SPATA31C1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	SPATA31C1
Entrez Gene ID	441452
Full Name	SPATA31 subfamily C member 1
Synonyms	FAM75C1,SPATA31C2
General protein information	Preferred Names SPATA31 subfamily C member 1 Names spermatogenesis-associated protein 31C1 family with sequence similarity 75, member C1 spermatogenesis-associated protein 31C2
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 9 Map Location: 9q22.1

mRNA and Protein(s)

mRNA	Protein	Name
XM_011518703.1	XP_011517005.1	spermatogenesis-associated protein 31C1 isoform X3
NM_001145124.1	NP_001138596.1	putative spermatogenesis-associated protein 31C1
XM_011518702.1	XP_011517004.1	putative spermatogenesis-associated protein 31C1 isoform X2
XM_011518701.2	XP_011517003.1	putative spermatogenesis-associated protein 31C1 isoform X1

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Diversification of transcriptional modulation: large-scale identification and characterization of putative alternative promoters of human genes.
Kimura K, Wakamatsu A, Suzuki Y, Ota T, Nishikawa T, Yamashita R, Yamamoto J, Sekine M, Tsuritani K, Wakaguri H, Ishii S, Sugiyama T, Saito K, Isono Y, Irie R, Kushida N, Yoneyama T, Otsuka R, Kanda K, Yokoi T, Kondo H, Wagatsuma M, Murakawa K, Ishida S, Ishibashi T, Takahashi-Fujii A, Tanase T, Nagai K, Kikuchi H, Nakai K, Isogai T, Sugano S
Genome research16(1)55-65(2006 Jan)

Complete sequencing and characterization of 21,243 full-length human cDNAs.
Ota T, Suzuki Y, Nishikawa T, Otsuki T, Sugiyama T, Irie R, Wakamatsu A, Hayashi K, Sato H, Nagai K, Kimura K, Makita H, Sekine M, Obayashi M, Nishi T, Shibahara T, Tanaka T, Ishii S, Yamamoto J, Saito K, Kawai Y, Isono Y, Nakamura Y, Nagahari K, Murakami K, Yasuda T, Iwayanagi T, Wagatsuma M, Shiratori A, Sudo H, Hosoiri T, Kaku Y, Kodaira H, Kondo H, Sugawara M, Takahashi M, Kanda K, Yokoi T, Furuya T, Kikkawa E, Omura Y, Abe K, Kamihara K, Katsuta N, Sato K, Tanikawa M, Yamazaki M, Ninomiya K, Ishibashi T, Yamashita H, Murakawa K, Fujimori K, Tanai H, Kimata M, Watanabe M, Hiraoka S, Chiba Y, Ishida S, Ono Y, Takiguchi S, Watanabe S, Yosida M, Hotuta T, Kusano J, Kanehori K, Takahashi-Fujii A, Hara H, Tanase TO, Nomura Y, Togiya S, Komai F, Hara R, Takeuchi K, Arita M, Imose N, Musashino K, Yuuki H, Oshima A, Sasaki N, Aotsuka S, Yoshikawa Y, Matsunawa H, Ichihara T, Shiohata N, Sano S, Moriya S, Momiyama H, Satoh N, Takami S, Terashima Y, Suzuki O, Nakagawa S, Senoh A, Mizoguchi H, Goto Y, Shimizu F, Wakebe H, Hishigaki H, Watanabe T, Sugiyama A, Takemoto M, Kawakami B, Yamazaki M, Watanabe K, Kumagai A, Itakura S, Fukuzumi Y, Fujimori Y, Komiyama M, Tashiro H, Tanigami A, Fujiwara T, Ono T, Yamada K, Fujii Y, Ozaki K, Hirao M, Ohmori Y, Kawabata A, Hikiji T, Kobatake N, Inagaki H, Ikema Y, Okamoto S, Okitani R, Kawakami T, Noguchi S, Itoh T, Shigeta K, Senba T, Matsumura K, Nakajima Y, Mizuno T, Morinaga M, Sasaki M, Togashi T, Oyama M, Hata H, Watanabe M, Komatsu T, Mizushima-Sugano J, Satoh T, Shirai Y, Takahashi Y, Nakagawa K, Okumura K, Nagase T, Nomura N, Kikuchi H, Masuho Y, Yamashita R, Nakai K, Yada T, Nakamura Y, Ohara O, Isogai T, Sugano S
Nature genetics36(1)40-5(2004 Jan)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following SPATA31C1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPATA31C1 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)
OHu31813	NM_001145124.1 Latest version!	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$459.50-$643.30 $919.00
OHu80342	XM_011518702.1 Latest version!	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$459.50-$643.30 $919.00
OHu80342	XM_011518701.2 Latest version!	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$459.50-$643.30 $919.00
OHu80343	XM_011518703.1 Latest version!	Homo sapiens SPATA31 subfamily C, member 1 (SPATA31C1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	15-17	$643.30 $919.00

ORF Online Only Promotion

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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)

SPATA31C1 ( NM_001145124.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138596.1 Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), mRNA.

Price & Availability↑

CloneID	OHu31813
Clone ID Related Accession (Same CDS sequence)	NM_001145124.1
Accession Version	NM_001145124.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3567bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	putative spermatogenesis-associated protein 31C1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DB065037.1, AK310310.1 and AL353572.13. On or before Feb 13, 2009 this sequence version replaced XR_041345.1, XR_041344.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. ##Evidence-Data-START## Transcript exon combination :: DC400053.1, DC398610.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on expression ##RefSeq-Attributes-END##

ATGGAGAATC TTCCCTTTCC TCTAAAATTA CTTAGTGCCT CATCACTAAA CACCCCCAGC 
TCCACACCAT GGGTGTTGGA TATCTTCCTC ACCTTGGTGT TTGCCCTGGG GCTCTTCTTC 
CTATTACTCC CCTACTTCTC TTACCTCCGT TGTGACAACC CACCCTCACC ATCGCCTAGG 
AAGAGAAAGC GTCATCTTGT CTCCCAGCGT CATCTTGTCT CCCAGTGTCC AACAGGGCGG 
AGGGGGAGGC CCAGAGGCAG GATGAAAAAC CACAGTCTGA GAGCTTGTAG AGAGTGCCCG 
AGAGGCCTGG AGGAGACTTG GGACCTGCTT TCACAACTGC AGAGCCTCCT GGGGCCACAC 
CTTGAAAAAG GTGACTTTGG TCAGCTCTCT GGTCCAGACC CGCCAGGTGA GGTGGGCAAA 
AGAACACCTG ATGGAGCCTC CCGGTCCTCT CATGAGCCTA TGGAAGATGC TGCTCCCATT 
GTCTCCCCGT TAGCTTCCCC GGATCCTCGA ACCAAGCATC CTCAGGATCT GGCCTCCACC 
CCACCACCAG GCCCAATGAC CACCTCAGTC TCCTCCCTAA GTGCCTCCCA GCCACCAGAA 
CCTTCCCTTC TCCTAGAACG CCCCTCACCC GAGCCACCTG CACTTTTCCC TCACCCACCA 
CACACCCCTG ATCCTCTGGC CTGCTCTCCA CCTCCTCCGA AAGGCTTCAC TCCTCCTCCC 
CTGCGGGACT CCACTCTGTT AACACCATCT CACTGTGACT CAGTGGCACT TCCACTGGAC 
ACCGTCCCTC AAAGCTTGTC TCCACGTGAG GATTTGGCGG CTTCTGTCCC AGCCATCTCA 
GGCCTTGGCG GCTCAAACAG TCAAGTTTCT GCCCTCTCCT GGTCGCAGGA GACTACCAAA 
ACCTGGTGCA TCTTCAACTC GTCAGTCCAG CAAGATCATC TTTCCCGCCA AAGGGACACC 
ACAATGTCCC CACTGCTTTT CCAGGCCCAG CCCCTGTCCC ATCTGGGGCC TGAGTCCCAA 
CCCTTTATTT CATCCACACC CCAATTCCGG CCCACACCTA TGGCTCAGGC CGAGGCTCAG 
GCCCATCTTC AATCCTCTTT CCCAGTCCTA TCTCCTGCTT TTCTATCCCC GATGAAGAAC 
ACTGGAGTAG CTTGCCCTGC GTCGCAGAAT AAAGTGCAAG CTCTCTCCTT ACCTGAAACT 
CAGCACCCTG AAAGGCCTTT GTTGAGGAAA CAACTAGAAG GTGGGTTGGC TTTACCCTCT 
AGGGTCCAAA AATCTCAGGA CGTCTTTAGT GTCTCCACTC CTAACCTTCC CCAGGAAAGA 
CTGACATCCA TTCTGCCTGA GAACTTTCCA GTCAGTCCTG AACTCTGGAG ACAACTGGAG 
CAATACATGG GGCAACGTGG AAGGATCCAA GAGTCTCTGG ATCTGATGCA GCTTCAGGAT 
GAATTGCCAG GGACAAGTCA GGCCAAGGGC AAACCCAGGC CCTGGCAGTC CTCCACGTCC 
ACAGGTGAAA GCAGCAAGGA GGCACAGACG GTGAAGTTCC AGCTAGAGAG GGACCCATGC 
CCACATCTGG GGCAAATTCT GGGTGAGACC CCACAAAATC TATCCAGGGG CATGGAAAGC 
TTCCCAGGGA AGGTTCTGGG GGCGACCTCT GAGGAGTCAG AAAGGAACCT GAGGAAGCCC 
TTGAGGAGTG ACTCAGGAAG TGATTTATTA AGACGCACAG AGAGGAATCA TATAGAAAAC 
ATCCTGAAAG CCCACATGGG CAGAAAGTTG GGCCAGACCA ACGAGGGCTT GATCCCCGTG 
AGTGTGCGTC GATCCTGGCT TGCTGTCAAC CAGGCTTTTC CCGTATCCAA CACCCACGTG 
AAAACCAGCA ATCTAGCAGC CCCGAAAAGT AGGAAAGCCT GTGTAAACAC AGCCCAGGTG 
CTTTCCTTCC TTGAGCTGTG TACTCAGCAG GTGCTGGAAG CCCATATTGT GAGGTTTTGG 
GCCAAACACA GGTGGGGTCT ACCCCTCAGG GTCCTCAAGC CCATTCAGTG CTTTCAACTG 
GAAAAGGTTT CATCCTTGTC CCTTATACAG CTTGCTGGTC CCTCCTCAGA CACCTGCGAA 
TCTGGGGCTG GCTCAAAAGT TGAGGTGGCC ACGCTCCTTG GAGAGCCACC AATGGCAAGT 
CTGAGAAAGC AAGTGCTGAC CAAACCATCT GTTCACATGC CAGAGAGGCT TCAGGCCTCC 
TCACCTGCAT GTAAGCAGTT CCAGAGGGCC CCGCGAGGGA TCCCATCTTC AAATGATCAT 
GGGTCCTTGA AGGCTCCTAC AGCTGGACAG GAGGGCAGGT GGCCATCTAA GCCCCTCACA 
TACAGCCTCA AAGGCAGCAC CCAGCAGAGC AGGAGCTTAG GAGCCCAATC TTCAAGGGCT 
GGAGAGACCA GGGAGGCAGT GCCACAACCC ACAGTCCCCT TGGGAACCTG TATGAGAGCA 
AACCTCCAAG CCACAAGTGA GGATGTGCGT GGTTTCAAGG CTCCAGGCGC CAGCAAAAGC 
TCTCTACTCC CTAGAATGTC TGTCTCCCAA GACCCAAGAA AGCTGTGTCT CATGGAGGAG 
GCTGTTAGTG AATTTGAGCC TGGAATGGCC ACGAAGTCAG AGACCCAGCC TCAAGTTTCT 
GCCGCTGTTG TGCTCCTTCC AGATGGGCAA GCATCTGTTG TGCCCCATGC TTCAGAGAAT 
TTGGCTTCTC AAGTGCCCCA GGGCCATCTC CAGAGCACGC CTACTGGGAA CATGCAGGCT 
TCCCAGGAGC TATGTGACCT CATGTCAGCC AGAAGGAGTA ACATGGGGCA CAAGGAGCCC 
AGGAACCCAA ACTGTCAAGG CTCATGCAAG AGCCAAAGCC CAATGTTTCC CCCTACTCAC 
AAGAGGGAGA ACTCTAGGAA GCCCAACTTA GAAAAACATG AAGAAATGTT TCAAGGATTG 
AGGACTCCTC AACTTACCCC AGGCAGAAAA ACAGAAGACA CCCGTCAGAA TGAAGGCGTC 
CAGCTACTGC CATCAAAGAA ACAGCCTCCT TCAATAAGCC ACTTTGGAGA AAACATCAAG 
CAATTTTTTG AGACGATTTT TTCAAAGAAA GAAAGGAAGC CAGCACCAGT CACTGCTGAG 
AGCCAAAAAA CAGTAAAAAA CAGATCATGC GTGTACGGCA GCAGTGCTGA AGCTGAGAGG 
CTCATGACAG CAGTTGGACA GATACCGGAG GAGAACATGT CACTTTGCCA TGCGCGCCAT 
GCCTCGAAGG TAAATCAGCA AAGACAGCAG TTTCAAGCCC CAGTCTGTGG GTTTCCCTGC 
AACCACAGAC ACCCGTTCTA CTCAGACCAC AGCAGAATGC TGAGCTATGC AGCCAGCAGT 
CAACAAGCCA CTCTCAAGAA CCAGAGTCGT CCCAACAGAG ACAGACAAAT CAGAGATCAG 
CAGCCCTTGA AAAGTGTCCG GTGCAACAAT GAGCAATGGG GCCTGCGACA TCCCCAACTC 
TTGCTCCCCA AGAAAGCTGT ATCCCCAGTC AGTCCCCCTC AGCACCGGCC GAAGACACCC 
AGTGCCTCCA GCCACCATCA CCACTGA

