Spata31d1b cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Spata31d1b
Entrez Gene ID	502113
Full Name	spermatogenesis associated 31 subfamily D, member 1B
Synonyms	Fam75d1,Fam75d1b,RGD1561563
General protein information	Preferred Names spermatogenesis associated 31 subfamily D, member 1B Names putative spermatogenesis-associated protein 31D4 family with sequence similarity 75, member D1 family with sequence similarity 75, member D1B
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 17 Map Location: 17p14

mRNA and Protein(s)

mRNA	Protein	Name
XM_008771477.1	XP_008769699.1	putative spermatogenesis-associated protein 31D4 isoform X1
XM_001066615.5	XP_001066615.2	putative spermatogenesis-associated protein 31D4 isoform X2

Pathways from BioSystems
Gene Ontology

The following Spata31d1b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Spata31d1b 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
ORa49604	XM_008771477.1 Latest version!	Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
ORa20588	XM_001066615.5 Latest version!	Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00

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

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

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

Reference Sequences (Refseq)

Spata31d1b ( XM_008771477.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008769699.1 Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ORa49604
Clone ID Related Accession (Same CDS sequence)	XM_008771477.1
Accession Version	XM_008771477.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2298bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	putative spermatogenesis-associated protein 31D4 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005116.4) 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 :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGCTT GTTATCCAAG CGTCCCAGGA TGTGCCTGCT CGCCACAGGA GGAAGGGAAG 
GAGAGAAGGC AAGACCTTAC AGATGGGGGA ACTTGCCAGG GAGAAGTGGA GCAGAGAAGA 
AAGCTACAGA CAATCCAGCG AAGCCCTCCG AGGGAGCCCT CCGATGCCAG CTGCGATGAA 
CTGCTGCCAC ATGGAGGTCC CCTCTTCCCT GTATGTGACA GATCTGGTGA TGTTGGTCAC 
CAGCTCTCCC AGGCCATCCT CAAAGATGGC GCTGCCTCTC ACTTCTACGT GACTTCCACA 
GCTCCTGTGA CAGAGGCCTC GTTTATTCTG TCCTCTCTGC TCACAGGAAG GCAGCCAGGA 
CATCCAGCTC CAGCCGGTCC TCAGGAGCCT TTGCCGCTGG CTCAGTCTAT CCTCTCACCT 
AACTGCTTTG CCCCCTTAGA GGGCTTCCAC TCAACCGCAC TGCTGCATGA CTCTCTGACA 
CCAGAGTCTG CACTTCCCTT GAACCCTAAG CCTCTACCGG ACCCCACCCC ACCCTACCCA 
TTCCCTTCTT TTCCTCTTCC GAAGAAAGAA GTGCAGAAGT CGGAAGCAGT CTTCCGGCCG 
GAAACCGCTA GATCTCTGGT GGACGGACCC AATGAGGTGT CTGTGAATGT CCCACTAGTC 
AAAGGCACTG GCTATGTAAG ACAGGCAATG CCAGCTGCCT CCCCACGGCA GCCTGCTGCT 
GACAACCAGT TATCTTCAGG CTTGGATAAC CAGCGTCCCC CACCTACCCA TGTTTCTCAA 
GCCTCTTTGC AGAAAGAAAC AAGGGCCTAC CATCTAGAGC CCGGACAGCT CTTTTCCCCC 
AACTCTGATG CCCTGAAACT GCTCAAAAGG CTAGACCAGA AGGGGCGTGA TTTCCTGATG 
GCAAAGGAAG AGGAGAACAA AGATTGTTTT ACAAAGTCAC CCAGTTCTTC GGAGAAGCTG 
CCGCTGGGAA AGTCATTGGT TGAGCCACAA GATTTGGCGG CTTCTCACTC AGCAAGAAGC 
AAGGTCACGC ACCAGCAGCT CCCTCACTCC AGGACTTCTG AAGACCACGA GGAACTCAAA 
CCTGCCCAGC TCTTCTGGGG CCCCCCTTCA CTACACAGTG AGGCCCTGCG CCCTACTACT 
TCCTTGTATG ACCGTTCCTC AACATTTGTC TGCTTCAACA GCATCGCCGA GGCCTCCATT 
GCTGACTACT CCCATGCGAT TCTGCTTCCC ACGCCCCTCT CTGTGTATGG ATCACAGACC 
TGGCTACAGC CCGAGCCCCA GTCTCATCCT ACATGTGACC CTCTTGCTGA GTCGCAGCCT 
CAGCCTCAAC TCCAATACCC CGTCTCAGTC TTGACGCTTG CTCCTTCTCA ATCCGAGCTG 
AGATACTGTG GGGTGCATTT TCACAGACCC CAGGGAGACG AGCAGGCTCT CGGACCTTCT 
GCCACACAGT GCCTGGAATA CAACATCTTG AAAAAAGAGC AAGAGAGGGT GTGGGGTTTA 
CCCTTGGTGA TCAAAAAATC CCAGAATGCC TTTTGCCCCT CCCCTCCCAA GTTCTTGTCT 
GCAAGTCGCT CCTCCAAGGC CTGTACTCCT CGGCCCATCC TTCCTGGAGA CTTCCCCCTC 
ACCGGGGAGC TCCAGAAGAA ACTGGAACAC CATCTCCGAA AGAGACTCAT TCAACGCCGC 
TGGGGCCTGC CCCACAGGAT CGATGAGTCC CTGTCACTCA TGTGTCCTCA GCCAGAACAG 
ACTGACATCT CTGAGTCCAG GAGGAGCCGT GGACTCTCGA AGACTCCTTT CTCTAAGAGC 
CATGGCAACA AGGACTCGAA GGCCATTGGA CCTGGAGGAG CAGGAGGCTT TCTCTCTCGG 
ATGCCTGAAG GTCATTCTCT GCAGCAGGAG ATTTTGGTCA AAGAACAGAC ATACAGTCAA 
GATACTGGCC AAAACGACCG TCCCCAGGGC AACCTTCAGG AGGCGCCACA GAAGACGCAG 
CCGGAGAGTC AGGAAGGCAG GCAGCCCGGC AAACTTTCAA GCCCTTCACA GGTGCACCAG 
AAAGGAATTG AAAACATCCT GGAAGAACAC CTGATCAGGA AAATGAGGGA AATCAGTGGG 
GGCGAGATCC CTAGCGCCGT GGACAGGTCG AGGCATTCTA TGACTGTGGC ACTGCCTGCA 
CCTGAGACCT CCTCCAGACA CGTGGCACCT TTGGCAGGTG AGGAAGACGG ACTGACAGAG 
CACCCCCACA GCTTGACGCT CAGTCCTAGC ANNNNNACAC AGAGAAGGGC ACGCCGGAGC 
CTCCCTAGCC AGCTTTGA

