ORF » Species Summary » Homo sapiens » SPATA31E1 cDNA ORF clone

SPATA31E1 cDNA ORF clone, Homo sapiens(human)

The following SPATA31E1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPATA31E1 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.

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OHu32024 NM_178828.5
Latest version!		 Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $384.30
$549.00
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OHu32024 NM_178828.4 Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $384.30
$549.00
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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)
    SPATA31E1 ( NM_178828.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_849150.3 Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA.
    Price & Availability↑
    CloneID OHu32024
    Clone ID Related Accession (Same CDS sequence) NM_178828.5 , NM_178828.4
    Accession Version NM_178828.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4338bp)
    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 2019-10-25
    Organism Homo sapiens(human)
    Product spermatogenesis-associated protein 31E1
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK125845.1, AL834438.1 and AL772337.17. On May 17, 2019 this sequence version replaced NM_178828.4. ##Evidence-Data-START## Transcript exon combination :: BC137349.1, AK125845.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000325643.6/ ENSP00000322640.5 RefSeq Select criteria :: based on single protein-coding transcript ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAAATC TCGTCATCCC TCTAGGGAAG GGCAGGGCAG GCAGGGTTGA GAGTGGGCAG 
    AGGATTCCAC CCCCAGCTCC CAGACCATCT GTGGAGTGCA CAGGAGACGA CATTGCACTT 
    CAGATGGAGA AAATGCTCTT TCCTCTGAAG AGCCCTAGTG CCACATGGCT GAGCCCTAGC 
    TCCACTCCCT GGATGATGGA TTTCATCCTC ACCAGTGTGT GTGGCCTAGT GCTCCTCTTC 
    CTATTGCTCC TCTACGTCCA CAGTGACCCA CCCTCACCCC CGCCCGGGAG GAAGAGGAGC 
    AGCAGGGAGC CTCAAAGGGA GAGAAGCGGG AGGTCCAGGA GCAGGAAGAT CTCAGCTCTG 
    AAAGCTTGCA GAATCCTCCT GAGGGAGCTG GAGGAGACTC GGGACCTGAA CTACCTTCTG 
    GAAAGCCACC TGAGGAAGCT CGCTGGCGAA GGCAGCTCCC ACCTGCCCTT AGGTGGAGAC 
    CCCCTGGGGG ACGTGTGTAA ACCAGTGCCT GCTAAGGCCC ACCAGCCGCA TGGGAAATGC 
    ATGCAAGATC CGTCTCCTGC CAGCTTGTCC CCACCAGCTC CCCCAGCTCC TCTGGCCTCC 
    ACCCTGTCAC CAGGCCCGAT GACCTTCTCA GAGCCTTTTG GACCACACTC AACCCTGAGT 
    GCCTCCGGGC CACCAGAGCC CTTGCTTCCC CTAAAATGCC CTGCAACCCA GCCACATGTG 
    GTTTTTCCTC CTTCACCACA GCCGCATGGT CCCCTGGCCT CCTCTCCACC TCCACCCGAC 
    TCCAGCCTGG CTGGACTTCA GTGTGGCTCC ACAACATGCC CCGTCCCCCA GAGCTCCCCT 
    CTACACAACC AGGTGCTGCC TCCTCCAACC AGGGTGATCT CTGGCCTGGG GTGCTCCAGC 
    GATCCCATCT GGGACCTCTA TTGCTGGAGG GAGGCTGCCA CCACCTGGGG CCTCTCCACC 
    TACTCACATG GCAAATCCCA GCCACGGCAT CTTCCCGACC ACACCTCAGA GGCTTCCTTC 
    TGGGGAGACC CCACACCCAA GCACATGGAG GTAGGTGGCT GCACATTCAT CCACCCTGAC 
    GTGCAGAAGC TGCTGGAGAC CCTCATCGCC AAGAGAGCAC TGATGAAGAT GTGGCAGGAG 
    AAAGAAAGAA AACGGGCCGA CCACCCGCAC ATGACATCAC TGGGGAAGGA GTGGGACATC 
    ACGACCCTAA ATCCCTTCTG GAACGTGTCA ACCCAGCCAC AGCAGCTGCC CCGTCCTCAG 
    CAAGTCTCTG ATGCCACAAC CGTGGGGAAC CACTTACAGC AGAAACGCAG CCAGCTTTTC 
    TGGGACCTCC CCTCTCTCAA TAGCGAGTCC CTGGCGACCA CAGTCTGGGT TTCTAGGAAC 
    CCTTCCTCAC AGAATGCACA CTCTGTACCA CTGGATAAAG CCTCCACTTC TCTTCCAGGT 
    GAACCTGAGG TTGAGGCATC CTCACAGCTT TCCCAGGCAC CGCCCCAGCC CCACCACATG 
    GCCCAGCCCC AACATTTCAC TCCAGCCTGG CCCCAGTCCC AGCCCCCACC TTTGGCTGAG 
