THSD7A cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	THSD7A
Entrez Gene ID	100478372
Full Name	thrombospondin type 1 domain containing 7A
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019792755.1	XP_019648314.1	thrombospondin type-1 domain-containing protein 7A isoform X2
XM_019792754.1	XP_019648313.1	thrombospondin type-1 domain-containing protein 7A isoform X1

Pathways from BioSystems
Gene Ontology

The following THSD7A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the THSD7A 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
OAc100046	XM_019792754.1 Latest version!	Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAc100047	XM_019792755.1 Latest version!	Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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)

THSD7A ( XM_019792754.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019648313.1 Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc100046
Clone ID Related Accession (Same CDS sequence)	XM_019792754.1
Accession Version	XM_019792754.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3996bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	thrombospondin type-1 domain-containing protein 7A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003219348.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCTTCC AGTCCTGTGT GATCACCAAA GAGTGCCAGG TGTCAGAGTG GTCAGAATGG 
AGTCCCTGTT CCAAAACATG CCATGATGCG GCATCCCCCA AAGGCACTCG TGTCAGGACA 
CGGATCATTA GGCAGTTTCC TATTGGCAGC GAGAAAGAGT GTCCAGAACT TGAAGAAAAA 
GAACCCTGTG CGTCTCAAGG AGATGTAGTT GCCCCCTGTG CCACGTATGG CTGGAGAACT 
ACGGAGTGGA CCGAGTGCCG TGTGGACCCT TTGCTCAGTC AGCAGGACAA GAGGCGGGGC 
AACCAGACAG CCCTCTGTGG GGGAGGGGTC CAGACACGAG AGGTATACTG CGTGCAGGCC 
AATGAAAACC TCCTGTCACA CTTAAACACC CACAAAGACA AAGAAGAAAG TAAATATCAG 
AGTACGTCGA AGTCTAGTGC TGCACCTTTC CTATCCATCA CTTTTGAAAT AACAGCCTCA 
AAACCAGTGG ACTTGAAATC GTGTACTGGC CCCGTCCCTA ATACTACACA GCTGTGCCAC 
