT ACTACAGTTC 
ATGTTTGCCG TGATGGGAGT CCAAATGTTC AAGGGTAAAT TTTTTAGATG TAATGATATT 
TCTAAGATGA CAAAAGAAGA ATGTCAGGGA ACCTATTTAG TATTTGAGAA TCGTAATTAC 
GTTGTAAGAG ACCGGGAATG GAAACGCAAC GACTTTCATT TCGACAATGT GATGAAGGGA 
ATGCTTACTT TGTTCACTGT GTCGACGTTT GAAGGCTGGC CAGGGTTGCT GTATGTTTCA 
ATAGATTCAA ATGCGGAGGA TCGCGGTCCC ATAACTAACT TCCGTCCAAT TGTTGCAGCC 
TACTACATTA TTTATATTAT TATAATTGCC TTCTTTATGG TAAATATATT CGTGGGTTTC 
GTCATAGTGA CATTCCAAAA CGAGGGTGAA CAGGAATACA AGAATTGTGA ACTAGACAAG 
AATCAGAGAA ACTGTATTGA GTTTGCGTTG AAAGCAAAGC CGATCAGAAG GTACATTCCC 
AAGCACCGCA TTCAATACAA AGTGTGGTGG TTCGTCACCT CACAGCCGTT TGAATATGCG 
ATCTTCGTCC TCATCATGAT CAACACCATC ACGTTAGCCA TGAAGTACCA CAACCAGTCC 
ATCGAATATA GCAAGGCTTT GGACATGCTC AATATGTTGT TCACGGCCGT TTTTGCCTTG 
GAGTTCATAT TCAAACTAGC TGCGTTTAGA TTTAAGAACT ACTTCGGGGA CGCTTGGAAC 
ACCTTTGACT TCATTATAGT ACTCGGAAGC ATCATTGATA TAGTCGTTTC GCAAGTAAAC 
GAATTGAAGA ATCAGGGAAG TGGCATGCCC AGAATACATG TTGTAAAGGA GAGCTCAATA 
CCGTCGATAA ACTTCTTCCG TTTGTTTCGT GTGATGAGAC TCGTGAAGCT GCTGTCCAGG 
GGCGAAGGCA TCAGAACGTT GTTGTGGACC TTCATAAAGT CGTTCCAAGC CCTCCCGTAC 
GTCGCTCTGC TGATACTGAT GCTGTTCTTC ATTTATGCTG TTGTGGGCAT GCAGGTATTC 
GGAAAGATAG CAATAGACGA CAATACTCCG ATCACAAGGA ACAATCACTT CCAGACATTC 
CCGCAGGCTA TATTAGTGTT ATTCAGATCT GCCACAGGTG AAGCATGGCA GGACATCATG 
ATGGGAGTGT CGCCAGACTC TGAGGTCAAG TGCGATAAGA ATTACCACGA GGAAGTGGGA 
GAGGATAGCG AAGGCACCTG TGGAAGTGTA TTAGCATTCC CATATTTTAT ATCATTTTAT 
GTGTTATGTT CTTTTCTGAT TATCAATTTA TTCGTTGCGG TCATTATGGA TAACTTTGAC 
TATCTAACTA GAGATTGGTC AATATTGGGA CCACACCACT TAGATGAATT TATAAGACTT 
TGGAGCGAAT ATGACCCTGA CGCAAAGGGT AGAATAAAAC ATTTAGATGT AGTTACTTTA 
CTAAGAAAAA TAAGTCCGCC TTTGGGATTC GGCAAGCTCT GTCCTCACCG CGTTGCCTGC 
AAACGACTAG TTTCCATGAA CATGCCTCTC AATTCAGATG GCACTGTTCT CTTCAACGCT 
ACACTGTTCG CCGTCGTCAG AACTTCATTG AAGATTAAAA CGGATGGTAA CATTGACGAC 
TGCAACACAG AATTAAGAGC AGTGATAAAG AAAATCTGGA AACGCACATC ACCAAAACTC 
CTGGACCAAG TAGTTCCTCC ACCAGGCGAC CCCAACGAGA TCACAGTCGG AAAGTTCTAC 
GCCACCTTCC TAATCCAAGA CTACTTCAGG AGGTTCAAAA AGCGGAAAGA ACAAGAATTA 
AGGCAAAATG ATGAGCAAAC GCATCAGATG ACGCTGCAAG CCGGATTGAG GACTTTGCAT 
GAAGCCGGGC CGGAACTAAA GAGGGCTATC TCTGGTAATC TGGATGATAT AACGGCCGAG 
TTAGATGTAC CTATGCATAG GAGAAATCAC TCGCTGTTTG GAGGTGTCTG GTCAAGTATA 
CGACGGCACG GTCCTAACAG ACATCTTCAT AGACACAGAA AAGAGCCGCC GCCAGAGGCT 
GTTGGCAATC ATTTAAGCTC CTTAATGCAG AAAGAATATG GGGTTGGACC GTTGCCGCTG 
ACACCCAATT TGGCAAACGG ACAACCAAAA GAACAGATAC CAATGAGGCC TCTTATACTA 
AACGGTGAAT CAGAAAAAAT ATATCAAGTC TTAGAAAAAG CCACAAACGA ACTAAAGAAC 
GCTATTCATC AAGGAACCGA TAGCGCTGGT CGAGGCGTTG TATCGCTGCC AGGAAGTCCC 
CGCGGAAACA GCTCCTCATT ACCAGTAGTA GGCTCCGCAG AAAGCCTAGT CACTAGAGTG 
TTGACTGAAC AAGGACTAGG AGAATACTGC GATCCAGAGT TCGTCAGGAA CACTTCTAGA 
GAGATGCAGG AAGCACTCGA GATGACAGAA GAGCAGATGG ACAGAGCGGC TCATCAGCTG 
ATGATTCACG AAAAGAATTT GAAGCAAGCT CAATGTCAAC CAACTCAAGT TGCTGATGCT 
TGGGTTATAG GGCGACATCG TAGCCCGCAA GTTCCACCCT TTTCACCAGC CAACATCGAT 
GCCTCCCCCG GCCTGCGAGC GGTTATAGCA CCGACCTCCA AAGCCACGCG GCCGTCCCGC 
CACCGACGGA AGCGGAAACG AAAACCTGTG TTGGTTTAA

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

PubMed

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LOC101735743 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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