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

RefSeq	NP_001138596.1
CDS	30..3596
Translation	MENLPFPLKLLSASSLNTPSSTPWVLDIFLTLVFALGLFFLLLPYFSYLRCDNPPSPSPRKRKRHLVSQRHLVSQCPTGRRGRPRGRMKNHSLRACRECPRGLEETWDLLSQLQSLLGPHLEKGDFGQLSGPDPPGEVGKRTPDGASRSSHEPMEDAAPIVSPLASPDPRTKHPQDLASTPPPGPMTTSVSSLSASQPPEPSLLLERPSPEPPALFPHPPHTPDPLACSPPPPKGFTPPPLRDSTLLTPSHCDSVALPLDTVPQSLSPREDLAASVPAISGLGGSNSQVSALSWSQETTKTWCIFNSSVQQDHLSRQRDTTMSPLLFQAQPLSHLGPESQPFISSTPQFRPTPMAQAEAQAHLQSSFPVLSPAFLSPMKNTGVACPASQNKVQALSLPETQHPERPLLRKQLEGGLALPSRVQKSQDVFSVSTPNLPQERLTSILPENFPVSPELWRQLEQYMGQRGRIQESLDLMQLQDELPGTSQAKGKPRPWQSSTSTGESSKEAQTVKFQLERDPCPHLGQILGETPQNLSRGMESFPGKVLGATSEESERNLRKPLRSDSGSDLLRRTERNHIENILKAHMGRKLGQTNEGLIPVSVRRSWLAVNQAFPVSNTHVKTSNLAAPKSRKACVNTAQVLSFLELCTQQVLEAHIVRFWAKHRWGLPLRVLKPIQCFQLEKVSSLSLIQLAGPSSDTCESGAGSKVEVATLLGEPPMASLRKQVLTKPSVHMPERLQASSPACKQFQRAPRGIPSSNDHGSLKAPTAGQEGRWPSKPLTYSLKGSTQQSRSLGAQSSRAGETREAVPQPTVPLGTCMRANLQATSEDVRGFKAPGASKSSLLPRMSVSQDPRKLCLMEEAVSEFEPGMATKSETQPQVSAAVVLLPDGQASVVPHASENLASQVPQGHLQSTPTGNMQASQELCDLMSARRSNMGHKEPRNPNCQGSCKSQSPMFPPTHKRENSRKPNLEKHEEMFQGLRTPQLTPGRKTEDTRQNEGVQLLPSKKQPPSISHFGENIKQFFETIFSKKERKPAPVTAESQKTVKNRSCVYGSSAEAERLMTAVGQIPEENMSLCHARHASKVNQQRQQFQAPVCGFPCNHRHPFYSDHSRMLSYAASSQQATLKNQSRPNRDRQIRDQQPLKSVRCNNEQWGLRHPQLLLPKKAVSPVSPPQHRPKTPSASSHHHH

Target ORF information:

RefSeq Version	NM_001145124.1
Organism	Homo sapiens(human)
Definition	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), mRNA.

Target ORF information:

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

NM_001145124.1

ORF Insert Sequence:

ATGGAGAATC TTCCCTTTCC TCTAAAATTA CTTAGTGCCT CATCACTAAA CACCCCCAGC 
TCCACACCAT GGGTGTTGGA TATCTTCCTC ACCTTGGTGT TTGCCCTGGG GCTCTTCTTC 
CTATTACTCC CCTACTTCTC TTACCTCCGT TGTGACAACC CACCCTCACC ATCGCCTAGG 
AAGAGAAAGC GTCATCTTGT CTCCCAGCGT CATCTTGTCT CCCAGTGTCC AACAGGGCGG 
AGGGGGAGGC CCAGAGGCAG GATGAAAAAC CACAGTCTGA GAGCTTGTAG AGAGTGCCCG 
AGAGGCCTGG AGGAGACTTG GGACCTGCTT TCACAACTGC AGAGCCTCCT GGGGCCACAC 
CTTGAAAAAG GTGACTTTGG TCAGCTCTCT GGTCCAGACC CGCCAGGTGA GGTGGGCAAA 
AGAACACCTG ATGGAGCCTC CCGGTCCTCT CATGAGCCTA TGGAAGATGC TGCTCCCATT 
GTCTCCCCGT TAGCTTCCCC GGATCCTCGA ACCAAGCATC CTCAGGATCT GGCCTCCACC 
CCACCACCAG GCCCAATGAC CACCTCAGTC TCCTCCCTAA GTGCCTCCCA GCCACCAGAA 
CCTTCCCTTC TCCTAGAACG CCCCTCACCC GAGCCACCTG CACTTTTCCC TCACCCACCA 
CACACCCCTG ATCCTCTGGC CTGCTCTCCA CCTCCTCCGA AAGGCTTCAC TCCTCCTCCC 
CTGCGGGACT CCACTCTGTT AACACCATCT CACTGTGACT CAGTGGCACT TCCACTGGAC 
ACCGTCCCTC AAAGCTTGTC TCCACGTGAG GATTTGGCGG CTTCTGTCCC AGCCATCTCA 
GGCCTTGGCG GCTCAAACAG TCAAGTTTCT GCCCTCTCCT GGTCGCAGGA GACTACCAAA 
ACCTGGTGCA TCTTCAACTC GTCAGTCCAG CAAGATCATC TTTCCCGCCA AAGGGACACC 
ACAATGTCCC CACTGCTTTT CCAGGCCCAG CCCCTGTCCC ATCTGGGGCC TGAGTCCCAA 
CCCTTTATTT CATCCACACC CCAATTCCGG CCCACACCTA TGGCTCAGGC CGAGGCTCAG 
GCCCATCTTC AATCCTCTTT CCCAGTCCTA TCTCCTGCTT TTCTATCCCC GATGAAGAAC 
ACTGGAGTAG CTTGCCCTGC GTCGCAGAAT AAAGTGCAAG CTCTCTCCTT ACCTGAAACT 
CAGCACCCTG AAAGGCCTTT GTTGAGGAAA CAACTAGAAG GTGGGTTGGC TTTACCCTCT 
AGGGTCCAAA AATCTCAGGA CGTCTTTAGT GTCTCCACTC CTAACCTTCC CCAGGAAAGA 
CTGACATCCA TTCTGCCTGA GAACTTTCCA GTCAGTCCTG AACTCTGGAG ACAACTGGAG 
CAATACATGG GGCAACGTGG AAGGATCCAA GAGTCTCTGG ATCTGATGCA GCTTCAGGAT 
GAATTGCCAG GGACAAGTCA GGCCAAGGGC AAACCCAGGC CCTGGCAGTC CTCCACGTCC 
ACAGGTGAAA GCAGCAAGGA GGCACAGACG GTGAAGTTCC AGCTAGAGAG GGACCCATGC 
CCACATCTGG GGCAAATTCT GGGTGAGACC CCACAAAATC TATCCAGGGG CATGGAAAGC 
TTCCCAGGGA AGGTTCTGGG GGCGACCTCT GAGGAGTCAG AAAGGAACCT GAGGAAGCCC 
TTGAGGAGTG ACTCAGGAAG TGATTTATTA AGACGCACAG AGAGGAATCA TATAGAAAAC 
ATCCTGAAAG CCCACATGGG CAGAAAGTTG GGCCAGACCA ACGAGGGCTT GATCCCCGTG 
AGTGTGCGTC GATCCTGGCT TGCTGTCAAC CAGGCTTTTC CCGTATCCAA CACCCACGTG 
AAAACCAGCA ATCTAGCAGC CCCGAAAAGT AGGAAAGCCT GTGTAAACAC AGCCCAGGTG 
CTTTCCTTCC TTGAGCTGTG TACTCAGCAG GTGCTGGAAG CCCATATTGT GAGGTTTTGG 
GCCAAACACA GGTGGGGTCT ACCCCTCAGG GTCCTCAAGC CCATTCAGTG CTTTCAACTG 
GAAAAGGTTT CATCCTTGTC CCTTATACAG CTTGCTGGTC CCTCCTCAGA CACCTGCGAA 
TCTGGGGCTG GCTCAAAAGT TGAGGTGGCC ACGCTCCTTG GAGAGCCACC AATGGCAAGT 
CTGAGAAAGC AAGTGCTGAC CAAACCATCT GTTCACATGC CAGAGAGGCT TCAGGCCTCC 
TCACCTGCAT GTAAGCAGTT CCAGAGGGCC CCGCGAGGGA TCCCATCTTC AAATGATCAT 
GGGTCCTTGA AGGCTCCTAC AGCTGGACAG GAGGGCAGGT GGCCATCTAA GCCCCTCACA 
TACAGCCTCA AAGGCAGCAC CCAGCAGAGC AGGAGCTTAG GAGCCCAATC TTCAAGGGCT 
GGAGAGACCA GGGAGGCAGT GCCACAACCC ACAGTCCCCT TGGGAACCTG TATGAGAGCA 
AACCTCCAAG CCACAAGTGA GGATGTGCGT GGTTTCAAGG CTCCAGGCGC CAGCAAAAGC 
TCTCTACTCC CTAGAATGTC TGTCTCCCAA GACCCAAGAA AGCTGTGTCT CATGGAGGAG 
GCTGTTAGTG AATTTGAGCC TGGAATGGCC ACGAAGTCAG AGACCCAGCC TCAAGTTTCT 
GCCGCTGTTG TGCTCCTTCC AGATGGGCAA GCATCTGTTG TGCCCCATGC TTCAGAGAAT 
TTGGCTTCTC AAGTGCCCCA GGGCCATCTC CAGAGCACGC CTACTGGGAA CATGCAGGCT 
TCCCAGGAGC TATGTGACCT CATGTCAGCC AGAAGGAGTA ACATGGGGCA CAAGGAGCCC 
AGGAACCCAA ACTGTCAAGG CTCATGCAAG AGCCAAAGCC CAATGTTTCC CCCTACTCAC 
AAGAGGGAGA ACTCTAGGAA GCCCAACTTA GAAAAACATG AAGAAATGTT TCAAGGATTG 
AGGACTCCTC AACTTACCCC AGGCAGAAAA ACAGAAGACA CCCGTCAGAA TGAAGGCGTC 
CAGCTACTGC CATCAAAGAA ACAGCCTCCT TCAATAAGCC ACTTTGGAGA AAACATCAAG 
CAATTTTTTG AGACGATTTT TTCAAAGAAA GAAAGGAAGC CAGCACCAGT CACTGCTGAG 
AGCCAAAAAA CAGTAAAAAA CAGATCATGC GTGTACGGCA GCAGTGCTGA AGCTGAGAGG 
CTCATGACAG CAGTTGGACA GATACCGGAG GAGAACATGT CACTTTGCCA TGCGCGCCAT 
GCCTCGAAGG TAAATCAGCA AAGACAGCAG TTTCAAGCCC CAGTCTGTGG GTTTCCCTGC 
AACCACAGAC ACCCGTTCTA CTCAGACCAC AGCAGAATGC TGAGCTATGC AGCCAGCAGT 
CAACAAGCCA CTCTCAAGAA CCAGAGTCGT CCCAACAGAG ACAGACAAAT CAGAGATCAG 
CAGCCCTTGA AAAGTGTCCG GTGCAACAAT GAGCAATGGG GCCTGCGACA TCCCCAACTC 
TTGCTCCCCA AGAAAGCTGT ATCCCCAGTC AGTCCCCCTC AGCACCGGCC GAAGACACCC 
AGTGCCTCCA GCCACCATCA CCACTGA