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

RefSeq	XP_008769699.1
CDS	1..2298
Translation	MAACYPSVPGCACSPQEEGKERRQDLTDGGTCQGEVEQRRKLQTIQRSPPREPSDASCDELLPHGGPLFPVCDRSGDVGHQLSQAILKDGAASHFYVTSTAPVTEASFILSSLLTGRQPGHPAPAGPQEPLPLAQSILSPNCFAPLEGFHSTALLHDSLTPESALPLNPKPLPDPTPPYPFPSFPLPKKEVQKSEAVFRPETARSLVDGPNEVSVNVPLVKGTGYVRQAMPAASPRQPAADNQLSSGLDNQRPPPTHVSQASLQKETRAYHLEPGQLFSPNSDALKLLKRLDQKGRDFLMAKEEENKDCFTKSPSSSEKLPLGKSLVEPQDLAASHSARSKVTHQQLPHSRTSEDHEELKPAQLFWGPPSLHSEALRPTTSLYDRSSTFVCFNSIAEASIADYSHAILLPTPLSVYGSQTWLQPEPQSHPTCDPLAESQPQPQLQYPVSVLTLAPSQSELRYCGVHFHRPQGDEQALGPSATQCLEYNILKKEQERVWGLPLVIKKSQNAFCPSPPKFLSASRSSKACTPRPILPGDFPLTGELQKKLEHHLRKRLIQRRWGLPHRIDESLSLMCPQPEQTDISESRRSRGLSKTPFSKSHGNKDSKAIGPGGAGGFLSRMPEGHSLQQEILVKEQTYSQDTGQNDRPQGNLQEAPQKTQPESQEGRQPGKLSSPSQVHQKGIENILEEHLIRKMREISGGEIPSAVDRSRHSMTVALPAPETSSRHVAPLAGEEDGLTEHPHSLTLSPSnullnullTQRRARRSLPSQL

Target ORF information:

RefSeq Version	XM_008771477.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X1, mRNA.