ATTCCCTGTC CTATTGAATG TGAGGTTTCA CCTTGGTCAG CTTGGGGACC TTGTACTTAT 
GAAAACTGTA ATGACCAACA AGGCAAAAAA GGATTCAAAC TGAGGAAGCG GCGCATTACC 
AATGAGCCCA CTGGAGGCTC TGGGGGCACT GGGAACTGCC CTCACTTACT GGAAGCCATT 
CCCTGTGAAG AACCATCCTG CTATGAGTGG AAAGCAGTGA GGCTTGGAGA CTGTGAACCA 
GACAATGGAA AAGAGTGTGG CCCAGGCACT CAAGTTCAGG AGGTCGTGTG CATCAACAGT 
GATGGAGAAG AAGTTGACAG ACAGCTGTGC AGAGATGCCA TCTTCCCGAT CCCTGTTGCC 
TGTTACGCCT CCTGCCCAAA GGACTGTGTG CTCAGCATGT GGTCTGCGTG GTCCTCCTGC 
TCGCACACCT GCTCGGGGAA AACCACAGAA GGGAAACAGA TCCGGGCCCG GTCCATTCTG 
GCCTATGCCG GTGAGGAAGG TGGAGCTCAC TGTCCAAATA GCAGCACTTT GCAAGAGGTG 
CGCAGCTGTA ACGAGCATCC CTGTACTGTG TACCACTGGC AGACTGGTCC CTGGGGCCAG 
TGCATCGAGG ACACTTCAGT ATCATCCTTC AACACAACCA CAACTTGGAA TGGGGAGGCC 
TCTTGCTCCA TTGGCATGCA GACAAGAAAA GTCATCTGTG TGCGGGTCAA TGTGGGCCAA 
GTAGGACCCA AAAAGTGTCC TGAGAGCCTT CGACCTGAAA CAGTGAGGCC CTGTCTACTT 
CCTTGTAGGA AGGACTGTAT CCTGACGCCT TATAGTGACT GGACATCATG CCCCTCCTCA 
TGTAAAGAAG GGGACTCCGG AGTCAGAAAG CAGTCTCGGC ACCGGGTCAT CATCCAGCTG 
CCAGCCAACG GAGGCAGGGA CTGCACGGAC CCGCTCTATG AGGAGAAAGT CTGTGAGGCC 
CCTCAAGTGT GCCAGAGCTA CAGGTGGAAG ACTCACAAAT GGCGCCGGTG CCAGTTAGTC 
CCGTGGAGCG TGCGGCAGGC CAGCCCCGGA GCGCAGGAAG GCTGCGGGCC CGGACGCCAG 
GCGAGAGCTA TTACTTGTCG AAAGCAAGAT GGAGGCCAGG CTGGCATCCA TGAATGCCTT 
TGGTATGCAG GCCCCGTGCC AGCCCTCACC CAGGCCTGCC AGATCCCCTG CCAAGATGAC 
TGTCAGTTTA CCAGCTGGTC CAAGTTTTCT TCGTGCAATG GAGACTGTGG TGCAGTTAGG 
ACCAGAAAGC GCACTATTGT TGGAAAAAGT AAAAAGAAGG AAAAATGTAA AAATTCTCAT 
TTGTACCCTC TGATTGAGAC TCAGTACTGT CCTTGTGACA AGTATAATGC ACAGCCTGTG 
GGGAACTGGT CAGACTGCAT TTTACCAGAG GGGAAAGTGG AAGTGTTGCT GGGAGTGAAA 
ACACAAGGAG ATACCAAGGA ATGTGGTCAA GGATATCGTT ACCAAGCAAT GGCATGCTAC 
GACCAAAATG GCAGGCTCGT GGAAACATCC AGATGTAACA GCCATGGTTA CATCGAAGAG 
GCCTGCATCA TCCCCTGTCC CTCCGACTGC AAGCTCAGCG AGTGGTCCAA CTGGTCTCGC 
TGCAGTAAGT CCTGTGGGAG TGGTGTGAAG GTTCGGTCTA AATGGTTGCG TGAGAAACCA 
TATAATGGAG GGAGGCCTTG CCCCAAACTG GACCATGTCA ACCAGGCACA GGTGTATGAG 