    ATCCAGACCC AGGCCCACCT CTCACCCCCT GTCCCAAGCC TGGGGTGCTC TTCTCCACCC 
    CAGATTAGGG GCTGTGGGGC ATCTTACCCT ACATCCCAGG AGAGGACACA GTCTGTCATC 
    CCCACTGGAA AGGAGTATCT TGAATGGCCC TTGAAGAAGC GACCAAAGTG GAAGAGGGTT 
    TTGCCCTCTC TCCTCAAAAA GTCTCAGGCT GTTCTGAGCC AGCCCACTGC CCACCTTCCC 
    CAAGAGAGGC CGGCCTCCTG GAGCCCCAAG TCAGCCCCCA TCCTTCCCGG GGTTGTCACC 
    AGCCCTGAGC TCCCAGAGCA CTGGTGGCAA GGAAGGAATG CCATCCACCA GGAGCAGTCC 
    TGTGGCCCTC CCAGCAGATT GCAGGCATCT GGGGACCTGC TACAGCCTGA TGGGGAATTC 
    CCAGGGAGGC CCCAGAGTCA GGCAGAAGAC ACGCAGCAGG CCCTCTTGCC CTCCCAGCCT 
    TCTGACTTTG CAGGGAAGGG CAGGAAGGAT GTGCAGAAGA CCGGGTTCAG GAGCTCCGGA 
    AGGTTCTCTG ACAAGGGGTG CTTAGGGTCC AAACTAGGGC CGGACCCAAG CCGGGATCAA 
    GGCTCAGGAA GGACCTCAGT GAAGGCTCTG GACGAAGACA AGGAGGCAGA AGGTGACTTA 
    CGGAGGTCCT GGAAGTACCA ATCAGTAAGT TCCACACCCA GGGACCCAGA CAAGGAGCAT 
    CTGGAAAACA AGCTGCAAAT CCATCTGGCC AGGAAGGTAG GGGAGATCAA AGAGGGCTGG 
    ATCCCCATGC CTGTGCGTCG CTCCTGGCTC ATGGCCAAAT GTGCTGTTCC CAAGTCTGAC 
    ACCCACAGGA AACCTGGGAA GCTGGCATCC TGGAGGGGTG GGAAAGCCCA CGTGAACACC 
    TCCCAGGAGC TTTCCTTCCT CCATCCCTGC ACCCAGCAGA TACTGGAAGT ACATCTTGTA 
    AGGTTCTGTG TGAGGCACAG CTGGGGTACA GACCTCCAGT CCCTGGAGCC CATAAATGTC 
    TGGTCAGGTG AGGCTCAGGC CCCGCCCTTC CCACAATCCA CCTTTACCCC CTGGGCCTCC 
    TGGGTATCTC GGGTTGAATC TGTACCCAAG GTTCCCATTT TCCTGGGAAA ACGTCCTCAG 
    AATGGTCCAG GAGACAACAG AACAACAAGC AAGTCAGTCC CGACCGTGAG TGGCCCTCTC 
    GCTGCCCCAC CGCCTGAGCA GGAGGGAGTC CAGAGGCCCC CGAGAGGGTC CCAGTCAGCT 
    GATACCCATG GGCGATCAGA GGCCTTTCCG ACTGGACACA AGGGCAGGGG GTGTTCTCAG 
    CCCCCAACAT GCAGCCTTGT GGGCAGAACC TGGCAGAGCA GGACTGTCCT GGAATCCGGG 
    AAACCCAAAC CCAGACTAGA GGGGAGTATG GGTTCAGAAA TGGCTGGGAA CGAGGCATGG 
    CTTGAGAGTG AGAGCATGTC CCCAGGAGAC CCCTGTAGTA GCAGAGCCCT GCAAGTGCTC 
    AGCATAGGGT CCCAGTGGGC AAGGGCTGAA GATGCCCTGC AGGCACTGAA AGTGGGGGAG 
    AAGCCCCCAA CTTGGGAAGT CACCTTGGGA GCCAGTGTGA GGGCAAGTTC GGGAAGTGTT 
    CAGGAGGATC TGAGGAGCAC AGGGGCTCTG GGGACCACTG GTAACCCCTC AGCGTCTTCA 
    GTCTGTGTTG CTCAGGATCC AGAGCAGCTG CACCTGAAAG CGCAGGTGGT CAGTGAGATT 
    GCGCTCATAG TGCAGGTGGA CTCAGAGGAG CAGCTGCCAG GCCGTGCCCC GGGCATCCTC 
    CTCCAGGACG GCGCCACAGG CCTGTGCCTT CCAGGCCGCC ACATGGACAT GCTCACTGCC 
    GCAGACAGGC TGCCCACTCA AGCCCCTCTG TCCACCTCCC AGAGTGTGTC TGGTAAGAAC 
    ATGACAGCTT CCCAGGGGCC ATGTGCCCTC CTATGGAAGG GAGGGGACAG TCCAGGGCAG 
    CAGGAGCCTG GGAGCCCAAA AGCAAAGGCC CCACAGAAGA GTCAGAAGAC GCTGGGCTGT 
    GCGGACAAGG GCGAGGCCCA CAGGAGGCCC AGAACAGGGG AGCAGGGACA CAGGTCCAAG 
    GGACCCAGGA CCTCTGAAGC CAGTGGGAGG AGCCACCCTG CCCAAGCCAG GGAAATAGGA 
    GACAAACAAG AAAGGAAATA CAACCAGCTT CAGCTGGAGA AGGGACAGAC ACCACCAGAA 
    AGCCACTTCC AGAGAAAGAT CAGTCACCAT CCACAGGGTC TACACCCCAG GAAAGGAGGC 
    ACACGGTGGG AAGATGTCCT GCAGAAAGGC AAGCCTGGGG CAGATGCTTT CCAGAGCTGG 
    GGGTCTGGCC CACCAAGGCA GTTTATGGAC TGCATGGCTG ACAAAGCCTG GACCATCAGC 
    AGAGTTGTGG GACAAATCCT GGTGGACAAA CTGGGGCTTC AGTGGGGACG AGGTCCCTCA 
    GAGGTCAATC GCCACAAAGG TGACTTCCGC GCCCAGGAGA ATGTGCCTTC CTGCTGCCAC 
    AGGGGTCACT GCCACCAAGA ACGTAGCAGA GAGATGAGAG CTCTGGCCTG CAGCCCTAAA 
    GCCACCCCCA AGGGCCACCA CTGTCCTGTC AAAAACAGGG GCATCAGAGA CAGAGACAGC 
    AGTTGGGCCC CACCTCCCAG GGAGCCTGTG TCCCCAGCTG GTCCCCACCA CCACAGGCCA 
    AGAATGGCAA GCACCTCGGG CGGCCCCCAT CCACAGCTGC AGGAACTGAT GTCTGCACAG 
    AGGTGTCTTG CCTCCTGA

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

    RefSeq NP_849150.3
    CDS16..4353
    Translation

    Target ORF information:

    RefSeq Version NM_178828.5
    Organism Homo sapiens(human)
    Definition Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 NM_178828.5

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAAATC TCGTCATCCC TCTAGGGAAG GGCAGGGCAG GCAGGGTTGA GAGTGGGCAG 
    AGGATTCCAC CCCCAGCTCC CAGACCATCT GTGGAGTGCA CAGGAGACGA CATTGCACTT 
    CAGATGGAGA AAATGCTCTT TCCTCTGAAG AGCCCTAGTG CCACATGGCT GAGCCCTAGC 
    TCCACTCCCT GGATGATGGA TTTCATCCTC ACCAGTGTGT GTGGCCTAGT GCTCCTCTTC 
    CTATTGCTCC TCTACGTCCA CAGTGACCCA CCCTCACCCC CGCCCGGGAG GAAGAGGAGC 
    AGCAGGGAGC CTCAAAGGGA GAGAAGCGGG AGGTCCAGGA GCAGGAAGAT CTCAGCTCTG 
    AAAGCTTGCA GAATCCTCCT GAGGGAGCTG GAGGAGACTC GGGACCTGAA CTACCTTCTG 
    GAAAGCCACC TGAGGAAGCT CGCTGGCGAA GGCAGCTCCC ACCTGCCCTT AGGTGGAGAC 
    CCCCTGGGGG ACGTGTGTAA ACCAGTGCCT GCTAAGGCCC ACCAGCCGCA TGGGAAATGC 
    ATGCAAGATC CGTCTCCTGC CAGCTTGTCC CCACCAGCTC CCCCAGCTCC TCTGGCCTCC 
    ACCCTGTCAC CAGGCCCGAT GACCTTCTCA GAGCCTTTTG GACCACACTC AACCCTGAGT 
    GCCTCCGGGC CACCAGAGCC CTTGCTTCCC CTAAAATGCC CTGCAACCCA GCCACATGTG 
    GTTTTTCCTC CTTCACCACA GCCGCATGGT CCCCTGGCCT CCTCTCCACC TCCACCCGAC 
    TCCAGCCTGG CTGGACTTCA GTGTGGCTCC ACAACATGCC CCGTCCCCCA GAGCTCCCCT 
    CTACACAACC AGGTGCTGCC TCCTCCAACC AGGGTGATCT CTGGCCTGGG GTGCTCCAGC 
    GATCCCATCT GGGACCTCTA TTGCTGGAGG GAGGCTGCCA CCACCTGGGG CCTCTCCACC 
    TACTCACATG GCAAATCCCA GCCACGGCAT CTTCCCGACC ACACCTCAGA GGCTTCCTTC 
    TGGGGAGACC CCACACCCAA GCACATGGAG GTAGGTGGCT GCACATTCAT CCACCCTGAC 
    GTGCAGAAGC TGCTGGAGAC CCTCATCGCC AAGAGAGCAC TGATGAAGAT GTGGCAGGAG 
    AAAGAAAGAA AACGGGCCGA CCACCCGCAC ATGACATCAC TGGGGAAGGA GTGGGACATC 
    ACGACCCTAA ATCCCTTCTG GAACGTGTCA ACCCAGCCAC AGCAGCTGCC CCGTCCTCAG 
    CAAGTCTCTG ATGCCACAAC CGTGGGGAAC CACTTACAGC AGAAACGCAG CCAGCTTTTC 
    TGGGACCTCC CCTCTCTCAA TAGCGAGTCC CTGGCGACCA CAGTCTGGGT TTCTAGGAAC 
    CCTTCCTCAC AGAATGCACA CTCTGTACCA CTGGATAAAG CCTCCACTTC TCTTCCAGGT 
    GAACCTGAGG TTGAGGCATC CTCACAGCTT TCCCAGGCAC CGCCCCAGCC CCACCACATG 
    GCCCAGCCCC AACATTTCAC TCCAGCCTGG CCCCAGTCCC AGCCCCCACC TTTGGCTGAG 
    ATCCAGACCC AGGCCCACCT CTCACCCCCT GTCCCAAGCC TGGGGTGCTC TTCTCCACCC 
    CAGATTAGGG GCTGTGGGGC ATCTTACCCT ACATCCCAGG AGAGGACACA GTCTGTCATC 
    CCCACTGGAA AGGAGTATCT TGAATGGCCC TTGAAGAAGC GACCAAAGTG GAAGAGGGTT 
    TTGCCCTCTC TCCTCAAAAA GTCTCAGGCT GTTCTGAGCC AGCCCACTGC CCACCTTCCC 
    CAAGAGAGGC CGGCCTCCTG GAGCCCCAAG TCAGCCCCCA TCCTTCCCGG GGTTGTCACC 
    AGCCCTGAGC TCCCAGAGCA CTGGTGGCAA GGAAGGAATG CCATCCACCA GGAGCAGTCC 
    TGTGGCCCTC CCAGCAGATT GCAGGCATCT GGGGACCTGC TACAGCCTGA TGGGGAATTC 
    CCAGGGAGGC CCCAGAGTCA GGCAGAAGAC ACGCAGCAGG CCCTCTTGCC CTCCCAGCCT 
    TCTGACTTTG CAGGGAAGGG CAGGAAGGAT GTGCAGAAGA CCGGGTTCAG GAGCTCCGGA 
    AGGTTCTCTG ACAAGGGGTG CTTAGGGTCC AAACTAGGGC CGGACCCAAG CCGGGATCAA 
    GGCTCAGGAA GGACCTCAGT GAAGGCTCTG GACGAAGACA AGGAGGCAGA AGGTGACTTA 
    CGGAGGTCCT GGAAGTACCA ATCAGTAAGT TCCACACCCA GGGACCCAGA CAAGGAGCAT 
    CTGGAAAACA AGCTGCAAAT CCATCTGGCC AGGAAGGTAG GGGAGATCAA AGAGGGCTGG 
    ATCCCCATGC CTGTGCGTCG CTCCTGGCTC ATGGCCAAAT GTGCTGTTCC CAAGTCTGAC 
    ACCCACAGGA AACCTGGGAA GCTGGCATCC TGGAGGGGTG GGAAAGCCCA CGTGAACACC 
    TCCCAGGAGC TTTCCTTCCT CCATCCCTGC ACCCAGCAGA TACTGGAAGT ACATCTTGTA 
    AGGTTCTGTG TGAGGCACAG CTGGGGTACA GACCTCCAGT CCCTGGAGCC CATAAATGTC 
    TGGTCAGGTG AGGCTCAGGC CCCGCCCTTC CCACAATCCA CCTTTACCCC CTGGGCCTCC 
    TGGGTATCTC GGGTTGAATC TGTACCCAAG GTTCCCATTT TCCTGGGAAA ACGTCCTCAG 
    AATGGTCCAG GAGACAACAG AACAACAAGC AAGTCAGTCC CGACCGTGAG TGGCCCTCTC 
    GCTGCCCCAC CGCCTGAGCA GGAGGGAGTC CAGAGGCCCC CGAGAGGGTC CCAGTCAGCT 
    GATACCCATG GGCGATCAGA GGCCTTTCCG ACTGGACACA AGGGCAGGGG GTGTTCTCAG 
    CCCCCAACAT GCAGCCTTGT GGGCAGAACC TGGCAGAGCA GGACTGTCCT GGAATCCGGG 
    AAACCCAAAC CCAGACTAGA GGGGAGTATG GGTTCAGAAA TGGCTGGGAA CGAGGCATGG 
    CTTGAGAGTG AGAGCATGTC CCCAGGAGAC CCCTGTAGTA GCAGAGCCCT GCAAGTGCTC 
    AGCATAGGGT CCCAGTGGGC AAGGGCTGAA GATGCCCTGC AGGCACTGAA AGTGGGGGAG 
    AAGCCCCCAA CTTGGGAAGT CACCTTGGGA GCCAGTGTGA GGGCAAGTTC GGGAAGTGTT 
    CAGGAGGATC TGAGGAGCAC AGGGGCTCTG GGGACCACTG GTAACCCCTC AGCGTCTTCA 
    GTCTGTGTTG CTCAGGATCC AGAGCAGCTG CACCTGAAAG CGCAGGTGGT CAGTGAGATT 
    GCGCTCATAG TGCAGGTGGA CTCAGAGGAG CAGCTGCCAG GCCGTGCCCC GGGCATCCTC 
    CTCCAGGACG GCGCCACAGG CCTGTGCCTT CCAGGCCGCC ACATGGACAT GCTCACTGCC 
    GCAGACAGGC TGCCCACTCA AGCCCCTCTG TCCACCTCCC AGAGTGTGTC TGGTAAGAAC 
    ATGACAGCTT CCCAGGGGCC ATGTGCCCTC CTATGGAAGG GAGGGGACAG TCCAGGGCAG 
    CAGGAGCCTG GGAGCCCAAA AGCAAAGGCC CCACAGAAGA GTCAGAAGAC GCTGGGCTGT 
    GCGGACAAGG GCGAGGCCCA CAGGAGGCCC AGAACAGGGG AGCAGGGACA CAGGTCCAAG 
    GGACCCAGGA CCTCTGAAGC CAGTGGGAGG AGCCACCCTG CCCAAGCCAG GGAAATAGGA 
    GACAAACAAG AAAGGAAATA CAACCAGCTT CAGCTGGAGA AGGGACAGAC ACCACCAGAA 
    AGCCACTTCC AGAGAAAGAT CAGTCACCAT CCACAGGGTC TACACCCCAG GAAAGGAGGC 
    ACACGGTGGG AAGATGTCCT GCAGAAAGGC AAGCCTGGGG CAGATGCTTT CCAGAGCTGG 
    GGGTCTGGCC CACCAAGGCA GTTTATGGAC TGCATGGCTG ACAAAGCCTG GACCATCAGC 
    AGAGTTGTGG GACAAATCCT GGTGGACAAA CTGGGGCTTC AGTGGGGACG AGGTCCCTCA 
    GAGGTCAATC GCCACAAAGG TGACTTCCGC GCCCAGGAGA ATGTGCCTTC CTGCTGCCAC 
    AGGGGTCACT GCCACCAAGA ACGTAGCAGA GAGATGAGAG CTCTGGCCTG CAGCCCTAAA 
    GCCACCCCCA AGGGCCACCA CTGTCCTGTC AAAAACAGGG GCATCAGAGA CAGAGACAGC 
    AGTTGGGCCC CACCTCCCAG GGAGCCTGTG TCCCCAGCTG GTCCCCACCA CCACAGGCCA 
    AGAATGGCAA GCACCTCGGG CGGCCCCCAT CCACAGCTGC AGGAACTGAT GTCTGCACAG 
    AGGTGTCTTG CCTCCTGA