Target ORF information:

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

XM_008771477.1

ORF Insert Sequence:

ATGGCGGCTT GTTATCCAAG CGTCCCAGGA TGTGCCTGCT CGCCACAGGA GGAAGGGAAG 
GAGAGAAGGC AAGACCTTAC AGATGGGGGA ACTTGCCAGG GAGAAGTGGA GCAGAGAAGA 
AAGCTACAGA CAATCCAGCG AAGCCCTCCG AGGGAGCCCT CCGATGCCAG CTGCGATGAA 
CTGCTGCCAC ATGGAGGTCC CCTCTTCCCT GTATGTGACA GATCTGGTGA TGTTGGTCAC 
CAGCTCTCCC AGGCCATCCT CAAAGATGGC GCTGCCTCTC ACTTCTACGT GACTTCCACA 
GCTCCTGTGA CAGAGGCCTC GTTTATTCTG TCCTCTCTGC TCACAGGAAG GCAGCCAGGA 
CATCCAGCTC CAGCCGGTCC TCAGGAGCCT TTGCCGCTGG CTCAGTCTAT CCTCTCACCT 
AACTGCTTTG CCCCCTTAGA GGGCTTCCAC TCAACCGCAC TGCTGCATGA CTCTCTGACA 
CCAGAGTCTG CACTTCCCTT GAACCCTAAG CCTCTACCGG ACCCCACCCC ACCCTACCCA 
TTCCCTTCTT TTCCTCTTCC GAAGAAAGAA GTGCAGAAGT CGGAAGCAGT CTTCCGGCCG 
GAAACCGCTA GATCTCTGGT GGACGGACCC AATGAGGTGT CTGTGAATGT CCCACTAGTC 
AAAGGCACTG GCTATGTAAG ACAGGCAATG CCAGCTGCCT CCCCACGGCA GCCTGCTGCT 
GACAACCAGT TATCTTCAGG CTTGGATAAC CAGCGTCCCC CACCTACCCA TGTTTCTCAA 
GCCTCTTTGC AGAAAGAAAC AAGGGCCTAC CATCTAGAGC CCGGACAGCT CTTTTCCCCC 
AACTCTGATG CCCTGAAACT GCTCAAAAGG CTAGACCAGA AGGGGCGTGA TTTCCTGATG 
GCAAAGGAAG AGGAGAACAA AGATTGTTTT ACAAAGTCAC CCAGTTCTTC GGAGAAGCTG 
CCGCTGGGAA AGTCATTGGT TGAGCCACAA GATTTGGCGG CTTCTCACTC AGCAAGAAGC 
AAGGTCACGC ACCAGCAGCT CCCTCACTCC AGGACTTCTG AAGACCACGA GGAACTCAAA 
CCTGCCCAGC TCTTCTGGGG CCCCCCTTCA CTACACAGTG AGGCCCTGCG CCCTACTACT 
TCCTTGTATG ACCGTTCCTC AACATTTGTC TGCTTCAACA GCATCGCCGA GGCCTCCATT 
GCTGACTACT CCCATGCGAT TCTGCTTCCC ACGCCCCTCT CTGTGTATGG ATCACAGACC 
TGGCTACAGC CCGAGCCCCA GTCTCATCCT ACATGTGACC CTCTTGCTGA GTCGCAGCCT 
CAGCCTCAAC TCCAATACCC CGTCTCAGTC TTGACGCTTG CTCCTTCTCA ATCCGAGCTG 
AGATACTGTG GGGTGCATTT TCACAGACCC CAGGGAGACG AGCAGGCTCT CGGACCTTCT 
GCCACACAGT GCCTGGAATA CAACATCTTG AAAAAAGAGC AAGAGAGGGT GTGGGGTTTA 
CCCTTGGTGA TCAAAAAATC CCAGAATGCC TTTTGCCCCT CCCCTCCCAA GTTCTTGTCT 
GCAAGTCGCT CCTCCAAGGC CTGTACTCCT CGGCCCATCC TTCCTGGAGA CTTCCCCCTC 
ACCGGGGAGC TCCAGAAGAA ACTGGAACAC CATCTCCGAA AGAGACTCAT TCAACGCCGC 
TGGGGCCTGC CCCACAGGAT CGATGAGTCC CTGTCACTCA TGTGTCCTCA GCCAGAACAG 
ACTGACATCT CTGAGTCCAG GAGGAGCCGT GGACTCTCGA AGACTCCTTT CTCTAAGAGC 
CATGGCAACA AGGACTCGAA GGCCATTGGA CCTGGAGGAG CAGGAGGCTT TCTCTCTCGG 
ATGCCTGAAG GTCATTCTCT GCAGCAGGAG ATTTTGGTCA AAGAACAGAC ATACAGTCAA 
GATACTGGCC AAAACGACCG TCCCCAGGGC AACCTTCAGG AGGCGCCACA GAAGACGCAG 
CCGGAGAGTC AGGAAGGCAG GCAGCCCGGC AAACTTTCAA GCCCTTCACA GGTGCACCAG 
AAAGGAATTG AAAACATCCT GGAAGAACAC CTGATCAGGA AAATGAGGGA AATCAGTGGG 
GGCGAGATCC CTAGCGCCGT GGACAGGTCG AGGCATTCTA TGACTGTGGC ACTGCCTGCA 
CCTGAGACCT CCTCCAGACA CGTGGCACCT TTGGCAGGTG AGGAAGACGG ACTGACAGAG 
CACCCCCACA GCTTGACGCT CAGTCCTAGC ANNNNNACAC AGAGAAGGGC ACGCCGGAGC 
CTCCCTAGCC AGCTTTGA