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

SPATA31C1 ( XM_011518702.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517004.1 Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu80342
Clone ID Related Accession (Same CDS sequence)	XM_011518702.1 , XM_011518701.2
Accession Version	XM_011518702.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3609bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	putative spermatogenesis-associated protein 31C1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCAGAG CTCAGTTGCT AGAAAGCAAT GCGCCTATTC ACATGGAGAA TCTTCCCTTT 
CCTCTAAAAT TACTTAGTGC CTCATCACTA AACACCCCCA GCTCCACACC ATGGGTGTTG 
GATATCTTCC TCACCTTGGT GTTTGCCCTG GGGCTCTTCT TCCTATTACT CCCCTACTTC 
TCTTACCTCC GTTGTGACAA CCCACCCTCA CCATCGCCTA GGAAGAGAAA GCGTCATCTT 
GTCTCCCAGC GTCATCTTGT CTCCCAGTGT CCAACAGGGC GGAGGGGGAG GCCCAGAGGC 
AGGATGAAAA ACCACAGTCT GAGAGCTTGT AGAGAGTGCC CGAGAGGCCT GGAGGAGACT 
TGGGACCTGC TTTCACAACT GCAGAGCCTC CTGGGGCCAC ACCTTGAAAA AGGTGACTTT 
GGTCAGCTCT CTGGTCCAGA CCCGCCAGGT GAGGTGGGCA AAAGAACACC TGATGGAGCC 
TCCCGGTCCT CTCATGAGCC TATGGAAGAT GCTGCTCCCA TTGTCTCCCC GTTAGCTTCC 
CCGGATCCTC GAACCAAGCA TCCTCAGGAT CTGGCCTCCA CCCCACCACC AGGCCCAATG 
ACCACCTCAG TCTCCTCCCT AAGTGCCTCC CAGCCACCAG AACCTTCCCT TCTCCTAGAA 
CGCCCCTCAC CCGAGCCACC TGCACTTTTC CCTCACCCAC CACACACCCC TGATCCTCTG 
GCCTGCTCTC CACCTCCTCC GAAAGGCTTC ACTCCTCCTC CCCTGCGGGA CTCCACTCTG 
TTAACACCAT CTCACTGTGA CTCAGTGGCA CTTCCACTGG ACACCGTCCC TCAAAGCTTG 
TCTCCACGTG AGGATTTGGC GGCTTCTGTC CCAGCCATCT CAGGCCTTGG CGGCTCAAAC 
AGTCAAGTTT CTGCCCTCTC CTGGTCGCAG GAGACTACCA AAACCTGGTG CATCTTCAAC 
TCGTCAGTCC AGCAAGATCA TCTTTCCCGC CAAAGGGACA CCACAATGTC CCCACTGCTT 
TTCCAGGCCC AGCCCCTGTC CCATCTGGGG CCTGAGTCCC AACCCTTTAT TTCATCCACA 
CCCCAATTCC GGCCCACACC TATGGCTCAG GCCGAGGCTC AGGCCCATCT TCAATCCTCT 
TTCCCAGTCC TATCTCCTGC TTTTCTATCC CCGATGAAGA ACACTGGAGT AGCTTGCCCT 
GCGTCGCAGA ATAAAGTGCA AGCTCTCTCC TTACCTGAAA CTCAGCACCC TGAAAGGCCT 
TTGTTGAGGA AACAACTAGA AGGTGGGTTG GCTTTACCCT CTAGGGTCCA AAAATCTCAG 
GACGTCTTTA GTGTCTCCAC TCCTAACCTT CCCCAGGAAA GACTGACATC CATTCTGCCT 
GAGAACTTTC CAGTCAGTCC TGAACTCTGG AGACAACTGG AGCAATACAT GGGGCAACGT 
GGAAGGATCC AAGAGTCTCT GGATCTGATG CAGCTTCAGG ATGAATTGCC AGGGACAAGT 
CAGGCCAAGG GCAAACCCAG GCCCTGGCAG TCCTCCACGT CCACAGGTGA AAGCAGCAAG 
GAGGCACAGA CGGTGAAGTT CCAGCTAGAG AGGGACCCAT GCCCACATCT GGGGCAAATT 
CTGGGTGAGA CCCCACAAAA TCTATCCAGG GGCATGGAAA GCTTCCCAGG GAAGGTTCTG 
GGGGCGACCT CTGAGGAGTC AGAAAGGAAC CTGAGGAAGC CCTTGAGGAG TGACTCAGGA 
AGTGATTTAT TAAGACGCAC AGAGAGGAAT CATATAGAAA ACATCCTGAA AGCCCACATG 
GGCAGAAAGT TGGGCCAGAC CAACGAGGGC TTGATCCCCG TGAGTGTGCG TCGATCCTGG 
CTTGCTGTCA ACCAGGCTTT TCCCGTATCC AACACCCACG TGAAAACCAG CAATCTAGCA 
GCCCCGAAAA GTAGGAAAGC CTGTGTAAAC ACAGCCCAGG TGCTTTCCTT CCTTGAGCTG 
TGTACTCAGC AGGTGCTGGA AGCCCATATT GTGAGGTTTT GGGCCAAACA CAGGTGGGGT 
CTACCCCTCA GGGTCCTCAA GCCCATTCAG TGCTTTCAAC TGGAAAAGGT TTCATCCTTG 
TCCCTTATAC AGCTTGCTGG TCCCTCCTCA GACACCTGCG AATCTGGGGC TGGCTCAAAA 
GTTGAGGTGG CCACGCTCCT TGGAGAGCCA CCAATGGCAA GTCTGAGAAA GCAAGTGCTG 
ACCAAACCAT CTGTTCACAT GCCAGAGAGG CTTCAGGCCT CCTCACCTGC ATGTAAGCAG 
TTCCAGAGGG CCCCGCGAGG GATCCCATCT TCAAATGATC ATGGGTCCTT GAAGGCTCCT 
ACAGCTGGAC AGGAGGGCAG GTGGCCATCT AAGCCCCTCA CATACAGCCT CAAAGGCAGC 
ACCCAGCAGA GCAGGAGCTT AGGAGCCCAA TCTTCAAGGG CTGGAGAGAC CAGGGAGGCA 
GTGCCACAAC CCACAGTCCC CTTGGGAACC TGTATGAGAG CAAACCTCCA AGCCACAAGT 
GAGGATGTGC GTGGTTTCAA GGCTCCAGGC GCCAGCAAAA GCTCTCTACT CCCTAGAATG 
TCTGTCTCCC AAGACCCAAG AAAGCTGTGT CTCATGGAGG AGGCTGTTAG TGAATTTGAG 
CCTGGAATGG CCACGAAGTC AGAGACCCAG CCTCAAGTTT CTGCCGCTGT TGTGCTCCTT 
CCAGATGGGC AAGCATCTGT TGTGCCCCAT GCTTCAGAGA ATTTGGCTTC TCAAGTGCCC 
CAGGGCCATC TCCAGAGCAC GCCTACTGGG AACATGCAGG CTTCCCAGGA GCTATGTGAC 
CTCATGTCAG CCAGAAGGAG TAACATGGGG CACAAGGAGC CCAGGAACCC AAACTGTCAA 
GGCTCATGCA AGAGCCAAAG CCCAATGTTT CCCCCTACTC ACAAGAGGGA GAACTCTAGG 
AAGCCCAACT TAGAAAAACA TGAAGAAATG TTTCAAGGAT TGAGGACTCC TCAACTTACC 
CCAGGCAGAA AAACAGAAGA CACCCGTCAG AATGAAGGCG TCCAGCTACT GCCATCAAAG 
AAACAGCCTC CTTCAATAAG CCACTTTGGA GAAAACATCA AGCAATTTTT TGAGACGATT 
TTTTCAAAGA AAGAAAGGAA GCCAGCACCA GTCACTGCTG AGAGCCAAAA AACAGTAAAA 
AACAGATCAT GCGTGTACGG CAGCAGTGCT GAAGCTGAGA GGCTCATGAC AGCAGTTGGA 
CAGATACCGG AGGAGAACAT GTCACTTTGC CATGCGCGCC ATGCCTCGAA GGTAAATCAG 
CAAAGACAGC AGTTTCAAGC CCCAGTCTGT GGGTTTCCCT GCAACCACAG ACACCCGTTC 
TACTCAGACC ACAGCAGAAT GCTGAGCTAT GCAGCCAGCA GTCAACAAGC CACTCTCAAG 
AACCAGAGTC GTCCCAACAG AGACAGACAA ATCAGAGATC AGCAGCCCTT GAAAAGTGTC 
CGGTGCAACA ATGAGCAATG GGGCCTGCGA CATCCCCAAC TCTTGCTCCC CAAGAAAGCT 
GTATCCCCAG TCAGTCCCCC TCAGCACCGG CCGAAGACAC CCAGTGCCTC CAGCCACCAT 
CACCACTGA