GTGGTCCCTT GCCACAGTGA CTGCAACCAG TACATTTGGG TCACAGAGCC GTGGAGCATC 
TGCAAAGTGA CCTTTGTCAA CATGCGAGAT AACTGTGGAG AGGGCGTGCA AACCCGGAAA 
GTGAGATGCA TGCAGAACAC AGCAGATGGC CCTTCTGACC ATGTAGAAGA TTACCTCTGT 
GACCCAGAAG AGATGCCCCT GGGTTCTAGA GAGTGCAAAT TACCGTGTCC CGAGGATTGC 
GTGATATCTG AATGGGGTCC GTGGACCCAA TGCACTTTGC CTTGCAATCA AAACAGTTTC 
CGGCAGAGGT CAGCTGATCC CATCAGACAA CCCGCTGATG AAGGAAGAGC CTGCCCTAAT 
GCTGTTGAAA AGGAACCTTG TAACCTAAAC AAAAACTGCT TCCACTATGA TTATAATGTA 
ACAGACTGGA GTACGTGTCA GCTGAGTGAG AAGGCAGTTT GTGGAAATGG CATTAAAACA 
AGGATGTTGG ATTGTGTTCG AAGTGATGGC AAGTCGGTTG ACCTGAAATA TTGTGAAGAG 
CTTGGCCTGG AGAAGAACTG GCCGATGAAC ACGTCATGTG TGGTGGAATG CCCTGTCAAC 
TGTCAGCTCT CCGACTGGTC TCCTTGGTCA GAATGTTCTC AAACATGTGG CCTCACAGGA 
AAAATGGTCC GAAGGCGCAC AGTGACCCAG CCCTTTCAGG GTGATGGACG GCCATGCCCT 
GCCCTGATGG AGCAGTCCAA GCCTTGCCCA GTGAAGCCCT GTTACCAGTG GCAATATGGC 
CAGTGGTCTC TATGCCAAGT ACAGGATGCC CAGTGTGGCG AAGGGACCAG AGCAAGAAAC 
ATTTCTTGTG TAGTGAGTGA CGGGTCAGCT GATGATTTCA GCAAAGTGGT GGATGAAGAA 
TTCTGTGCTG ACATTGAACC CATTATAGAT GGTAATAAAA AAATGGTGCT TGAGGAGACC 
TGCACCCAGC CTTGCCCAGG TGACTGTTAT CTGAAGGACT GGTCTTCGTG GAGCCTATGT 
CAGCTAACCT GTGTGAATGG TGAAGACCTA GGCTTTGGTG GAATACAGGT CCGTTCCAGA 
GCTGTAATTA TACAGGAACT AGAAAATCAA CATCTGTGCC CAGAGCAAAT GTTAGAAACA 
AAATCATGCA ATGATGGACA GTGTTATGAG TATAAATGGA TGGCCAGTGC TTGGAAGGGT 
TCTTCCCGAA CAGTCTGGTG TCAAAGGTCA GACGGTATAA ATGTAACAGG GGGCTGCTTG 
GTGGTGCACC AGCCTGATGC TGACAGGTCT TGTAACCCAC CGTGTAGTCA ACCCCACTCG 
TACTGTAGTG AGATGAGGAC ATGCAGTTGT GAAGAAGGGT ACACTGAAGT CATGTCTTCT 
AACGGTACAC TTGAGCAGTG CACACTTATC CCTGTGGTGG TGATACCCAC TGTGGAGGAC 
AAAAGAGGAG ACGTGAAAAC CAGTCGGGCA GTACACCCAA CCCAATCCTC CAGTAACCCA 
ACAGGACGGG GAAGGACCTG GTTTCTACAG CCATTTGGGC CAGATGGGAG ACTAAAGACC 
TGGGTTTACG GTGTAGCAGC TGGGGCATTT GTGTTACTCA TCTTTATTGT CTCCATGATT 
TATCTAGCTT GCAAAAAGCC AAAGAAACCC CAAAGAAGGC AAAACAACCG ACTGAAACCT 
TTAACCTTAG CCTACGATGG AGATGCAGAC ATGTAA