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

Spata31d1b ( XM_001066615.5 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_001066615.2 Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ORa20588
Clone ID Related Accession (Same CDS sequence)	XM_001066615.5
Accession Version	XM_001066615.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4023bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	putative spermatogenesis-associated protein 31D4 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000085.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_001066615.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACA TTTTCTCATC TCTGAATGGC CTCACAGAGA CATGGCTGAC CTTTGGCTCA 
GCTTCCTACC ACATAGACCT TAGCTCCACT CTTCTGAGTG GACTGGGGCT CCTGCTTCTG 
TACATCAGCT CCCTGATAGT GAGACTGCTT GCCCGGTCTC TGCAGAGAAA GAAATACGCC 
CCAAAGCCAC AGGAGGAAGG GAAGGAGAGA AGGCAAGACC TTACAGATGG GGGAACTTGC 
CAGGGAGAAG TGGAGCAGAG AAGAAAGCTA CAGACAATCC AGCGAAGCCC TCCGAGGGAG 
CCCTCCGATG CCAGCTGCGA TGAACTGCTG CCACATGGAG GTCCCCTCTT CCCTGTATGT 
GACAGATCTG GTGATGTTGG TCACCAGCTC TCCCAGGCCA TCCTCAAAGA TGGCGCTGCC 
TCTCACTTCT ACGTGACTTC CACAGCTCCT GTGACAGAGG CCTCGTTTAT TCTGTCCTCT 
CTGCTCACAG GAAGGCAGCC AGGACATCCA GCTCCAGCCG GTCCTCAGGA GCCTTTGCCG 
CTGGCTCAGT CTATCCTCTC ACCTAACTGC TTTGCCCCCT TAGAGGGCTT CCACTCAACC 
GCACTGCTGC ATGACTCTCT GACACCAGAG TCTGCACTTC CCTTGAACCC TAAGCCTCTA 
CCGGACCCCA CCCCACCCTA CCCATTCCCT TCTTTTCCTC TTCCGAAGAA AGAAGTGCAG 
AAGTCGGAAG CAGTCTTCCG GCCGGAAACC GCTAGATCTC TGGTGGACGG ACCCAATGAG 
GTGTCTGTGA ATGTCCCACT AGTCAAAGGC ACTGGCTATG TAAGACAGGC AATGCCAGCT 
GCCTCCCCAC GGCAGCCTGC TGCTGACAAC CAGTTATCTT CAGGCTTGGA TAACCAGCGT 
CCCCCACCTA CCCATGTTTC TCAAGCCTCT TTGCAGAAAG AAACAAGGGC CTACCATCTA 
GAGCCCGGAC AGCTCTTTTC CCCCAACTCT GATGCCCTGA AACTGCTCAA AAGGCTAGAC 
CAGAAGGGGC GTGATTTCCT GATGGCAAAG GAAGAGGAGA ACAAAGATTG TTTTACAAAG 
TCACCCAGTT CTTCGGAGAA GCTGCCGCTG GGAAAGTCAT TGGTTGAGCC ACAAGATTTG 
GCGGCTTCTC ACTCAGCAAG AAGCAAGGTC ACGCACCAGC AGCTCCCTCA CTCCAGGACT 
TCTGAAGACC ACGAGGAACT CAAACCTGCC CAGCTCTTCT GGGGCCCCCC TTCACTACAC 
AGTGAGGCCC TGCGCCCTAC TACTTCCTTG TATGACCGTT CCTCAACATT TGTCTGCTTC 
AACAGCATCG CCGAGGCCTC CATTGCTGAC TACTCCCATG CGATTCTGCT TCCCACGCCC 
CTCTCTGTGT ATGGATCACA GACCTGGCTA CAGCCCGAGC CCCAGTCTCA TCCTACATGT 
GACCCTCTTG CTGAGTCGCA GCCTCAGCCT CAACTCCAAT ACCCCGTCTC AGTCTTGACG 
CTTGCTCCTT CTCAATCCGA GCTGAGATAC TGTGGGGTGC ATTTTCACAG ACCCCAGGGA 
GACGAGCAGG CTCTCGGACC TTCTGCCACA CAGTGCCTGG AATACAACAT CTTGAAAAAA 
GAGCAAGAGA GGGTGTGGGG TTTACCCTTG GTGATCAAAA AATCCCAGAA TGCCTTTTGC 
CCCTCCCCTC CCAAGTTCTT GTCTGCAAGT CGCTCCTCCA AGGCCTGTAC TCCTCGGCCC 