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

RefSeq	XP_011517004.1
CDS	545..4153
Translation	MPRAQLLESNAPIHMENLPFPLKLLSASSLNTPSSTPWVLDIFLTLVFALGLFFLLLPYFSYLRCDNPPSPSPRKRKRHLVSQRHLVSQCPTGRRGRPRGRMKNHSLRACRECPRGLEETWDLLSQLQSLLGPHLEKGDFGQLSGPDPPGEVGKRTPDGASRSSHEPMEDAAPIVSPLASPDPRTKHPQDLASTPPPGPMTTSVSSLSASQPPEPSLLLERPSPEPPALFPHPPHTPDPLACSPPPPKGFTPPPLRDSTLLTPSHCDSVALPLDTVPQSLSPREDLAASVPAISGLGGSNSQVSALSWSQETTKTWCIFNSSVQQDHLSRQRDTTMSPLLFQAQPLSHLGPESQPFISSTPQFRPTPMAQAEAQAHLQSSFPVLSPAFLSPMKNTGVACPASQNKVQALSLPETQHPERPLLRKQLEGGLALPSRVQKSQDVFSVSTPNLPQERLTSILPENFPVSPELWRQLEQYMGQRGRIQESLDLMQLQDELPGTSQAKGKPRPWQSSTSTGESSKEAQTVKFQLERDPCPHLGQILGETPQNLSRGMESFPGKVLGATSEESERNLRKPLRSDSGSDLLRRTERNHIENILKAHMGRKLGQTNEGLIPVSVRRSWLAVNQAFPVSNTHVKTSNLAAPKSRKACVNTAQVLSFLELCTQQVLEAHIVRFWAKHRWGLPLRVLKPIQCFQLEKVSSLSLIQLAGPSSDTCESGAGSKVEVATLLGEPPMASLRKQVLTKPSVHMPERLQASSPACKQFQRAPRGIPSSNDHGSLKAPTAGQEGRWPSKPLTYSLKGSTQQSRSLGAQSSRAGETREAVPQPTVPLGTCMRANLQATSEDVRGFKAPGASKSSLLPRMSVSQDPRKLCLMEEAVSEFEPGMATKSETQPQVSAAVVLLPDGQASVVPHASENLASQVPQGHLQSTPTGNMQASQELCDLMSARRSNMGHKEPRNPNCQGSCKSQSPMFPPTHKRENSRKPNLEKHEEMFQGLRTPQLTPGRKTEDTRQNEGVQLLPSKKQPPSISHFGENIKQFFETIFSKKERKPAPVTAESQKTVKNRSCVYGSSAEAERLMTAVGQIPEENMSLCHARHASKVNQQRQQFQAPVCGFPCNHRHPFYSDHSRMLSYAASSQQATLKNQSRPNRDRQIRDQQPLKSVRCNNEQWGLRHPQLLLPKKAVSPVSPPQHRPKTPSASSHHHH

Target ORF information:

RefSeq Version	XM_011518702.1
Organism	Homo sapiens(human)
Definition	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X2, mRNA.

Target ORF information:

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

XM_011518702.1

ORF Insert Sequence:

ATGCCCAGAG CTCAGTTGCT AGAAAGCAAT GCGCCTATTC ACATGGAGAA TCTTCCCTTT 
CCTCTAAAAT TACTTAGTGC CTCATCACTA AACACCCCCA GCTCCACACC ATGGGTGTTG 
GATATCTTCC TCACCTTGGT GTTTGCCCTG GGGCTCTTCT TCCTATTACT CCCCTACTTC 
TCTTACCTCC GTTGTGACAA CCCACCCTCA CCATCGCCTA GGAAGAGAAA GCGTCATCTT 
GTCTCCCAGC GTCATCTTGT CTCCCAGTGT CCAACAGGGC GGAGGGGGAG GCCCAGAGGC 
AGGATGAAAA ACCACAGTCT GAGAGCTTGT AGAGAGTGCC CGAGAGGCCT GGAGGAGACT 
TGGGACCTGC TTTCACAACT GCAGAGCCTC CTGGGGCCAC ACCTTGAAAA AGGTGACTTT 
GGTCAGCTCT CTGGTCCAGA CCCGCCAGGT GAGGTGGGCA AAAGAACACC TGATGGAGCC 
TCCCGGTCCT CTCATGAGCC TATGGAAGAT GCTGCTCCCA TTGTCTCCCC GTTAGCTTCC 
CCGGATCCTC GAACCAAGCA TCCTCAGGAT CTGGCCTCCA CCCCACCACC AGGCCCAATG 
ACCACCTCAG TCTCCTCCCT AAGTGCCTCC CAGCCACCAG AACCTTCCCT TCTCCTAGAA 
CGCCCCTCAC CCGAGCCACC TGCACTTTTC CCTCACCCAC CACACACCCC TGATCCTCTG 
GCCTGCTCTC CACCTCCTCC GAAAGGCTTC ACTCCTCCTC CCCTGCGGGA CTCCACTCTG 
TTAACACCAT CTCACTGTGA CTCAGTGGCA CTTCCACTGG ACACCGTCCC TCAAAGCTTG 
TCTCCACGTG AGGATTTGGC GGCTTCTGTC CCAGCCATCT CAGGCCTTGG CGGCTCAAAC 
AGTCAAGTTT CTGCCCTCTC CTGGTCGCAG GAGACTACCA AAACCTGGTG CATCTTCAAC 
TCGTCAGTCC AGCAAGATCA TCTTTCCCGC CAAAGGGACA CCACAATGTC CCCACTGCTT 
TTCCAGGCCC AGCCCCTGTC CCATCTGGGG CCTGAGTCCC AACCCTTTAT TTCATCCACA 
CCCCAATTCC GGCCCACACC TATGGCTCAG GCCGAGGCTC AGGCCCATCT TCAATCCTCT 
TTCCCAGTCC TATCTCCTGC TTTTCTATCC CCGATGAAGA ACACTGGAGT AGCTTGCCCT 
GCGTCGCAGA ATAAAGTGCA AGCTCTCTCC TTACCTGAAA CTCAGCACCC TGAAAGGCCT 
TTGTTGAGGA AACAACTAGA AGGTGGGTTG GCTTTACCCT CTAGGGTCCA AAAATCTCAG 
GACGTCTTTA GTGTCTCCAC TCCTAACCTT CCCCAGGAAA GACTGACATC CATTCTGCCT 
GAGAACTTTC CAGTCAGTCC TGAACTCTGG AGACAACTGG AGCAATACAT GGGGCAACGT 
GGAAGGATCC AAGAGTCTCT GGATCTGATG CAGCTTCAGG ATGAATTGCC AGGGACAAGT 
CAGGCCAAGG GCAAACCCAG GCCCTGGCAG TCCTCCACGT CCACAGGTGA AAGCAGCAAG 
GAGGCACAGA CGGTGAAGTT CCAGCTAGAG AGGGACCCAT GCCCACATCT GGGGCAAATT 
CTGGGTGAGA CCCCACAAAA TCTATCCAGG GGCATGGAAA GCTTCCCAGG GAAGGTTCTG 
GGGGCGACCT CTGAGGAGTC AGAAAGGAAC CTGAGGAAGC CCTTGAGGAG TGACTCAGGA 
AGTGATTTAT TAAGACGCAC AGAGAGGAAT CATATAGAAA ACATCCTGAA AGCCCACATG 
GGCAGAAAGT TGGGCCAGAC CAACGAGGGC TTGATCCCCG TGAGTGTGCG TCGATCCTGG 
CTTGCTGTCA ACCAGGCTTT TCCCGTATCC AACACCCACG TGAAAACCAG CAATCTAGCA 
GCCCCGAAAA GTAGGAAAGC CTGTGTAAAC ACAGCCCAGG TGCTTTCCTT CCTTGAGCTG 
TGTACTCAGC AGGTGCTGGA AGCCCATATT GTGAGGTTTT GGGCCAAACA CAGGTGGGGT 
CTACCCCTCA GGGTCCTCAA GCCCATTCAG TGCTTTCAAC TGGAAAAGGT TTCATCCTTG 
TCCCTTATAC AGCTTGCTGG TCCCTCCTCA GACACCTGCG AATCTGGGGC TGGCTCAAAA 
GTTGAGGTGG CCACGCTCCT TGGAGAGCCA CCAATGGCAA GTCTGAGAAA GCAAGTGCTG 
ACCAAACCAT CTGTTCACAT GCCAGAGAGG CTTCAGGCCT CCTCACCTGC ATGTAAGCAG 
TTCCAGAGGG CCCCGCGAGG GATCCCATCT TCAAATGATC ATGGGTCCTT GAAGGCTCCT 
ACAGCTGGAC AGGAGGGCAG GTGGCCATCT AAGCCCCTCA CATACAGCCT CAAAGGCAGC 
ACCCAGCAGA GCAGGAGCTT AGGAGCCCAA TCTTCAAGGG CTGGAGAGAC CAGGGAGGCA 
GTGCCACAAC CCACAGTCCC CTTGGGAACC TGTATGAGAG CAAACCTCCA AGCCACAAGT 
GAGGATGTGC GTGGTTTCAA GGCTCCAGGC GCCAGCAAAA GCTCTCTACT CCCTAGAATG 
TCTGTCTCCC AAGACCCAAG AAAGCTGTGT CTCATGGAGG AGGCTGTTAG TGAATTTGAG 
CCTGGAATGG CCACGAAGTC AGAGACCCAG CCTCAAGTTT CTGCCGCTGT TGTGCTCCTT 
CCAGATGGGC AAGCATCTGT TGTGCCCCAT GCTTCAGAGA ATTTGGCTTC TCAAGTGCCC 
CAGGGCCATC TCCAGAGCAC GCCTACTGGG AACATGCAGG CTTCCCAGGA GCTATGTGAC 
CTCATGTCAG CCAGAAGGAG TAACATGGGG CACAAGGAGC CCAGGAACCC AAACTGTCAA 
GGCTCATGCA AGAGCCAAAG CCCAATGTTT CCCCCTACTC ACAAGAGGGA GAACTCTAGG 
AAGCCCAACT TAGAAAAACA TGAAGAAATG TTTCAAGGAT TGAGGACTCC TCAACTTACC 
CCAGGCAGAA AAACAGAAGA CACCCGTCAG AATGAAGGCG TCCAGCTACT GCCATCAAAG 
AAACAGCCTC CTTCAATAAG CCACTTTGGA GAAAACATCA AGCAATTTTT TGAGACGATT 
TTTTCAAAGA AAGAAAGGAA GCCAGCACCA GTCACTGCTG AGAGCCAAAA AACAGTAAAA 
AACAGATCAT GCGTGTACGG CAGCAGTGCT GAAGCTGAGA GGCTCATGAC AGCAGTTGGA 
CAGATACCGG AGGAGAACAT GTCACTTTGC CATGCGCGCC ATGCCTCGAA GGTAAATCAG 
CAAAGACAGC AGTTTCAAGC CCCAGTCTGT GGGTTTCCCT GCAACCACAG ACACCCGTTC 
TACTCAGACC ACAGCAGAAT GCTGAGCTAT GCAGCCAGCA GTCAACAAGC CACTCTCAAG 
AACCAGAGTC GTCCCAACAG AGACAGACAA ATCAGAGATC AGCAGCCCTT GAAAAGTGTC 
CGGTGCAACA ATGAGCAATG GGGCCTGCGA CATCCCCAAC TCTTGCTCCC CAAGAAAGCT 
GTATCCCCAG TCAGTCCCCC TCAGCACCGG CCGAAGACAC CCAGTGCCTC CAGCCACCAT 
CACCACTGA

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

SPATA31C1 ( XM_011518701.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517003.1 Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X1, mRNA.