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

RefSeq	XP_019648313.1
CDS	27..4022
Translation	MTFQSCVITKECQVSEWSEWSPCSKTCHDAASPKGTRVRTRIIRQFPIGSEKECPELEEKEPCASQGDVVAPCATYGWRTTEWTECRVDPLLSQQDKRRGNQTALCGGGVQTREVYCVQANENLLSHLNTHKDKEESKYQSTSKSSAAPFLSITFEITASKPVDLKSCTGPVPNTTQLCHIPCPIECEVSPWSAWGPCTYENCNDQQGKKGFKLRKRRITNEPTGGSGGTGNCPHLLEAIPCEEPSCYEWKAVRLGDCEPDNGKECGPGTQVQEVVCINSDGEEVDRQLCRDAIFPIPVACYASCPKDCVLSMWSAWSSCSHTCSGKTTEGKQIRARSILAYAGEEGGAHCPNSSTLQEVRSCNEHPCTVYHWQTGPWGQCIEDTSVSSFNTTTTWNGEASCSIGMQTRKVICVRVNVGQVGPKKCPESLRPETVRPCLLPCRKDCILTPYSDWTSCPSSCKEGDSGVRKQSRHRVIIQLPANGGRDCTDPLYEEKVCEAPQVCQSYRWKTHKWRRCQLVPWSVRQASPGAQEGCGPGRQARAITCRKQDGGQAGIHECLWYAGPVPALTQACQIPCQDDCQFTSWSKFSSCNGDCGAVRTRKRTIVGKSKKKEKCKNSHLYPLIETQYCPCDKYNAQPVGNWSDCILPEGKVEVLLGVKTQGDTKECGQGYRYQAMACYDQNGRLVETSRCNSHGYIEEACIIPCPSDCKLSEWSNWSRCSKSCGSGVKVRSKWLREKPYNGGRPCPKLDHVNQAQVYEVVPCHSDCNQYIWVTEPWSICKVTFVNMRDNCGEGVQTRKVRCMQNTADGPSDHVEDYLCDPEEMPLGSRECKLPCPEDCVISEWGPWTQCTLPCNQNSFRQRSADPIRQPADEGRACPNAVEKEPCNLNKNCFHYDYNVTDWSTCQLSEKAVCGNGIKTRMLDCVRSDGKSVDLKYCEELGLEKNWPMNTSCVVECPVNCQLSDWSPWSECSQTCGLTGKMVRRRTVTQPFQGDGRPCPALMEQSKPCPVKPCYQWQYGQWSLCQVQDAQCGEGTRARNISCVVSDGSADDFSKVVDEEFCADIEPIIDGNKKMVLEETCTQPCPGDCYLKDWSSWSLCQLTCVNGEDLGFGGIQVRSRAVIIQELENQHLCPEQMLETKSCNDGQCYEYKWMASAWKGSSRTVWCQRSDGINVTGGCLVVHQPDADRSCNPPCSQPHSYCSEMRTCSCEEGYTEVMSSNGTLEQCTLIPVVVIPTVEDKRGDVKTSRAVHPTQSSSNPTGRGRTWFLQPFGPDGRLKTWVYGVAAGAFVLLIFIVSMIYLACKKPKKPQRRQNNRLKPLTLAYDGDADM

Target ORF information:

RefSeq Version	XM_019792754.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X1, mRNA.

Target ORF information:

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

XM_019792754.1

ORF Insert Sequence:

ATGACCTTCC AGTCCTGTGT GATCACCAAA GAGTGCCAGG TGTCAGAGTG GTCAGAATGG 
AGTCCCTGTT CCAAAACATG CCATGATGCG GCATCCCCCA AAGGCACTCG TGTCAGGACA 
CGGATCATTA GGCAGTTTCC TATTGGCAGC GAGAAAGAGT GTCCAGAACT TGAAGAAAAA 
GAACCCTGTG CGTCTCAAGG AGATGTAGTT GCCCCCTGTG CCACGTATGG CTGGAGAACT 
ACGGAGTGGA CCGAGTGCCG TGTGGACCCT TTGCTCAGTC AGCAGGACAA GAGGCGGGGC 
AACCAGACAG CCCTCTGTGG GGGAGGGGTC CAGACACGAG AGGTATACTG CGTGCAGGCC 
AATGAAAACC TCCTGTCACA CTTAAACACC CACAAAGACA AAGAAGAAAG TAAATATCAG 
AGTACGTCGA AGTCTAGTGC TGCACCTTTC CTATCCATCA CTTTTGAAAT AACAGCCTCA 
AAACCAGTGG ACTTGAAATC GTGTACTGGC CCCGTCCCTA ATACTACACA GCTGTGCCAC 
ATTCCCTGTC CTATTGAATG TGAGGTTTCA CCTTGGTCAG CTTGGGGACC TTGTACTTAT 
GAAAACTGTA ATGACCAACA AGGCAAAAAA GGATTCAAAC TGAGGAAGCG GCGCATTACC 
AATGAGCCCA CTGGAGGCTC TGGGGGCACT GGGAACTGCC CTCACTTACT GGAAGCCATT 
CCCTGTGAAG AACCATCCTG CTATGAGTGG AAAGCAGTGA GGCTTGGAGA CTGTGAACCA 
GACAATGGAA AAGAGTGTGG CCCAGGCACT CAAGTTCAGG AGGTCGTGTG CATCAACAGT 
GATGGAGAAG AAGTTGACAG ACAGCTGTGC AGAGATGCCA TCTTCCCGAT CCCTGTTGCC 
TGTTACGCCT CCTGCCCAAA GGACTGTGTG CTCAGCATGT GGTCTGCGTG GTCCTCCTGC 
TCGCACACCT GCTCGGGGAA AACCACAGAA GGGAAACAGA TCCGGGCCCG GTCCATTCTG 
GCCTATGCCG GTGAGGAAGG TGGAGCTCAC TGTCCAAATA GCAGCACTTT GCAAGAGGTG 
CGCAGCTGTA ACGAGCATCC CTGTACTGTG TACCACTGGC AGACTGGTCC CTGGGGCCAG 
TGCATCGAGG ACACTTCAGT ATCATCCTTC AACACAACCA CAACTTGGAA TGGGGAGGCC 
TCTTGCTCCA TTGGCATGCA GACAAGAAAA GTCATCTGTG TGCGGGTCAA TGTGGGCCAA 
GTAGGACCCA AAAAGTGTCC TGAGAGCCTT CGACCTGAAA CAGTGAGGCC CTGTCTACTT 
CCTTGTAGGA AGGACTGTAT CCTGACGCCT TATAGTGACT GGACATCATG CCCCTCCTCA 
TGTAAAGAAG GGGACTCCGG AGTCAGAAAG CAGTCTCGGC ACCGGGTCAT CATCCAGCTG 
CCAGCCAACG GAGGCAGGGA CTGCACGGAC CCGCTCTATG AGGAGAAAGT CTGTGAGGCC 
CCTCAAGTGT GCCAGAGCTA CAGGTGGAAG ACTCACAAAT GGCGCCGGTG CCAGTTAGTC 
CCGTGGAGCG TGCGGCAGGC CAGCCCCGGA GCGCAGGAAG GCTGCGGGCC CGGACGCCAG 
GCGAGAGCTA TTACTTGTCG AAAGCAAGAT GGAGGCCAGG CTGGCATCCA TGAATGCCTT 
TGGTATGCAG GCCCCGTGCC AGCCCTCACC CAGGCCTGCC AGATCCCCTG CCAAGATGAC 
TGTCAGTTTA CCAGCTGGTC CAAGTTTTCT TCGTGCAATG GAGACTGTGG TGCAGTTAGG 
ACCAGAAAGC GCACTATTGT TGGAAAAAGT AAAAAGAAGG AAAAATGTAA AAATTCTCAT 
TTGTACCCTC TGATTGAGAC TCAGTACTGT CCTTGTGACA AGTATAATGC ACAGCCTGTG 
GGGAACTGGT CAGACTGCAT TTTACCAGAG GGGAAAGTGG AAGTGTTGCT GGGAGTGAAA 
ACACAAGGAG ATACCAAGGA ATGTGGTCAA GGATATCGTT ACCAAGCAAT GGCATGCTAC 
GACCAAAATG GCAGGCTCGT GGAAACATCC AGATGTAACA GCCATGGTTA CATCGAAGAG 
GCCTGCATCA TCCCCTGTCC CTCCGACTGC AAGCTCAGCG AGTGGTCCAA CTGGTCTCGC 
TGCAGTAAGT CCTGTGGGAG TGGTGTGAAG GTTCGGTCTA AATGGTTGCG TGAGAAACCA 
TATAATGGAG GGAGGCCTTG CCCCAAACTG GACCATGTCA ACCAGGCACA GGTGTATGAG 