ATCCTTCCTG GAGACTTCCC CCTCACCGGG GAGCTCCAGA AGAAACTGGA ACACCATCTC 
CGAAAGAGAC TCATTCAACG CCGCTGGGGC CTGCCCCACA GGATCGATGA GTCCCTGTCA 
CTCATGTGTC CTCAGCCAGA ACAGACTGAC ATCTCTGAGT CCAGGAGGAG CCGTGGACTC 
TCGAAGACTC CTTTCTCTAA GAGCCATGGC AACAAGGACT CGAAGGCCAT TGGACCTGGA 
GGAGCAGGAG GCTTTCTCTC TCGGATGCCT GAAGGTCATT CTCTGCAGCA GGAGATTTTG 
GTCAAAGAAC AGACATACAG TCAAGATACT GGCCAAAACG ACCGTCCCCA GGGCAACCTT 
CAGGAGGCGC CACAGAAGAC GCAGCCGGAG AGTCAGGAAG GCAGGCAGCC CGGCAAACTT 
TCAAGCCCTT CACAGGTGCA CCAGAAAGGA ATTGAAAACA TCCTGGAAGA ACACCTGATC 
AGGAAAATGA GGGAAATCAG TGGGGGCGAG ATCCCTAGCG CCGTGGACAG GTCGAGGCAT 
TCTATGACTG TGGCACTGCC TGCACCTGAG ACCTCCTCCA GACACGTGGC ACCTTTGGCA 
GGTGAGGAAG ACGGACTGAC AGAGCACCCC CACAGCTTGA CGCTCAGTCC TAGCAAAGAA 
AAGGTGCTGG AAGAACACAT CACAACCTTC GGCAGGAGGA TGGCGTTCGG CCTTCCTCAA 
AGAGTTGAGG AATCCCTAGA GTCCTACTTG ACAAGAGCAG CGCCATCTCG ACCTTTCCAT 
CAGCTCCACA CTCGAGCCCA CAGCGTTTGT ACAGTGGATT CTGACAAGCC CTCCAGGTTC 
CTCAGAAGAA ACACTAATGG AGATAGAAAG GGGACAGTGG ATTTAGTCCC CGTCCAACAC 
AGGCCTCTCC CTGCTGCCTG GCTTGCGGGC CACACACAGC CAGCCTCTGA GAACAAGAAG 
GTGTGTGTAG ACAAAGACCT TAGCATGGCC CCAAGTGGCC GAGAGCCGAT CAAGCACTGG 
ACACCCAGTA TGGCACACAA AGGCATCCGG CAACATTCTA GATCAGACAG CAGGCCTGAC 
CCAGAGCCAC CCATGAGCCC AGATGGGCCA ACAGAGGAGA GATTGGCTTC CAGCAACAAC 
ACACAGGGCT CTCAGGGAGA AAGGAAGAAC TGGAAAGACT GCTCCATGGC TGAGGGGTCC 
ACAGACCTAC ACAAGGGAGA GCAACTCCCT GGTCCTGACC CACAGTCCAC TAAGAACTTG 
AAAGGCACCC AGGGCCTGTG CTCCCCAGGG AGCCATGCGA CTGAATGTCA GTCCCTGCAG 
GGAATGTCCG TTCCCCAGGA CTCTGAGACG CCTCACTCTA AAAGTCAGGT GTCCACAGAA 
GTCGTGCCAA ACTCAGAGGG CGAGACACAC ATCCAGGTGC CAGACCTGCC CGCCACAGCC 
TTTGCCTCAG AAGAAATGAC TTCCAAACCC CGGGGCCCCT CCAGTGGGGA CATGGCGGTT 
TCTCAGGTGC TGCATGTGCA CTTCCCCTCT GTGGGCATCA ACATGGAGCC ACGGCAGGGT 
CCCTGGGTCC CTGCATATGT CTCAGGCAAG AGCAAGAACA AGGACTGTCC CCCAGCTGCC 
AGAGGAGTGC CCCCACTGGT AACTGAGGCA GGAAAGCTTG GTGGAGGGGA TGCAGGCTTA 
GGGACATCCC AGACCAGAGG GAAGAGACAC TGTGCTCAGG CCAGGGCAGC AGAGGAAACC 
CAAGGACACA CATCCTCCCC AGCACTGACA CCTAAGAGTC AGCCTCTGGA AAATCAGTTC 
CCCAACCAGG TGAAGGGCTT CTGGCAGAGG CTGTCCCCTG GGAGGAAACA CAAAGGGCAG 
GAAAAGATCC TGGCCAGGGG CTGCTCCTCA TTAATGCCAG TGAAGGGCGC AAGCCTCATC 
AAAGGGAGAT GTGAGTTCTG TGGGAACACA GCAGCTCAGA AATGTGTGAG AGAGCCTGGG 
ATGGTCCTCA GGAAACAGCT AGGGTTCAGG CATTGGACAG TCATTCCTTG TCCCCAGGCA 
CCTGTGTCTC CCCTCATGGG GTCTGTAGAA GCTCAGCAGG AGTTGCAACT GCAGGCTCAG 
GCAGAGCCTG CCCAGAGGCT GCCCCACTTC TGCTGCAGAG CTTCCTGCTC TCAAGTGCAG 
AGGGCTGAGT CCTGCAGCCC AGGACAAGGG CAGACAGCCC TTGAGAGGTG CGGCACTACT 
GGAAAAGCTA AGATGGTGGA GCCCTCCCCC ATGCATGCTT CTCCACCAAA GTCCTATCTG 
TAG