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CloneID	OHu80342
Clone ID Related Accession (Same CDS sequence)	XM_011518702.1 , XM_011518701.2
Accession Version	XM_011518701.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3609bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	putative spermatogenesis-associated protein 31C1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011518701.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCAGAG CTCAGTTGCT AGAAAGCAAT GCGCCTATTC ACATGGAGAA TCTTCCCTTT 
CCTCTAAAAT TACTTAGTGC CTCATCACTA AACACCCCCA GCTCCACACC ATGGGTGTTG 
GATATCTTCC TCACCTTGGT GTTTGCCCTG GGGCTCTTCT TCCTATTACT CCCCTACTTC 
TCTTACCTCC GTTGTGACAA CCCACCCTCA CCATCGCCTA GGAAGAGAAA GCGTCATCTT 
GTCTCCCAGC GTCATCTTGT CTCCCAGTGT CCAACAGGGC GGAGGGGGAG GCCCAGAGGC 
AGGATGAAAA ACCACAGTCT GAGAGCTTGT AGAGAGTGCC CGAGAGGCCT GGAGGAGACT 
TGGGACCTGC TTTCACAACT GCAGAGCCTC CTGGGGCCAC ACCTTGAAAA AGGTGACTTT 
GGTCAGCTCT CTGGTCCAGA CCCGCCAGGT GAGGTGGGCA AAAGAACACC TGATGGAGCC 
TCCCGGTCCT CTCATGAGCC TATGGAAGAT GCTGCTCCCA TTGTCTCCCC GTTAGCTTCC 
CCGGATCCTC GAACCAAGCA TCCTCAGGAT CTGGCCTCCA CCCCACCACC AGGCCCAATG 
ACCACCTCAG TCTCCTCCCT AAGTGCCTCC CAGCCACCAG AACCTTCCCT TCTCCTAGAA 
CGCCCCTCAC CCGAGCCACC TGCACTTTTC CCTCACCCAC CACACACCCC TGATCCTCTG 
GCCTGCTCTC CACCTCCTCC GAAAGGCTTC ACTCCTCCTC CCCTGCGGGA CTCCACTCTG 
TTAACACCAT CTCACTGTGA CTCAGTGGCA CTTCCACTGG ACACCGTCCC TCAAAGCTTG 
TCTCCACGTG AGGATTTGGC GGCTTCTGTC CCAGCCATCT CAGGCCTTGG CGGCTCAAAC 
AGTCAAGTTT CTGCCCTCTC CTGGTCGCAG GAGACTACCA AAACCTGGTG CATCTTCAAC 
TCGTCAGTCC AGCAAGATCA TCTTTCCCGC CAAAGGGACA CCACAATGTC CCCACTGCTT 
TTCCAGGCCC AGCCCCTGTC CCATCTGGGG CCTGAGTCCC AACCCTTTAT TTCATCCACA 
CCCCAATTCC GGCCCACACC TATGGCTCAG GCCGAGGCTC AGGCCCATCT TCAATCCTCT 
TTCCCAGTCC TATCTCCTGC TTTTCTATCC CCGATGAAGA ACACTGGAGT AGCTTGCCCT 
GCGTCGCAGA ATAAAGTGCA AGCTCTCTCC TTACCTGAAA CTCAGCACCC TGAAAGGCCT 
TTGTTGAGGA AACAACTAGA AGGTGGGTTG GCTTTACCCT CTAGGGTCCA AAAATCTCAG 
GACGTCTTTA GTGTCTCCAC TCCTAACCTT CCCCAGGAAA GACTGACATC CATTCTGCCT 
GAGAACTTTC CAGTCAGTCC TGAACTCTGG AGACAACTGG AGCAATACAT GGGGCAACGT 
GGAAGGATCC AAGAGTCTCT GGATCTGATG CAGCTTCAGG ATGAATTGCC AGGGACAAGT 
CAGGCCAAGG GCAAACCCAG GCCCTGGCAG TCCTCCACGT CCACAGGTGA AAGCAGCAAG 
GAGGCACAGA CGGTGAAGTT CCAGCTAGAG AGGGACCCAT GCCCACATCT GGGGCAAATT 
CTGGGTGAGA CCCCACAAAA TCTATCCAGG GGCATGGAAA GCTTCCCAGG GAAGGTTCTG 
GGGGCGACCT CTGAGGAGTC AGAAAGGAAC CTGAGGAAGC CCTTGAGGAG TGACTCAGGA 
AGTGATTTAT TAAGACGCAC AGAGAGGAAT CATATAGAAA ACATCCTGAA AGCCCACATG 
GGCAGAAAGT TGGGCCAGAC CAACGAGGGC TTGATCCCCG TGAGTGTGCG TCGATCCTGG 
CTTGCTGTCA ACCAGGCTTT TCCCGTATCC AACACCCACG TGAAAACCAG CAATCTAGCA 
GCCCCGAAAA GTAGGAAAGC CTGTGTAAAC ACAGCCCAGG TGCTTTCCTT CCTTGAGCTG 
TGTACTCAGC AGGTGCTGGA AGCCCATATT GTGAGGTTTT GGGCCAAACA CAGGTGGGGT 
CTACCCCTCA GGGTCCTCAA GCCCATTCAG TGCTTTCAAC TGGAAAAGGT TTCATCCTTG 
TCCCTTATAC AGCTTGCTGG TCCCTCCTCA GACACCTGCG AATCTGGGGC TGGCTCAAAA 
GTTGAGGTGG CCACGCTCCT TGGAGAGCCA CCAATGGCAA GTCTGAGAAA GCAAGTGCTG 
ACCAAACCAT CTGTTCACAT GCCAGAGAGG CTTCAGGCCT CCTCACCTGC ATGTAAGCAG 
TTCCAGAGGG CCCCGCGAGG GATCCCATCT TCAAATGATC ATGGGTCCTT GAAGGCTCCT 
ACAGCTGGAC AGGAGGGCAG GTGGCCATCT AAGCCCCTCA CATACAGCCT CAAAGGCAGC 
ACCCAGCAGA GCAGGAGCTT AGGAGCCCAA TCTTCAAGGG CTGGAGAGAC CAGGGAGGCA 
GTGCCACAAC CCACAGTCCC CTTGGGAACC TGTATGAGAG CAAACCTCCA AGCCACAAGT 
GAGGATGTGC GTGGTTTCAA GGCTCCAGGC GCCAGCAAAA GCTCTCTACT CCCTAGAATG 
TCTGTCTCCC AAGACCCAAG AAAGCTGTGT CTCATGGAGG AGGCTGTTAG TGAATTTGAG 
CCTGGAATGG CCACGAAGTC AGAGACCCAG CCTCAAGTTT CTGCCGCTGT TGTGCTCCTT 
CCAGATGGGC AAGCATCTGT TGTGCCCCAT GCTTCAGAGA ATTTGGCTTC TCAAGTGCCC 
CAGGGCCATC TCCAGAGCAC GCCTACTGGG AACATGCAGG CTTCCCAGGA GCTATGTGAC 
CTCATGTCAG CCAGAAGGAG TAACATGGGG CACAAGGAGC CCAGGAACCC AAACTGTCAA 
GGCTCATGCA AGAGCCAAAG CCCAATGTTT CCCCCTACTC ACAAGAGGGA GAACTCTAGG 
AAGCCCAACT TAGAAAAACA TGAAGAAATG TTTCAAGGAT TGAGGACTCC TCAACTTACC 
CCAGGCAGAA AAACAGAAGA CACCCGTCAG AATGAAGGCG TCCAGCTACT GCCATCAAAG 
AAACAGCCTC CTTCAATAAG CCACTTTGGA GAAAACATCA AGCAATTTTT TGAGACGATT 
TTTTCAAAGA AAGAAAGGAA GCCAGCACCA GTCACTGCTG AGAGCCAAAA AACAGTAAAA 
AACAGATCAT GCGTGTACGG CAGCAGTGCT GAAGCTGAGA GGCTCATGAC AGCAGTTGGA 
CAGATACCGG AGGAGAACAT GTCACTTTGC CATGCGCGCC ATGCCTCGAA GGTAAATCAG 
CAAAGACAGC AGTTTCAAGC CCCAGTCTGT GGGTTTCCCT GCAACCACAG ACACCCGTTC 
TACTCAGACC ACAGCAGAAT GCTGAGCTAT GCAGCCAGCA GTCAACAAGC CACTCTCAAG 
AACCAGAGTC GTCCCAACAG AGACAGACAA ATCAGAGATC AGCAGCCCTT GAAAAGTGTC 
CGGTGCAACA ATGAGCAATG GGGCCTGCGA CATCCCCAAC TCTTGCTCCC CAAGAAAGCT 
GTATCCCCAG TCAGTCCCCC TCAGCACCGG CCGAAGACAC CCAGTGCCTC CAGCCACCAT 
CACCACTGA

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

RefSeq	XP_011517003.1
CDS	626..4234
Translation	MPRAQLLESNAPIHMENLPFPLKLLSASSLNTPSSTPWVLDIFLTLVFALGLFFLLLPYFSYLRCDNPPSPSPRKRKRHLVSQRHLVSQCPTGRRGRPRGRMKNHSLRACRECPRGLEETWDLLSQLQSLLGPHLEKGDFGQLSGPDPPGEVGKRTPDGASRSSHEPMEDAAPIVSPLASPDPRTKHPQDLASTPPPGPMTTSVSSLSASQPPEPSLLLERPSPEPPALFPHPPHTPDPLACSPPPPKGFTPPPLRDSTLLTPSHCDSVALPLDTVPQSLSPREDLAASVPAISGLGGSNSQVSALSWSQETTKTWCIFNSSVQQDHLSRQRDTTMSPLLFQAQPLSHLGPESQPFISSTPQFRPTPMAQAEAQAHLQSSFPVLSPAFLSPMKNTGVACPASQNKVQALSLPETQHPERPLLRKQLEGGLALPSRVQKSQDVFSVSTPNLPQERLTSILPENFPVSPELWRQLEQYMGQRGRIQESLDLMQLQDELPGTSQAKGKPRPWQSSTSTGESSKEAQTVKFQLERDPCPHLGQILGETPQNLSRGMESFPGKVLGATSEESERNLRKPLRSDSGSDLLRRTERNHIENILKAHMGRKLGQTNEGLIPVSVRRSWLAVNQAFPVSNTHVKTSNLAAPKSRKACVNTAQVLSFLELCTQQVLEAHIVRFWAKHRWGLPLRVLKPIQCFQLEKVSSLSLIQLAGPSSDTCESGAGSKVEVATLLGEPPMASLRKQVLTKPSVHMPERLQASSPACKQFQRAPRGIPSSNDHGSLKAPTAGQEGRWPSKPLTYSLKGSTQQSRSLGAQSSRAGETREAVPQPTVPLGTCMRANLQATSEDVRGFKAPGASKSSLLPRMSVSQDPRKLCLMEEAVSEFEPGMATKSETQPQVSAAVVLLPDGQASVVPHASENLASQVPQGHLQSTPTGNMQASQELCDLMSARRSNMGHKEPRNPNCQGSCKSQSPMFPPTHKRENSRKPNLEKHEEMFQGLRTPQLTPGRKTEDTRQNEGVQLLPSKKQPPSISHFGENIKQFFETIFSKKERKPAPVTAESQKTVKNRSCVYGSSAEAERLMTAVGQIPEENMSLCHARHASKVNQQRQQFQAPVCGFPCNHRHPFYSDHSRMLSYAASSQQATLKNQSRPNRDRQIRDQQPLKSVRCNNEQWGLRHPQLLLPKKAVSPVSPPQHRPKTPSASSHHHH