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

    SPATA31E1 ( NM_178828.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_849150.3 Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA.
    Price & Availability↑
    CloneID OHu32024
    Clone ID Related Accession (Same CDS sequence) NM_178828.5 , NM_178828.4
    Accession Version NM_178828.4 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4338bp)
    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 2019-02-17
    Organism Homo sapiens(human)
    Product spermatogenesis-associated protein 31E1
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK125845.1 and AL834438.1. On Aug 10, 2007 this sequence version replaced NM_178828.3. ##Evidence-Data-START## Transcript exon combination :: AK125845.1, BC137349.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAAATC TCGTCATCCC TCTAGGGAAG GGCAGGGCAG GCAGGGTTGA GAGTGGGCAG 
    AGGATTCCAC CCCCAGCTCC CAGACCATCT GTGGAGTGCA CAGGAGACGA CATTGCACTT 
    CAGATGGAGA AAATGCTCTT TCCTCTGAAG AGCCCTAGTG CCACATGGCT GAGCCCTAGC 
    TCCACTCCCT GGATGATGGA TTTCATCCTC ACCAGTGTGT GTGGCCTAGT GCTCCTCTTC 
    CTATTGCTCC TCTACGTCCA CAGTGACCCA CCCTCACCCC CGCCCGGGAG GAAGAGGAGC 
    AGCAGGGAGC CTCAAAGGGA GAGAAGCGGG AGGTCCAGGA GCAGGAAGAT CTCAGCTCTG 
    AAAGCTTGCA GAATCCTCCT GAGGGAGCTG GAGGAGACTC GGGACCTGAA CTACCTTCTG 
    GAAAGCCACC TGAGGAAGCT CGCTGGCGAA GGCAGCTCCC ACCTGCCCTT AGGTGGAGAC 
    CCCCTGGGGG ACGTGTGTAA ACCAGTGCCT GCTAAGGCCC ACCAGCCGCA TGGGAAATGC 
    ATGCAAGATC CGTCTCCTGC CAGCTTGTCC CCACCAGCTC CCCCAGCTCC TCTGGCCTCC 
    ACCCTGTCAC CAGGCCCGAT GACCTTCTCA GAGCCTTTTG GACCACACTC AACCCTGAGT 
    GCCTCCGGGC CACCAGAGCC CTTGCTTCCC CTAAAATGCC CTGCAACCCA GCCACATGTG 
    GTTTTTCCTC CTTCACCACA GCCGCATGGT CCCCTGGCCT CCTCTCCACC TCCACCCGAC 
    TCCAGCCTGG CTGGACTTCA GTGTGGCTCC ACAACATGCC CCGTCCCCCA GAGCTCCCCT 
    CTACACAACC AGGTGCTGCC TCCTCCAACC AGGGTGATCT CTGGCCTGGG GTGCTCCAGC 
    GATCCCATCT GGGACCTCTA TTGCTGGAGG GAGGCTGCCA CCACCTGGGG CCTCTCCACC 
    TACTCACATG GCAAATCCCA GCCACGGCAT CTTCCCGACC ACACCTCAGA GGCTTCCTTC 
    TGGGGAGACC CCACACCCAA GCACATGGAG GTAGGTGGCT GCACATTCAT CCACCCTGAC 
    GTGCAGAAGC TGCTGGAGAC CCTCATCGCC AAGAGAGCAC TGATGAAGAT GTGGCAGGAG 
    AAAGAAAGAA AACGGGCCGA CCACCCGCAC ATGACATCAC TGGGGAAGGA GTGGGACATC 
    ACGACCCTAA ATCCCTTCTG GAACGTGTCA ACCCAGCCAC AGCAGCTGCC CCGTCCTCAG 
    CAAGTCTCTG ATGCCACAAC CGTGGGGAAC CACTTACAGC AGAAACGCAG CCAGCTTTTC 
    TGGGACCTCC CCTCTCTCAA TAGCGAGTCC CTGGCGACCA CAGTCTGGGT TTCTAGGAAC 
    CCTTCCTCAC AGAATGCACA CTCTGTACCA CTGGATAAAG CCTCCACTTC TCTTCCAGGT 
    GAACCTGAGG TTGAGGCATC CTCACAGCTT TCCCAGGCAC CGCCCCAGCC CCACCACATG 
    GCCCAGCCCC AACATTTCAC TCCAGCCTGG CCCCAGTCCC AGCCCCCACC TTTGGCTGAG 
    ATCCAGACCC AGGCCCACCT CTCACCCCCT GTCCCAAGCC TGGGGTGCTC TTCTCCACCC 
    CAGATTAGGG GCTGTGGGGC ATCTTACCCT ACATCCCAGG AGAGGACACA GTCTGTCATC 
    CCCACTGGAA AGGAGTATCT TGAATGGCCC TTGAAGAAGC GACCAAAGTG GAAGAGGGTT 
    TTGCCCTCTC TCCTCAAAAA GTCTCAGGCT GTTCTGAGCC AGCCCACTGC CCACCTTCCC 