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

RefSeq	XP_001066615.2
CDS	35..4057
Translation	MENIFSSLNGLTETWLTFGSASYHIDLSSTLLSGLGLLLLYISSLIVRLLARSLQRKKYAPKPQEEGKERRQDLTDGGTCQGEVEQRRKLQTIQRSPPREPSDASCDELLPHGGPLFPVCDRSGDVGHQLSQAILKDGAASHFYVTSTAPVTEASFILSSLLTGRQPGHPAPAGPQEPLPLAQSILSPNCFAPLEGFHSTALLHDSLTPESALPLNPKPLPDPTPPYPFPSFPLPKKEVQKSEAVFRPETARSLVDGPNEVSVNVPLVKGTGYVRQAMPAASPRQPAADNQLSSGLDNQRPPPTHVSQASLQKETRAYHLEPGQLFSPNSDALKLLKRLDQKGRDFLMAKEEENKDCFTKSPSSSEKLPLGKSLVEPQDLAASHSARSKVTHQQLPHSRTSEDHEELKPAQLFWGPPSLHSEALRPTTSLYDRSSTFVCFNSIAEASIADYSHAILLPTPLSVYGSQTWLQPEPQSHPTCDPLAESQPQPQLQYPVSVLTLAPSQSELRYCGVHFHRPQGDEQALGPSATQCLEYNILKKEQERVWGLPLVIKKSQNAFCPSPPKFLSASRSSKACTPRPILPGDFPLTGELQKKLEHHLRKRLIQRRWGLPHRIDESLSLMCPQPEQTDISESRRSRGLSKTPFSKSHGNKDSKAIGPGGAGGFLSRMPEGHSLQQEILVKEQTYSQDTGQNDRPQGNLQEAPQKTQPESQEGRQPGKLSSPSQVHQKGIENILEEHLIRKMREISGGEIPSAVDRSRHSMTVALPAPETSSRHVAPLAGEEDGLTEHPHSLTLSPSKEKVLEEHITTFGRRMAFGLPQRVEESLESYLTRAAPSRPFHQLHTRAHSVCTVDSDKPSRFLRRNTNGDRKGTVDLVPVQHRPLPAAWLAGHTQPASENKKVCVDKDLSMAPSGREPIKHWTPSMAHKGIRQHSRSDSRPDPEPPMSPDGPTEERLASSNNTQGSQGERKNWKDCSMAEGSTDLHKGEQLPGPDPQSTKNLKGTQGLCSPGSHATECQSLQGMSVPQDSETPHSKSQVSTEVVPNSEGETHIQVPDLPATAFASEEMTSKPRGPSSGDMAVSQVLHVHFPSVGINMEPRQGPWVPAYVSGKSKNKDCPPAARGVPPLVTEAGKLGGGDAGLGTSQTRGKRHCAQARAAEETQGHTSSPALTPKSQPLENQFPNQVKGFWQRLSPGRKHKGQEKILARGCSSLMPVKGASLIKGRCEFCGNTAAQKCVREPGMVLRKQLGFRHWTVIPCPQAPVSPLMGSVEAQQELQLQAQAEPAQRLPHFCCRASCSQVQRAESCSPGQGQTALERCGTTGKAKMVEPSPMHASPPKSYL

Target ORF information:

RefSeq Version	XM_001066615.5
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus spermatogenesis associated 31 subfamily D, member 1B (Spata31d1b), transcript variant X2, mRNA.