Target ORF information:

RefSeq Version	XM_011518701.2
Organism	Homo sapiens(human)
Definition	Homo sapiens SPATA31 subfamily C member 1 (SPATA31C1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011518701.2

ORF Insert Sequence:

ATGCCCAGAG CTCAGTTGCT AGAAAGCAAT GCGCCTATTC ACATGGAGAA TCTTCCCTTT 
CCTCTAAAAT TACTTAGTGC CTCATCACTA AACACCCCCA GCTCCACACC ATGGGTGTTG 
GATATCTTCC TCACCTTGGT GTTTGCCCTG GGGCTCTTCT TCCTATTACT CCCCTACTTC 
TCTTACCTCC GTTGTGACAA CCCACCCTCA CCATCGCCTA GGAAGAGAAA GCGTCATCTT 
GTCTCCCAGC GTCATCTTGT CTCCCAGTGT CCAACAGGGC GGAGGGGGAG GCCCAGAGGC 
AGGATGAAAA ACCACAGTCT GAGAGCTTGT AGAGAGTGCC CGAGAGGCCT GGAGGAGACT 
TGGGACCTGC TTTCACAACT GCAGAGCCTC CTGGGGCCAC ACCTTGAAAA AGGTGACTTT 
GGTCAGCTCT CTGGTCCAGA CCCGCCAGGT GAGGTGGGCA AAAGAACACC TGATGGAGCC 
TCCCGGTCCT CTCATGAGCC TATGGAAGAT GCTGCTCCCA TTGTCTCCCC GTTAGCTTCC 
CCGGATCCTC GAACCAAGCA TCCTCAGGAT CTGGCCTCCA CCCCACCACC AGGCCCAATG 
ACCACCTCAG TCTCCTCCCT AAGTGCCTCC CAGCCACCAG AACCTTCCCT TCTCCTAGAA 
CGCCCCTCAC CCGAGCCACC TGCACTTTTC CCTCACCCAC CACACACCCC TGATCCTCTG 
GCCTGCTCTC CACCTCCTCC GAAAGGCTTC ACTCCTCCTC CCCTGCGGGA CTCCACTCTG 
TTAACACCAT CTCACTGTGA CTCAGTGGCA CTTCCACTGG ACACCGTCCC TCAAAGCTTG 
TCTCCACGTG AGGATTTGGC GGCTTCTGTC CCAGCCATCT CAGGCCTTGG CGGCTCAAAC 
AGTCAAGTTT CTGCCCTCTC CTGGTCGCAG GAGACTACCA AAACCTGGTG CATCTTCAAC 
TCGTCAGTCC AGCAAGATCA TCTTTCCCGC CAAAGGGACA CCACAATGTC CCCACTGCTT 
TTCCAGGCCC AGCCCCTGTC CCATCTGGGG CCTGAGTCCC AACCCTTTAT TTCATCCACA 
CCCCAATTCC GGCCCACACC TATGGCTCAG GCCGAGGCTC AGGCCCATCT TCAATCCTCT 
TTCCCAGTCC TATCTCCTGC TTTTCTATCC CCGATGAAGA ACACTGGAGT AGCTTGCCCT 
GCGTCGCAGA ATAAAGTGCA AGCTCTCTCC TTACCTGAAA CTCAGCACCC TGAAAGGCCT 
TTGTTGAGGA AACAACTAGA AGGTGGGTTG GCTTTACCCT CTAGGGTCCA AAAATCTCAG 
GACGTCTTTA GTGTCTCCAC TCCTAACCTT CCCCAGGAAA GACTGACATC CATTCTGCCT 
GAGAACTTTC CAGTCAGTCC TGAACTCTGG AGACAACTGG AGCAATACAT GGGGCAACGT 
GGAAGGATCC AAGAGTCTCT GGATCTGATG CAGCTTCAGG ATGAATTGCC AGGGACAAGT 
CAGGCCAAGG GCAAACCCAG GCCCTGGCAG TCCTCCACGT CCACAGGTGA AAGCAGCAAG 
GAGGCACAGA CGGTGAAGTT CCAGCTAGAG AGGGACCCAT GCCCACATCT GGGGCAAATT 
CTGGGTGAGA CCCCACAAAA TCTATCCAGG GGCATGGAAA GCTTCCCAGG GAAGGTTCTG 
GGGGCGACCT CTGAGGAGTC AGAAAGGAAC CTGAGGAAGC CCTTGAGGAG TGACTCAGGA 
AGTGATTTAT TAAGACGCAC AGAGAGGAAT CATATAGAAA ACATCCTGAA AGCCCACATG 
GGCAGAAAGT TGGGCCAGAC CAACGAGGGC TTGATCCCCG TGAGTGTGCG TCGATCCTGG 
CTTGCTGTCA ACCAGGCTTT TCCCGTATCC AACACCCACG TGAAAACCAG CAATCTAGCA 
GCCCCGAAAA GTAGGAAAGC CTGTGTAAAC ACAGCCCAGG TGCTTTCCTT CCTTGAGCTG 
TGTACTCAGC AGGTGCTGGA AGCCCATATT GTGAGGTTTT GGGCCAAACA CAGGTGGGGT 
CTACCCCTCA GGGTCCTCAA GCCCATTCAG TGCTTTCAAC TGGAAAAGGT TTCATCCTTG 
TCCCTTATAC AGCTTGCTGG TCCCTCCTCA GACACCTGCG AATCTGGGGC TGGCTCAAAA 
GTTGAGGTGG CCACGCTCCT TGGAGAGCCA CCAATGGCAA GTCTGAGAAA GCAAGTGCTG 
ACCAAACCAT CTGTTCACAT GCCAGAGAGG CTTCAGGCCT CCTCACCTGC ATGTAAGCAG 
TTCCAGAGGG CCCCGCGAGG GATCCCATCT TCAAATGATC ATGGGTCCTT GAAGGCTCCT 
ACAGCTGGAC AGGAGGGCAG GTGGCCATCT AAGCCCCTCA CATACAGCCT CAAAGGCAGC 
ACCCAGCAGA GCAGGAGCTT AGGAGCCCAA TCTTCAAGGG CTGGAGAGAC CAGGGAGGCA 
GTGCCACAAC CCACAGTCCC CTTGGGAACC TGTATGAGAG CAAACCTCCA AGCCACAAGT 
GAGGATGTGC GTGGTTTCAA GGCTCCAGGC GCCAGCAAAA GCTCTCTACT CCCTAGAATG 
TCTGTCTCCC AAGACCCAAG AAAGCTGTGT CTCATGGAGG AGGCTGTTAG TGAATTTGAG 
CCTGGAATGG CCACGAAGTC AGAGACCCAG CCTCAAGTTT CTGCCGCTGT TGTGCTCCTT 
CCAGATGGGC AAGCATCTGT TGTGCCCCAT GCTTCAGAGA ATTTGGCTTC TCAAGTGCCC 
CAGGGCCATC TCCAGAGCAC GCCTACTGGG AACATGCAGG CTTCCCAGGA GCTATGTGAC 
CTCATGTCAG CCAGAAGGAG TAACATGGGG CACAAGGAGC CCAGGAACCC AAACTGTCAA 
GGCTCATGCA AGAGCCAAAG CCCAATGTTT CCCCCTACTC ACAAGAGGGA GAACTCTAGG 
AAGCCCAACT TAGAAAAACA TGAAGAAATG TTTCAAGGAT TGAGGACTCC TCAACTTACC 
CCAGGCAGAA AAACAGAAGA CACCCGTCAG AATGAAGGCG TCCAGCTACT GCCATCAAAG 
AAACAGCCTC CTTCAATAAG CCACTTTGGA GAAAACATCA AGCAATTTTT TGAGACGATT 
TTTTCAAAGA AAGAAAGGAA GCCAGCACCA GTCACTGCTG AGAGCCAAAA AACAGTAAAA 
AACAGATCAT GCGTGTACGG CAGCAGTGCT GAAGCTGAGA GGCTCATGAC AGCAGTTGGA 
CAGATACCGG AGGAGAACAT GTCACTTTGC CATGCGCGCC ATGCCTCGAA GGTAAATCAG 
CAAAGACAGC AGTTTCAAGC CCCAGTCTGT GGGTTTCCCT GCAACCACAG ACACCCGTTC 
TACTCAGACC ACAGCAGAAT GCTGAGCTAT GCAGCCAGCA GTCAACAAGC CACTCTCAAG 
AACCAGAGTC GTCCCAACAG AGACAGACAA ATCAGAGATC AGCAGCCCTT GAAAAGTGTC 
CGGTGCAACA ATGAGCAATG GGGCCTGCGA CATCCCCAAC TCTTGCTCCC CAAGAAAGCT 
GTATCCCCAG TCAGTCCCCC TCAGCACCGG CCGAAGACAC CCAGTGCCTC CAGCCACCAT 
CACCACTGA

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

SPATA31C1 ( XM_011518703.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517005.1 Homo sapiens SPATA31 subfamily C, member 1 (SPATA31C1), transcript variant X3, mRNA.