    CAAGAGAGGC CGGCCTCCTG GAGCCCCAAG TCAGCCCCCA TCCTTCCCGG GGTTGTCACC 
    AGCCCTGAGC TCCCAGAGCA CTGGTGGCAA GGAAGGAATG CCATCCACCA GGAGCAGTCC 
    TGTGGCCCTC CCAGCAGATT GCAGGCATCT GGGGACCTGC TACAGCCTGA TGGGGAATTC 
    CCAGGGAGGC CCCAGAGTCA GGCAGAAGAC ACGCAGCAGG CCCTCTTGCC CTCCCAGCCT 
    TCTGACTTTG CAGGGAAGGG CAGGAAGGAT GTGCAGAAGA CCGGGTTCAG GAGCTCCGGA 
    AGGTTCTCTG ACAAGGGGTG CTTAGGGTCC AAACTAGGGC CGGACCCAAG CCGGGATCAA 
    GGCTCAGGAA GGACCTCAGT GAAGGCTCTG GACGAAGACA AGGAGGCAGA AGGTGACTTA 
    CGGAGGTCCT GGAAGTACCA ATCAGTAAGT TCCACACCCA GGGACCCAGA CAAGGAGCAT 
    CTGGAAAACA AGCTGCAAAT CCATCTGGCC AGGAAGGTAG GGGAGATCAA AGAGGGCTGG 
    ATCCCCATGC CTGTGCGTCG CTCCTGGCTC ATGGCCAAAT GTGCTGTTCC CAAGTCTGAC 
    ACCCACAGGA AACCTGGGAA GCTGGCATCC TGGAGGGGTG GGAAAGCCCA CGTGAACACC 
    TCCCAGGAGC TTTCCTTCCT CCATCCCTGC ACCCAGCAGA TACTGGAAGT ACATCTTGTA 
    AGGTTCTGTG TGAGGCACAG CTGGGGTACA GACCTCCAGT CCCTGGAGCC CATAAATGTC 
    TGGTCAGGTG AGGCTCAGGC CCCGCCCTTC CCACAATCCA CCTTTACCCC CTGGGCCTCC 
    TGGGTATCTC GGGTTGAATC TGTACCCAAG GTTCCCATTT TCCTGGGAAA ACGTCCTCAG 
    AATGGTCCAG GAGACAACAG AACAACAAGC AAGTCAGTCC CGACCGTGAG TGGCCCTCTC 
    GCTGCCCCAC CGCCTGAGCA GGAGGGAGTC CAGAGGCCCC CGAGAGGGTC CCAGTCAGCT 
    GATACCCATG GGCGATCAGA GGCCTTTCCG ACTGGACACA AGGGCAGGGG GTGTTCTCAG 
    CCCCCAACAT GCAGCCTTGT GGGCAGAACC TGGCAGAGCA GGACTGTCCT GGAATCCGGG 
    AAACCCAAAC CCAGACTAGA GGGGAGTATG GGTTCAGAAA TGGCTGGGAA CGAGGCATGG 
    CTTGAGAGTG AGAGCATGTC CCCAGGAGAC CCCTGTAGTA GCAGAGCCCT GCAAGTGCTC 
    AGCATAGGGT CCCAGTGGGC AAGGGCTGAA GATGCCCTGC AGGCACTGAA AGTGGGGGAG 
    AAGCCCCCAA CTTGGGAAGT CACCTTGGGA GCCAGTGTGA GGGCAAGTTC GGGAAGTGTT 
    CAGGAGGATC TGAGGAGCAC AGGGGCTCTG GGGACCACTG GTAACCCCTC AGCGTCTTCA 
    GTCTGTGTTG CTCAGGATCC AGAGCAGCTG CACCTGAAAG CGCAGGTGGT CAGTGAGATT 
    GCGCTCATAG TGCAGGTGGA CTCAGAGGAG CAGCTGCCAG GCCGTGCCCC GGGCATCCTC 
    CTCCAGGACG GCGCCACAGG CCTGTGCCTT CCAGGCCGCC ACATGGACAT GCTCACTGCC 
    GCAGACAGGC TGCCCACTCA AGCCCCTCTG TCCACCTCCC AGAGTGTGTC TGGTAAGAAC 
    ATGACAGCTT CCCAGGGGCC ATGTGCCCTC CTATGGAAGG GAGGGGACAG TCCAGGGCAG 
    CAGGAGCCTG GGAGCCCAAA AGCAAAGGCC CCACAGAAGA GTCAGAAGAC GCTGGGCTGT 
    GCGGACAAGG GCGAGGCCCA CAGGAGGCCC AGAACAGGGG AGCAGGGACA CAGGTCCAAG 
    GGACCCAGGA CCTCTGAAGC CAGTGGGAGG AGCCACCCTG CCCAAGCCAG GGAAATAGGA 
    GACAAACAAG AAAGGAAATA CAACCAGCTT CAGCTGGAGA AGGGACAGAC ACCACCAGAA 
    AGCCACTTCC AGAGAAAGAT CAGTCACCAT CCACAGGGTC TACACCCCAG GAAAGGAGGC 
    ACACGGTGGG AAGATGTCCT GCAGAAAGGC AAGCCTGGGG CAGATGCTTT CCAGAGCTGG 
    GGGTCTGGCC CACCAAGGCA GTTTATGGAC TGCATGGCTG ACAAAGCCTG GACCATCAGC 
    AGAGTTGTGG GACAAATCCT GGTGGACAAA CTGGGGCTTC AGTGGGGACG AGGTCCCTCA 
    GAGGTCAATC GCCACAAAGG TGACTTCCGC GCCCAGGAGA ATGTGCCTTC CTGCTGCCAC 
    AGGGGTCACT GCCACCAAGA ACGTAGCAGA GAGATGAGAG CTCTGGCCTG CAGCCCTAAA 
    GCCACCCCCA AGGGCCACCA CTGTCCTGTC AAAAACAGGG GCATCAGAGA CAGAGACAGC 
    AGTTGGGCCC CACCTCCCAG GGAGCCTGTG TCCCCAGCTG GTCCCCACCA CCACAGGCCA 
    AGAATGGCAA GCACCTCGGG CGGCCCCCAT CCACAGCTGC AGGAACTGAT GTCTGCACAG 
    AGGTGTCTTG CCTCCTGA