Target ORF information:

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

XM_001066615.5

ORF Insert Sequence:

ATGGAGAACA TTTTCTCATC TCTGAATGGC CTCACAGAGA CATGGCTGAC CTTTGGCTCA 
GCTTCCTACC ACATAGACCT TAGCTCCACT CTTCTGAGTG GACTGGGGCT CCTGCTTCTG 
TACATCAGCT CCCTGATAGT GAGACTGCTT GCCCGGTCTC TGCAGAGAAA GAAATACGCC 
CCAAAGCCAC AGGAGGAAGG GAAGGAGAGA AGGCAAGACC TTACAGATGG GGGAACTTGC 
CAGGGAGAAG TGGAGCAGAG AAGAAAGCTA CAGACAATCC AGCGAAGCCC TCCGAGGGAG 
CCCTCCGATG CCAGCTGCGA TGAACTGCTG CCACATGGAG GTCCCCTCTT CCCTGTATGT 
GACAGATCTG GTGATGTTGG TCACCAGCTC TCCCAGGCCA TCCTCAAAGA TGGCGCTGCC 
TCTCACTTCT ACGTGACTTC CACAGCTCCT GTGACAGAGG CCTCGTTTAT TCTGTCCTCT 
CTGCTCACAG GAAGGCAGCC AGGACATCCA GCTCCAGCCG GTCCTCAGGA GCCTTTGCCG 
CTGGCTCAGT CTATCCTCTC ACCTAACTGC TTTGCCCCCT TAGAGGGCTT CCACTCAACC 
GCACTGCTGC ATGACTCTCT GACACCAGAG TCTGCACTTC CCTTGAACCC TAAGCCTCTA 
CCGGACCCCA CCCCACCCTA CCCATTCCCT TCTTTTCCTC TTCCGAAGAA AGAAGTGCAG 
AAGTCGGAAG CAGTCTTCCG GCCGGAAACC GCTAGATCTC TGGTGGACGG ACCCAATGAG 
GTGTCTGTGA ATGTCCCACT AGTCAAAGGC ACTGGCTATG TAAGACAGGC AATGCCAGCT 
GCCTCCCCAC GGCAGCCTGC TGCTGACAAC CAGTTATCTT CAGGCTTGGA TAACCAGCGT 
CCCCCACCTA CCCATGTTTC TCAAGCCTCT TTGCAGAAAG AAACAAGGGC CTACCATCTA 
GAGCCCGGAC AGCTCTTTTC CCCCAACTCT GATGCCCTGA AACTGCTCAA AAGGCTAGAC 
CAGAAGGGGC GTGATTTCCT GATGGCAAAG GAAGAGGAGA ACAAAGATTG TTTTACAAAG 
TCACCCAGTT CTTCGGAGAA GCTGCCGCTG GGAAAGTCAT TGGTTGAGCC ACAAGATTTG 
GCGGCTTCTC ACTCAGCAAG AAGCAAGGTC ACGCACCAGC AGCTCCCTCA CTCCAGGACT 
TCTGAAGACC ACGAGGAACT CAAACCTGCC CAGCTCTTCT GGGGCCCCCC TTCACTACAC 
AGTGAGGCCC TGCGCCCTAC TACTTCCTTG TATGACCGTT CCTCAACATT TGTCTGCTTC 
AACAGCATCG CCGAGGCCTC CATTGCTGAC TACTCCCATG CGATTCTGCT TCCCACGCCC 
CTCTCTGTGT ATGGATCACA GACCTGGCTA CAGCCCGAGC CCCAGTCTCA TCCTACATGT 
GACCCTCTTG CTGAGTCGCA GCCTCAGCCT CAACTCCAAT ACCCCGTCTC AGTCTTGACG 
CTTGCTCCTT CTCAATCCGA GCTGAGATAC TGTGGGGTGC ATTTTCACAG ACCCCAGGGA 
GACGAGCAGG CTCTCGGACC TTCTGCCACA CAGTGCCTGG AATACAACAT CTTGAAAAAA 
GAGCAAGAGA GGGTGTGGGG TTTACCCTTG GTGATCAAAA AATCCCAGAA TGCCTTTTGC 
CCCTCCCCTC CCAAGTTCTT GTCTGCAAGT CGCTCCTCCA AGGCCTGTAC TCCTCGGCCC 
ATCCTTCCTG GAGACTTCCC CCTCACCGGG GAGCTCCAGA AGAAACTGGA ACACCATCTC 
CGAAAGAGAC TCATTCAACG CCGCTGGGGC CTGCCCCACA GGATCGATGA GTCCCTGTCA 
CTCATGTGTC CTCAGCCAGA ACAGACTGAC ATCTCTGAGT CCAGGAGGAG CCGTGGACTC 
TCGAAGACTC CTTTCTCTAA GAGCCATGGC AACAAGGACT CGAAGGCCAT TGGACCTGGA 
GGAGCAGGAG GCTTTCTCTC TCGGATGCCT GAAGGTCATT CTCTGCAGCA GGAGATTTTG 
GTCAAAGAAC AGACATACAG TCAAGATACT GGCCAAAACG ACCGTCCCCA GGGCAACCTT 
CAGGAGGCGC CACAGAAGAC GCAGCCGGAG AGTCAGGAAG GCAGGCAGCC CGGCAAACTT 