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CloneID	OHu80343
Clone ID Related Accession (Same CDS sequence)	XM_011518703.1
Accession Version	XM_011518703.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3516bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	spermatogenesis-associated protein 31C1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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 :: Homo sapiens Annotation Release 108 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##

ATGAGTGGGA GGGGAGAAAG CACACAGAGC TCCCTGAGCA AGACAGACAG AGCCATGCGG 
TTCATGAGTG CAGCGTGCTG CGGCTGGGGG CAGAGAGGGA GAGCCGGTCC TAGCTCCTCG 
CCATTTCTTG TCTCCCAGCG TCATCTTGTC TCCCAGCGTC ATCTTGTCTC CCAGTGTCCA 
ACAGGGCGGA GGGGGAGGCC CAGAGGCAGG ATGAAAAACC ACAGTCTGAG AGCTTGTAGA 
GAGTGCCCGA GAGGCCTGGA GGAGACTTGG GACCTGCTTT CACAACTGCA GAGCCTCCTG 
GGGCCACACC TTGAAAAAGG TGACTTTGGT CAGCTCTCTG GTCCAGACCC GCCAGGTGAG 
GTGGGCAAAA GAACACCTGA TGGAGCCTCC CGGTCCTCTC ATGAGCCTAT GGAAGATGCT 
GCTCCCATTG TCTCCCCGTT AGCTTCCCCG GATCCTCGAA CCAAGCATCC TCAGGATCTG 
GCCTCCACCC CACCACCAGG CCCAATGACC ACCTCAGTCT CCTCCCTAAG TGCCTCCCAG 
CCACCAGAAC CTTCCCTTCT CCTAGAACGC CCCTCACCCG AGCCACCTGC ACTTTTCCCT 
CACCCACCAC ACACCCCTGA TCCTCTGGCC TGCTCTCCAC CTCCTCCGAA AGGCTTCACT 
CCTCCTCCCC TGCGGGACTC CACTCTGTTA ACACCATCTC ACTGTGACTC AGTGGCACTT 
CCACTGGACA CCGTCCCTCA AAGCTTGTCT CCACGTGAGG ATTTGGCGGC TTCTGTCCCA 
GCCATCTCAG GCCTTGGCGG CTCAAACAGT CAAGTTTCTG CCCTCTCCTG GTCGCAGGAG 
ACTACCAAAA CCTGGTGCAT CTTCAACTCG TCAGTCCAGC AAGATCATCT TTCCCGCCAA 
AGGGACACCA CAATGTCCCC ACTGCTTTTC CAGGCCCAGC CCCTGTCCCA TCTGGGGCCT 
GAGTCCCAAC CCTTTATTTC ATCCACACCC CAATTCCGGC CCACACCTAT GGCTCAGGCC 
GAGGCTCAGG CCCATCTTCA ATCCTCTTTC CCAGTCCTAT CTCCTGCTTT TCTATCCCCG 
ATGAAGAACA CTGGAGTAGC TTGCCCTGCG TCGCAGAATA AAGTGCAAGC TCTCTCCTTA 
CCTGAAACTC AGCACCCTGA AAGGCCTTTG TTGAGGAAAC AACTAGAAGG TGGGTTGGCT 
TTACCCTCTA GGGTCCAAAA ATCTCAGGAC GTCTTTAGTG TCTCCACTCC TAACCTTCCC 
CAGGAAAGAC TGACATCCAT TCTGCCTGAG AACTTTCCAG TCAGTCCTGA ACTCTGGAGA 
CAACTGGAGC AATACATGGG GCAACGTGGA AGGATCCAAG AGTCTCTGGA TCTGATGCAG 
CTTCAGGATG AATTGCCAGG GACAAGTCAG GCCAAGGGCA AACCCAGGCC CTGGCAGTCC 
TCCACGTCCA CAGGTGAAAG CAGCAAGGAG GCACAGACGG TGAAGTTCCA GCTAGAGAGG 
GACCCATGCC CACATCTGGG GCAAATTCTG GGTGAGACCC CACAAAATCT ATCCAGGGGC 
ATGGAAAGCT TCCCAGGGAA GGTTCTGGGG GCGACCTCTG AGGAGTCAGA AAGGAACCTG 
AGGAAGCCCT TGAGGAGTGA CTCAGGAAGT GATTTATTAA GACGCACAGA GAGGAATCAT 
ATAGAAAACA TCCTGAAAGC CCACATGGGC AGAAAGTTGG GCCAGACCAA CGAGGGCTTG 
ATCCCCGTGA GTGTGCGTCG ATCCTGGCTT GCTGTCAACC AGGCTTTTCC CGTATCCAAC 
ACCCACGTGA AAACCAGCAA TCTAGCAGCC CCGAAAAGTA GGAAAGCCTG TGTAAACACA 
GCCCAGGTGC TTTCCTTCCT TGAGCTGTGT ACTCAGCAGG TGCTGGAAGC CCATATTGTG 
AGGTTTTGGG CCAAACACAG GTGGGGTCTA CCCCTCAGGG TCCTCAAGCC CATTCAGTGC 
TTTCAACTGG AAAAGGTTTC ATCCTTGTCC CTTATACAGC TTGCTGGTCC CTCCTCAGAC 
ACCTGCGAAT CTGGGGCTGG CTCAAAAGTT GAGGTGGCCA CGCTCCTTGG AGAGCCACCA 
ATGGCAAGTC TGAGAAAGCA AGTGCTGACC AAACCATCTG TTCACATGCC AGAGAGGCTT 
CAGGCCTCCT CACCTGCATG TAAGCAGTTC CAGAGGGCCC CGCGAGGGAT CCCATCTTCA 
AATGATCATG GGTCCTTGAA GGCTCCTACA GCTGGACAGG AGGGCAGGTG GCCATCTAAG 
CCCCTCACAT ACAGCCTCAA AGGCAGCACC CAGCAGAGCA GGAGCTTAGG AGCCCAATCT 
TCAAGGGCTG GAGAGACCAG GGAGGCAGTG CCACAACCCA CAGTCCCCTT GGGAACCTGT 
ATGAGAGCAA ACCTCCAAGC CACAAGTGAG GATGTGCGTG GTTTCAAGGC TCCAGGCGCC 
AGCAAAAGCT CTCTACTCCC TAGAATGTCT GTCTCCCAAG ACCCAAGAAA GCTGTGTCTC 
ATGGAGGAGG CTGTTAGTGA ATTTGAGCCT GGAATGGCCA CGAAGTCAGA GACCCAGCCT 
CAAGTTTCTG CCGCTGTTGT GCTCCTTCCA GATGGGCAAG CATCTGTTGT GCCCCATGCT 
TCAGAGAATT TGGCTTCTCA AGTGCCCCAG GGCCATCTCC AGAGCACGCC TACTGGGAAC 
ATGCAGGCTT CCCAGGAGCT ATGTGACCTC ATGTCAGCCA GAAGGAGTAA CATGGGGCAC 
AAGGAGCCCA GGAACCCAAA CTGTCAAGGC TCATGCAAGA GCCAAAGCCC AATGTTTCCC 
CCTACTCACA AGAGGGAGAA CTCTAGGAAG CCCAACTTAG AAAAACATGA AGAAATGTTT 
CAAGGATTGA GGACTCCTCA ACTTACCCCA GGCAGAAAAA CAGAAGACAC CCGTCAGAAT 
GAAGGCGTCC AGCTACTGCC ATCAAAGAAA CAGCCTCCTT CAATAAGCCA CTTTGGAGAA 
AACATCAAGC AATTTTTTGA GACGATTTTT TCAAAGAAAG AAAGGAAGCC AGCACCAGTC 
ACTGCTGAGA GCCAAAAAAC AGTAAAAAAC AGATCATGCG TGTACGGCAG CAGTGCTGAA 
GCTGAGAGGC TCATGACAGC AGTTGGACAG ATACCGGAGG AGAACATGTC ACTTTGCCAT 
GCGCGCCATG CCTCGAAGGT AAATCAGCAA AGACAGCAGT TTCAAGCCCC AGTCTGTGGG 
TTTCCCTGCA ACCACAGACA CCCGTTCTAC TCAGACCACA GCAGAATGCT GAGCTATGCA 
GCCAGCAGTC AACAAGCCAC TCTCAAGAAC CAGAGTCGTC CCAACAGAGA CAGACAAATC 
AGAGATCAGC AGCCCTTGAA AAGTGTCCGG TGCAACAATG AGCAATGGGG CCTGCGACAT 
CCCCAACTCT TGCTCCCCAA GAAAGCTGTA TCCCCAGTCA GTCCCCCTCA GCACCGGCCG 
AAGACACCCA GTGCCTCCAG CCACCATCAC CACTGA

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

RefSeq	XP_011517005.1
CDS	518..4033
Translation	MSGRGESTQSSLSKTDRAMRFMSAACCGWGQRGRAGPSSSPFLVSQRHLVSQRHLVSQCPTGRRGRPRGRMKNHSLRACRECPRGLEETWDLLSQLQSLLGPHLEKGDFGQLSGPDPPGEVGKRTPDGASRSSHEPMEDAAPIVSPLASPDPRTKHPQDLASTPPPGPMTTSVSSLSASQPPEPSLLLERPSPEPPALFPHPPHTPDPLACSPPPPKGFTPPPLRDSTLLTPSHCDSVALPLDTVPQSLSPREDLAASVPAISGLGGSNSQVSALSWSQETTKTWCIFNSSVQQDHLSRQRDTTMSPLLFQAQPLSHLGPESQPFISSTPQFRPTPMAQAEAQAHLQSSFPVLSPAFLSPMKNTGVACPASQNKVQALSLPETQHPERPLLRKQLEGGLALPSRVQKSQDVFSVSTPNLPQERLTSILPENFPVSPELWRQLEQYMGQRGRIQESLDLMQLQDELPGTSQAKGKPRPWQSSTSTGESSKEAQTVKFQLERDPCPHLGQILGETPQNLSRGMESFPGKVLGATSEESERNLRKPLRSDSGSDLLRRTERNHIENILKAHMGRKLGQTNEGLIPVSVRRSWLAVNQAFPVSNTHVKTSNLAAPKSRKACVNTAQVLSFLELCTQQVLEAHIVRFWAKHRWGLPLRVLKPIQCFQLEKVSSLSLIQLAGPSSDTCESGAGSKVEVATLLGEPPMASLRKQVLTKPSVHMPERLQASSPACKQFQRAPRGIPSSNDHGSLKAPTAGQEGRWPSKPLTYSLKGSTQQSRSLGAQSSRAGETREAVPQPTVPLGTCMRANLQATSEDVRGFKAPGASKSSLLPRMSVSQDPRKLCLMEEAVSEFEPGMATKSETQPQVSAAVVLLPDGQASVVPHASENLASQVPQGHLQSTPTGNMQASQELCDLMSARRSNMGHKEPRNPNCQGSCKSQSPMFPPTHKRENSRKPNLEKHEEMFQGLRTPQLTPGRKTEDTRQNEGVQLLPSKKQPPSISHFGENIKQFFETIFSKKERKPAPVTAESQKTVKNRSCVYGSSAEAERLMTAVGQIPEENMSLCHARHASKVNQQRQQFQAPVCGFPCNHRHPFYSDHSRMLSYAASSQQATLKNQSRPNRDRQIRDQQPLKSVRCNNEQWGLRHPQLLLPKKAVSPVSPPQHRPKTPSASSHHHH

Target ORF information:

RefSeq Version	XM_011518703.1
Organism	Homo sapiens(human)
Definition	Homo sapiens SPATA31 subfamily C, member 1 (SPATA31C1), transcript variant X3, mRNA.