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

    RefSeq NP_849150.3
    CDS36..4373
    Translation

    Target ORF information:

    RefSeq Version NM_178828.4
    Organism Homo sapiens(human)
    Definition Homo sapiens SPATA31 subfamily E member 1 (SPATA31E1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 NM_178828.4

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAAATC TCGTCATCCC TCTAGGGAAG GGCAGGGCAG GCAGGGTTGA GAGTGGGCAG 
    AGGATTCCAC CCCCAGCTCC CAGACCATCT GTGGAGTGCA CAGGAGACGA CATTGCACTT 
    CAGATGGAGA AAATGCTCTT TCCTCTGAAG AGCCCTAGTG CCACATGGCT GAGCCCTAGC 
    TCCACTCCCT GGATGATGGA TTTCATCCTC ACCAGTGTGT GTGGCCTAGT GCTCCTCTTC 
    CTATTGCTCC TCTACGTCCA CAGTGACCCA CCCTCACCCC CGCCCGGGAG GAAGAGGAGC 
    AGCAGGGAGC CTCAAAGGGA GAGAAGCGGG AGGTCCAGGA GCAGGAAGAT CTCAGCTCTG 
    AAAGCTTGCA GAATCCTCCT GAGGGAGCTG GAGGAGACTC GGGACCTGAA CTACCTTCTG 
    GAAAGCCACC TGAGGAAGCT CGCTGGCGAA GGCAGCTCCC ACCTGCCCTT AGGTGGAGAC 
    CCCCTGGGGG ACGTGTGTAA ACCAGTGCCT GCTAAGGCCC ACCAGCCGCA TGGGAAATGC 
    ATGCAAGATC CGTCTCCTGC CAGCTTGTCC CCACCAGCTC CCCCAGCTCC TCTGGCCTCC 
    ACCCTGTCAC CAGGCCCGAT GACCTTCTCA GAGCCTTTTG GACCACACTC AACCCTGAGT 
    GCCTCCGGGC CACCAGAGCC CTTGCTTCCC CTAAAATGCC CTGCAACCCA GCCACATGTG 
    GTTTTTCCTC CTTCACCACA GCCGCATGGT CCCCTGGCCT CCTCTCCACC TCCACCCGAC 
    TCCAGCCTGG CTGGACTTCA GTGTGGCTCC ACAACATGCC CCGTCCCCCA GAGCTCCCCT 
    CTACACAACC AGGTGCTGCC TCCTCCAACC AGGGTGATCT CTGGCCTGGG GTGCTCCAGC 
    GATCCCATCT GGGACCTCTA TTGCTGGAGG GAGGCTGCCA CCACCTGGGG CCTCTCCACC 
    TACTCACATG GCAAATCCCA GCCACGGCAT CTTCCCGACC ACACCTCAGA GGCTTCCTTC 
    TGGGGAGACC CCACACCCAA GCACATGGAG GTAGGTGGCT GCACATTCAT CCACCCTGAC 
    GTGCAGAAGC TGCTGGAGAC CCTCATCGCC AAGAGAGCAC TGATGAAGAT GTGGCAGGAG 
    AAAGAAAGAA AACGGGCCGA CCACCCGCAC ATGACATCAC TGGGGAAGGA GTGGGACATC 
    ACGACCCTAA ATCCCTTCTG GAACGTGTCA ACCCAGCCAC AGCAGCTGCC CCGTCCTCAG 
    CAAGTCTCTG ATGCCACAAC CGTGGGGAAC CACTTACAGC AGAAACGCAG CCAGCTTTTC 
    TGGGACCTCC CCTCTCTCAA TAGCGAGTCC CTGGCGACCA CAGTCTGGGT TTCTAGGAAC 
    CCTTCCTCAC AGAATGCACA CTCTGTACCA CTGGATAAAG CCTCCACTTC TCTTCCAGGT 
    GAACCTGAGG TTGAGGCATC CTCACAGCTT TCCCAGGCAC CGCCCCAGCC CCACCACATG 
    GCCCAGCCCC AACATTTCAC TCCAGCCTGG CCCCAGTCCC AGCCCCCACC TTTGGCTGAG 
    ATCCAGACCC AGGCCCACCT CTCACCCCCT GTCCCAAGCC TGGGGTGCTC TTCTCCACCC 
    CAGATTAGGG GCTGTGGGGC ATCTTACCCT ACATCCCAGG AGAGGACACA GTCTGTCATC 
    CCCACTGGAA AGGAGTATCT TGAATGGCCC TTGAAGAAGC GACCAAAGTG GAAGAGGGTT 
    TTGCCCTCTC TCCTCAAAAA GTCTCAGGCT GTTCTGAGCC AGCCCACTGC CCACCTTCCC 
    CAAGAGAGGC CGGCCTCCTG GAGCCCCAAG TCAGCCCCCA TCCTTCCCGG GGTTGTCACC 
    AGCCCTGAGC TCCCAGAGCA CTGGTGGCAA GGAAGGAATG CCATCCACCA GGAGCAGTCC 
    TGTGGCCCTC CCAGCAGATT GCAGGCATCT GGGGACCTGC TACAGCCTGA TGGGGAATTC 