TCAAGCCCTT CACAGGTGCA CCAGAAAGGA ATTGAAAACA TCCTGGAAGA ACACCTGATC 
AGGAAAATGA GGGAAATCAG TGGGGGCGAG ATCCCTAGCG CCGTGGACAG GTCGAGGCAT 
TCTATGACTG TGGCACTGCC TGCACCTGAG ACCTCCTCCA GACACGTGGC ACCTTTGGCA 
GGTGAGGAAG ACGGACTGAC AGAGCACCCC CACAGCTTGA CGCTCAGTCC TAGCAAAGAA 
AAGGTGCTGG AAGAACACAT CACAACCTTC GGCAGGAGGA TGGCGTTCGG CCTTCCTCAA 
AGAGTTGAGG AATCCCTAGA GTCCTACTTG ACAAGAGCAG CGCCATCTCG ACCTTTCCAT 
CAGCTCCACA CTCGAGCCCA CAGCGTTTGT ACAGTGGATT CTGACAAGCC CTCCAGGTTC 
CTCAGAAGAA ACACTAATGG AGATAGAAAG GGGACAGTGG ATTTAGTCCC CGTCCAACAC 
AGGCCTCTCC CTGCTGCCTG GCTTGCGGGC CACACACAGC CAGCCTCTGA GAACAAGAAG 
GTGTGTGTAG ACAAAGACCT TAGCATGGCC CCAAGTGGCC GAGAGCCGAT CAAGCACTGG 
ACACCCAGTA TGGCACACAA AGGCATCCGG CAACATTCTA GATCAGACAG CAGGCCTGAC 
CCAGAGCCAC CCATGAGCCC AGATGGGCCA ACAGAGGAGA GATTGGCTTC CAGCAACAAC 
ACACAGGGCT CTCAGGGAGA AAGGAAGAAC TGGAAAGACT GCTCCATGGC TGAGGGGTCC 
ACAGACCTAC ACAAGGGAGA GCAACTCCCT GGTCCTGACC CACAGTCCAC TAAGAACTTG 
AAAGGCACCC AGGGCCTGTG CTCCCCAGGG AGCCATGCGA CTGAATGTCA GTCCCTGCAG 
GGAATGTCCG TTCCCCAGGA CTCTGAGACG CCTCACTCTA AAAGTCAGGT GTCCACAGAA 
GTCGTGCCAA ACTCAGAGGG CGAGACACAC ATCCAGGTGC CAGACCTGCC CGCCACAGCC 
TTTGCCTCAG AAGAAATGAC TTCCAAACCC CGGGGCCCCT CCAGTGGGGA CATGGCGGTT 
TCTCAGGTGC TGCATGTGCA CTTCCCCTCT GTGGGCATCA ACATGGAGCC ACGGCAGGGT 
CCCTGGGTCC CTGCATATGT CTCAGGCAAG AGCAAGAACA AGGACTGTCC CCCAGCTGCC 
AGAGGAGTGC CCCCACTGGT AACTGAGGCA GGAAAGCTTG GTGGAGGGGA TGCAGGCTTA 
GGGACATCCC AGACCAGAGG GAAGAGACAC TGTGCTCAGG CCAGGGCAGC AGAGGAAACC 
CAAGGACACA CATCCTCCCC AGCACTGACA CCTAAGAGTC AGCCTCTGGA AAATCAGTTC 
CCCAACCAGG TGAAGGGCTT CTGGCAGAGG CTGTCCCCTG GGAGGAAACA CAAAGGGCAG 
GAAAAGATCC TGGCCAGGGG CTGCTCCTCA TTAATGCCAG TGAAGGGCGC AAGCCTCATC 
AAAGGGAGAT GTGAGTTCTG TGGGAACACA GCAGCTCAGA AATGTGTGAG AGAGCCTGGG 
ATGGTCCTCA GGAAACAGCT AGGGTTCAGG CATTGGACAG TCATTCCTTG TCCCCAGGCA 
CCTGTGTCTC CCCTCATGGG GTCTGTAGAA GCTCAGCAGG AGTTGCAACT GCAGGCTCAG 
GCAGAGCCTG CCCAGAGGCT GCCCCACTTC TGCTGCAGAG CTTCCTGCTC TCAAGTGCAG 
AGGGCTGAGT CCTGCAGCCC AGGACAAGGG CAGACAGCCC TTGAGAGGTG CGGCACTACT 
GGAAAAGCTA AGATGGTGGA GCCCTCCCCC ATGCATGCTT CTCCACCAAA GTCCTATCTG 
TAG

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

PubMed

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Eメール

japanmarket@genscript.com

電話

03-6811-6572

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03-6811-6573
050-3174-7589(受注専用)

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オンライン注文

Spata31d1b cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

会社情報

サポート

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