Target ORF information:

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

XM_011518703.1

ORF Insert Sequence:

ATGAGTGGGA GGGGAGAAAG CACACAGAGC TCCCTGAGCA AGACAGACAG AGCCATGCGG 
TTCATGAGTG CAGCGTGCTG CGGCTGGGGG CAGAGAGGGA GAGCCGGTCC TAGCTCCTCG 
CCATTTCTTG TCTCCCAGCG TCATCTTGTC TCCCAGCGTC ATCTTGTCTC CCAGTGTCCA 
ACAGGGCGGA GGGGGAGGCC CAGAGGCAGG ATGAAAAACC ACAGTCTGAG AGCTTGTAGA 
GAGTGCCCGA GAGGCCTGGA GGAGACTTGG GACCTGCTTT CACAACTGCA GAGCCTCCTG 
GGGCCACACC TTGAAAAAGG TGACTTTGGT CAGCTCTCTG GTCCAGACCC GCCAGGTGAG 
GTGGGCAAAA GAACACCTGA TGGAGCCTCC CGGTCCTCTC ATGAGCCTAT GGAAGATGCT 
GCTCCCATTG TCTCCCCGTT AGCTTCCCCG GATCCTCGAA CCAAGCATCC TCAGGATCTG 
GCCTCCACCC CACCACCAGG CCCAATGACC ACCTCAGTCT CCTCCCTAAG TGCCTCCCAG 
CCACCAGAAC CTTCCCTTCT CCTAGAACGC CCCTCACCCG AGCCACCTGC ACTTTTCCCT 
CACCCACCAC ACACCCCTGA TCCTCTGGCC TGCTCTCCAC CTCCTCCGAA AGGCTTCACT 
CCTCCTCCCC TGCGGGACTC CACTCTGTTA ACACCATCTC ACTGTGACTC AGTGGCACTT 
CCACTGGACA CCGTCCCTCA AAGCTTGTCT CCACGTGAGG ATTTGGCGGC TTCTGTCCCA 
GCCATCTCAG GCCTTGGCGG CTCAAACAGT CAAGTTTCTG CCCTCTCCTG GTCGCAGGAG 
ACTACCAAAA CCTGGTGCAT CTTCAACTCG TCAGTCCAGC AAGATCATCT TTCCCGCCAA 
AGGGACACCA CAATGTCCCC ACTGCTTTTC CAGGCCCAGC CCCTGTCCCA TCTGGGGCCT 
GAGTCCCAAC CCTTTATTTC ATCCACACCC CAATTCCGGC CCACACCTAT GGCTCAGGCC 
GAGGCTCAGG CCCATCTTCA ATCCTCTTTC CCAGTCCTAT CTCCTGCTTT TCTATCCCCG 
ATGAAGAACA CTGGAGTAGC TTGCCCTGCG TCGCAGAATA AAGTGCAAGC TCTCTCCTTA 
CCTGAAACTC AGCACCCTGA AAGGCCTTTG TTGAGGAAAC AACTAGAAGG TGGGTTGGCT 
TTACCCTCTA GGGTCCAAAA ATCTCAGGAC GTCTTTAGTG TCTCCACTCC TAACCTTCCC 
CAGGAAAGAC TGACATCCAT TCTGCCTGAG AACTTTCCAG TCAGTCCTGA ACTCTGGAGA 
CAACTGGAGC AATACATGGG GCAACGTGGA AGGATCCAAG AGTCTCTGGA TCTGATGCAG 
CTTCAGGATG AATTGCCAGG GACAAGTCAG GCCAAGGGCA AACCCAGGCC CTGGCAGTCC 
TCCACGTCCA CAGGTGAAAG CAGCAAGGAG GCACAGACGG TGAAGTTCCA GCTAGAGAGG 
GACCCATGCC CACATCTGGG GCAAATTCTG GGTGAGACCC CACAAAATCT ATCCAGGGGC 
ATGGAAAGCT TCCCAGGGAA GGTTCTGGGG GCGACCTCTG AGGAGTCAGA AAGGAACCTG 
AGGAAGCCCT TGAGGAGTGA CTCAGGAAGT GATTTATTAA GACGCACAGA GAGGAATCAT 
ATAGAAAACA TCCTGAAAGC CCACATGGGC AGAAAGTTGG GCCAGACCAA CGAGGGCTTG 
ATCCCCGTGA GTGTGCGTCG ATCCTGGCTT GCTGTCAACC AGGCTTTTCC CGTATCCAAC 
ACCCACGTGA AAACCAGCAA TCTAGCAGCC CCGAAAAGTA GGAAAGCCTG TGTAAACACA 
GCCCAGGTGC TTTCCTTCCT TGAGCTGTGT ACTCAGCAGG TGCTGGAAGC CCATATTGTG 
AGGTTTTGGG CCAAACACAG GTGGGGTCTA CCCCTCAGGG TCCTCAAGCC CATTCAGTGC 
TTTCAACTGG AAAAGGTTTC ATCCTTGTCC CTTATACAGC TTGCTGGTCC CTCCTCAGAC 
ACCTGCGAAT CTGGGGCTGG CTCAAAAGTT GAGGTGGCCA CGCTCCTTGG AGAGCCACCA 
ATGGCAAGTC TGAGAAAGCA AGTGCTGACC AAACCATCTG TTCACATGCC AGAGAGGCTT 
CAGGCCTCCT CACCTGCATG TAAGCAGTTC CAGAGGGCCC CGCGAGGGAT CCCATCTTCA 
AATGATCATG GGTCCTTGAA GGCTCCTACA GCTGGACAGG AGGGCAGGTG GCCATCTAAG 
CCCCTCACAT ACAGCCTCAA AGGCAGCACC CAGCAGAGCA GGAGCTTAGG AGCCCAATCT 
TCAAGGGCTG GAGAGACCAG GGAGGCAGTG CCACAACCCA CAGTCCCCTT GGGAACCTGT 
ATGAGAGCAA ACCTCCAAGC CACAAGTGAG GATGTGCGTG GTTTCAAGGC TCCAGGCGCC 
AGCAAAAGCT CTCTACTCCC TAGAATGTCT GTCTCCCAAG ACCCAAGAAA GCTGTGTCTC 
ATGGAGGAGG CTGTTAGTGA ATTTGAGCCT GGAATGGCCA CGAAGTCAGA GACCCAGCCT 
CAAGTTTCTG CCGCTGTTGT GCTCCTTCCA GATGGGCAAG CATCTGTTGT GCCCCATGCT 
TCAGAGAATT TGGCTTCTCA AGTGCCCCAG GGCCATCTCC AGAGCACGCC TACTGGGAAC 
ATGCAGGCTT CCCAGGAGCT ATGTGACCTC ATGTCAGCCA GAAGGAGTAA CATGGGGCAC 
AAGGAGCCCA GGAACCCAAA CTGTCAAGGC TCATGCAAGA GCCAAAGCCC AATGTTTCCC 
CCTACTCACA AGAGGGAGAA CTCTAGGAAG CCCAACTTAG AAAAACATGA AGAAATGTTT 
CAAGGATTGA GGACTCCTCA ACTTACCCCA GGCAGAAAAA CAGAAGACAC CCGTCAGAAT 
GAAGGCGTCC AGCTACTGCC ATCAAAGAAA CAGCCTCCTT CAATAAGCCA CTTTGGAGAA 
AACATCAAGC AATTTTTTGA GACGATTTTT TCAAAGAAAG AAAGGAAGCC AGCACCAGTC 
ACTGCTGAGA GCCAAAAAAC AGTAAAAAAC AGATCATGCG TGTACGGCAG CAGTGCTGAA 
GCTGAGAGGC TCATGACAGC AGTTGGACAG ATACCGGAGG AGAACATGTC ACTTTGCCAT 
GCGCGCCATG CCTCGAAGGT AAATCAGCAA AGACAGCAGT TTCAAGCCCC AGTCTGTGGG 
TTTCCCTGCA ACCACAGACA CCCGTTCTAC TCAGACCACA GCAGAATGCT GAGCTATGCA 
GCCAGCAGTC AACAAGCCAC TCTCAAGAAC CAGAGTCGTC CCAACAGAGA CAGACAAATC 
AGAGATCAGC AGCCCTTGAA AAGTGTCCGG TGCAACAATG AGCAATGGGG CCTGCGACAT 
CCCCAACTCT TGCTCCCCAA GAAAGCTGTA TCCCCAGTCA GTCCCCCTCA GCACCGGCCG 
AAGACACCCA GTGCCTCCAG CCACCATCAC CACTGA

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

PubMed

Diversification of transcriptional modulation: large-scale identification and characterization of putative alternative promoters of human genes.
Genome research16(1)55-65(2006 Jan)
Kimura K,Wakamatsu A,Suzuki Y,Ota T,Nishikawa T,Yamashita R,Yamamoto J,Sekine M,Tsuritani K,Wakaguri H,Ishii S,Sugiyama T,Saito K,Isono Y,Irie R,Kushida N,Yoneyama T,Otsuka R,Kanda K,Yokoi T,Kondo H,Wagatsuma M,Murakawa K,Ishida S,Ishibashi T,Takahashi-Fujii A,Tanase T,Nagai K,Kikuchi H,Nakai K,Isogai T,Sugano S

Complete sequencing and characterization of 21,243 full-length human cDNAs.
Nature genetics36(1)40-5(2004 Jan)
Ota T,Suzuki Y,Nishikawa T,Otsuki T,Sugiyama T,Irie R,Wakamatsu A,Hayashi K,Sato H,Nagai K,Kimura K,Makita H,Sekine M,Obayashi M,Nishi T,Shibahara T,Tanaka T,Ishii S,Yamamoto J,Saito K,Kawai Y,Isono Y,Nakamura Y,Nagahari K,Murakami K,Yasuda T,Iwayanagi T,Wagatsuma M,Shiratori A,Sudo H,Hosoiri T,Kaku Y,Kodaira H,Kondo H,Sugawara M,Takahashi M,Kanda K,Yokoi T,Furuya T,Kikkawa E,Omura Y,Abe K,Kamihara K,Katsuta N,Sato K,Tanikawa M,Yamazaki M,Ninomiya K,Ishibashi T,Yamashita H,Murakawa K,Fujimori K,Tanai H,Kimata M,Watanabe M,Hiraoka S,Chiba Y,Ishida S,Ono Y,Takiguchi S,Watanabe S,Yosida M,Hotuta T,Kusano J,Kanehori K,Takahashi-Fujii A,Hara H,Tanase TO,Nomura Y,Togiya S,Komai F,Hara R,Takeuchi K,Arita M,Imose N,Musashino K,Yuuki H,Oshima A,Sasaki N,Aotsuka S,Yoshikawa Y,Matsunawa H,Ichihara T,Shiohata N,Sano S,Moriya S,Momiyama H,Satoh N,Takami S,Terashima Y,Suzuki O,Nakagawa S,Senoh A,Mizoguchi H,Goto Y,Shimizu F,Wakebe H,Hishigaki H,Watanabe T,Sugiyama A,Takemoto M,Kawakami B,Yamazaki M,Watanabe K,Kumagai A,Itakura S,Fukuzumi Y,Fujimori Y,Komiyama M,Tashiro H,Tanigami A,Fujiwara T,Ono T,Yamada K,Fujii Y,Ozaki K,Hirao M,Ohmori Y,Kawabata A,Hikiji T,Kobatake N,Inagaki H,Ikema Y,Okamoto S,Okitani R,Kawakami T,Noguchi S,Itoh T,Shigeta K,Senba T,Matsumura K,Nakajima Y,Mizuno T,Morinaga M,Sasaki M,Togashi T,Oyama M,Hata H,Watanabe M,Komatsu T,Mizushima-Sugano J,Satoh T,Shirai Y,Takahashi Y,Nakagawa K,Okumura K,Nagase T,Nomura N,Kikuchi H,Masuho Y,Yamashita R,Nakai K,Yada T,Nakamura Y,Ohara O,Isogai T,Sugano S

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SPATA31C1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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