    CCAGGGAGGC CCCAGAGTCA GGCAGAAGAC ACGCAGCAGG CCCTCTTGCC CTCCCAGCCT 
    TCTGACTTTG CAGGGAAGGG CAGGAAGGAT GTGCAGAAGA CCGGGTTCAG GAGCTCCGGA 
    AGGTTCTCTG ACAAGGGGTG CTTAGGGTCC AAACTAGGGC CGGACCCAAG CCGGGATCAA 
    GGCTCAGGAA GGACCTCAGT GAAGGCTCTG GACGAAGACA AGGAGGCAGA AGGTGACTTA 
    CGGAGGTCCT GGAAGTACCA ATCAGTAAGT TCCACACCCA GGGACCCAGA CAAGGAGCAT 
    CTGGAAAACA AGCTGCAAAT CCATCTGGCC AGGAAGGTAG GGGAGATCAA AGAGGGCTGG 
    ATCCCCATGC CTGTGCGTCG CTCCTGGCTC ATGGCCAAAT GTGCTGTTCC CAAGTCTGAC 
    ACCCACAGGA AACCTGGGAA GCTGGCATCC TGGAGGGGTG GGAAAGCCCA CGTGAACACC 
    TCCCAGGAGC TTTCCTTCCT CCATCCCTGC ACCCAGCAGA TACTGGAAGT ACATCTTGTA 
    AGGTTCTGTG TGAGGCACAG CTGGGGTACA GACCTCCAGT CCCTGGAGCC CATAAATGTC 
    TGGTCAGGTG AGGCTCAGGC CCCGCCCTTC CCACAATCCA CCTTTACCCC CTGGGCCTCC 
    TGGGTATCTC GGGTTGAATC TGTACCCAAG GTTCCCATTT TCCTGGGAAA ACGTCCTCAG 
    AATGGTCCAG GAGACAACAG AACAACAAGC AAGTCAGTCC CGACCGTGAG TGGCCCTCTC 
    GCTGCCCCAC CGCCTGAGCA GGAGGGAGTC CAGAGGCCCC CGAGAGGGTC CCAGTCAGCT 
    GATACCCATG GGCGATCAGA GGCCTTTCCG ACTGGACACA AGGGCAGGGG GTGTTCTCAG 
    CCCCCAACAT GCAGCCTTGT GGGCAGAACC TGGCAGAGCA GGACTGTCCT GGAATCCGGG 
    AAACCCAAAC CCAGACTAGA GGGGAGTATG GGTTCAGAAA TGGCTGGGAA CGAGGCATGG 
    CTTGAGAGTG AGAGCATGTC CCCAGGAGAC CCCTGTAGTA GCAGAGCCCT GCAAGTGCTC 
    AGCATAGGGT CCCAGTGGGC AAGGGCTGAA GATGCCCTGC AGGCACTGAA AGTGGGGGAG 
    AAGCCCCCAA CTTGGGAAGT CACCTTGGGA GCCAGTGTGA GGGCAAGTTC GGGAAGTGTT 
    CAGGAGGATC TGAGGAGCAC AGGGGCTCTG GGGACCACTG GTAACCCCTC AGCGTCTTCA 
    GTCTGTGTTG CTCAGGATCC AGAGCAGCTG CACCTGAAAG CGCAGGTGGT CAGTGAGATT 
    GCGCTCATAG TGCAGGTGGA CTCAGAGGAG CAGCTGCCAG GCCGTGCCCC GGGCATCCTC 
    CTCCAGGACG GCGCCACAGG CCTGTGCCTT CCAGGCCGCC ACATGGACAT GCTCACTGCC 
    GCAGACAGGC TGCCCACTCA AGCCCCTCTG TCCACCTCCC AGAGTGTGTC TGGTAAGAAC 
    ATGACAGCTT CCCAGGGGCC ATGTGCCCTC CTATGGAAGG GAGGGGACAG TCCAGGGCAG 
    CAGGAGCCTG GGAGCCCAAA AGCAAAGGCC CCACAGAAGA GTCAGAAGAC GCTGGGCTGT 
    GCGGACAAGG GCGAGGCCCA CAGGAGGCCC AGAACAGGGG AGCAGGGACA CAGGTCCAAG 
    GGACCCAGGA CCTCTGAAGC CAGTGGGAGG AGCCACCCTG CCCAAGCCAG GGAAATAGGA 
    GACAAACAAG AAAGGAAATA CAACCAGCTT CAGCTGGAGA AGGGACAGAC ACCACCAGAA 
    AGCCACTTCC AGAGAAAGAT CAGTCACCAT CCACAGGGTC TACACCCCAG GAAAGGAGGC 
    ACACGGTGGG AAGATGTCCT GCAGAAAGGC AAGCCTGGGG CAGATGCTTT CCAGAGCTGG 
    GGGTCTGGCC CACCAAGGCA GTTTATGGAC TGCATGGCTG ACAAAGCCTG GACCATCAGC 
    AGAGTTGTGG GACAAATCCT GGTGGACAAA CTGGGGCTTC AGTGGGGACG AGGTCCCTCA 
    GAGGTCAATC GCCACAAAGG TGACTTCCGC GCCCAGGAGA ATGTGCCTTC CTGCTGCCAC 
    AGGGGTCACT GCCACCAAGA ACGTAGCAGA GAGATGAGAG CTCTGGCCTG CAGCCCTAAA 
    GCCACCCCCA AGGGCCACCA CTGTCCTGTC AAAAACAGGG GCATCAGAGA CAGAGACAGC 
    AGTTGGGCCC CACCTCCCAG GGAGCCTGTG TCCCCAGCTG GTCCCCACCA CCACAGGCCA 
    AGAATGGCAA GCACCTCGGG CGGCCCCCAT CCACAGCTGC AGGAACTGAT GTCTGCACAG 
    AGGTGTCTTG CCTCCTGA

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

  • PubMed

    DNA sequence and analysis of human chromosome 9.
    Nature429(6990)369-74(2004 May)
    Humphray SJ,Oliver K,Hunt AR,Plumb RW,Loveland JE,Howe KL,Andrews TD,Searle S,Hunt SE,Scott CE,Jones MC,Ainscough R,Almeida JP,Ambrose KD,Ashwell RI,Babbage AK,Babbage S,Bagguley CL,Bailey J,Banerjee R,Barker DJ,Barlow KF,Bates K,Beasley H,Beasley O,Bird CP,Bray-Allen S,Brown AJ,Brown JY,Burford D,Burrill W,Burton J,Carder C,Carter NP,Chapman JC,Chen Y,Clarke G,Clark SY,Clee CM,Clegg S,Collier RE,Corby N,Crosier M,Cummings AT,Davies J,Dhami P,Dunn M,Dutta I,Dyer LW,Earthrowl ME,Faulkner L,Fleming CJ,Frankish A,Frankland JA,French L,Fricker DG,Garner P,Garnett J,Ghori J,Gilbert JG,Glison C,Grafham DV,Gribble S,Griffiths C,Griffiths-Jones S,Grocock R,Guy J,Hall RE,Hammond S,Harley JL,Harrison ES,Hart EA,Heath PD,Henderson CD,Hopkins BL,Howard PJ,Howden PJ,Huckle E,Johnson C,Johnson D,Joy AA,Kay M,Keenan S,Kershaw JK,Kimberley AM,King A,Knights A,Laird GK,Langford C,Lawlor S,Leongamornlert DA,Leversha M,Lloyd C,Lloyd DM,Lovell J,Martin S,Mashreghi-Mohammadi M,Matthews L,McLaren S,McLay KE,McMurray A,Milne S,Nickerson T,Nisbett J,Nordsiek G,Pearce AV,Peck AI,Porter KM,Pandian R,Pelan S,Phillimore B,Povey S,Ramsey Y,Rand V,Scharfe M,Sehra HK,Shownkeen R,Sims SK,Skuce CD,Smith M,Steward CA,Swarbreck D,Sycamore N,Tester J,Thorpe A,Tracey A,Tromans A,Thomas DW,Wall M,Wallis JM,West AP,Whitehead SL,Willey DL,Williams SA,Wilming L,Wray PW,Young L,Ashurst JL,Coulson A,Bl?cker H,Durbin R,Sulston JE,Hubbard T,Jackson MJ,Bentley DR,Beck S,Rogers J,Dunham I


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