GTGGTCCCTT GCCACAGTGA CTGCAACCAG TACATTTGGG TCACAGAGCC GTGGAGCATC 
TGCAAAGTGA CCTTTGTCAA CATGCGAGAT AACTGTGGAG AGGGCGTGCA AACCCGGAAA 
GTGAGATGCA TGCAGAACAC AGCAGATGGC CCTTCTGACC ATGTAGAAGA TTACCTCTGT 
GACCCAGAAG AGATGCCCCT GGGTTCTAGA GAGTGCAAAT TACCGTGTCC CGAGGATTGC 
GTGATATCTG AATGGGGTCC GTGGACCCAA TGCACTTTGC CTTGCAATCA AAACAGTTTC 
CGGCAGAGGT CAGCTGATCC CATCAGACAA CCCGCTGATG AAGGAAGAGC CTGCCCTAAT 
GCTGTTGAAA AGGAACCTTG TAACCTAAAC AAAAACTGCT TCCACTATGA TTATAATGTA 
ACAGACTGGA GTACGTGTCA GCTGAGTGAG AAGGCAGTTT GTGGAAATGG CATTAAAACA 
AGGATGTTGG ATTGTGTTCG AAGTGATGGC AAGTCGGTTG ACCTGAAATA TTGTGAAGAG 
CTTGGCCTGG AGAAGAACTG GCCGATGAAC ACGTCATGTG TGGTGGAATG CCCTGTCAAC 
TGTCAGCTCT CCGACTGGTC TCCTTGGTCA GAATGTTCTC AAACATGTGG CCTCACAGGA 
AAAATGGTCC GAAGGCGCAC AGTGACCCAG CCCTTTCAGG GTGATGGACG GCCATGCCCT 
GCCCTGATGG AGCAGTCCAA GCCTTGCCCA GTGAAGCCCT GTTACCAGTG GCAATATGGC 
CAGTGGTCTC TATGCCAAGT ACAGGATGCC CAGTGTGGCG AAGGGACCAG AGCAAGAAAC 
ATTTCTTGTG TAGTGAGTGA CGGGTCAGCT GATGATTTCA GCAAAGTGGT GGATGAAGAA 
TTCTGTGCTG ACATTGAACC CATTATAGAT GGTAATAAAA AAATGGTGCT TGAGGAGACC 
TGCACCCAGC CTTGCCCAGG TGACTGTTAT CTGAAGGACT GGTCTTCGTG GAGCCTATGT 
CAGCTAACCT GTGTGAATGG TGAAGACCTA GGCTTTGGTG GAATACAGGT CCGTTCCAGA 
GCTGTAATTA TACAGGAACT AGAAAATCAA CATCTGTGCC CAGAGCAAAT GTTAGAAACA 
AAATCATGCA ATGATGGACA GTGTTATGAG TATAAATGGA TGGCCAGTGC TTGGAAGGGT 
TCTTCCCGAA CAGTCTGGTG TCAAAGGTCA GACGGTATAA ATGTAACAGG GGGCTGCTTG 
GTGGTGCACC AGCCTGATGC TGACAGGTCT TGTAACCCAC CGTGTAGTCA ACCCCACTCG 
TACTGTAGTG AGATGAGGAC ATGCAGTTGT GAAGAAGGGT ACACTGAAGT CATGTCTTCT 
AACGGTACAC TTGAGCAGTG CACACTTATC CCTGTGGTGG TGATACCCAC TGTGGAGGAC 
AAAAGAGGAG ACGTGAAAAC CAGTCGGGCA GTACACCCAA CCCAATCCTC CAGTAACCCA 
ACAGGACGGG GAAGGACCTG GTTTCTACAG CCATTTGGGC CAGATGGGAG ACTAAAGACC 
TGGGTTTACG GTGTAGCAGC TGGGGCATTT GTGTTACTCA TCTTTATTGT CTCCATGATT 
TATCTAGCTT GCAAAAAGCC AAAGAAACCC CAAAGAAGGC AAAACAACCG ACTGAAACCT 
TTAACCTTAG CCTACGATGG AGATGCAGAC ATGTAA

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

THSD7A ( XM_019792755.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019648314.1 Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc100047
Clone ID Related Accession (Same CDS sequence)	XM_019792755.1
Accession Version	XM_019792755.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3867bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	thrombospondin type-1 domain-containing protein 7A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003219348.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCTTCC AGTCCTGTGT GATCACCAAA GAGTGCCAGG TGTCAGAGTG GTCAGAATGG 
AGTCCCTGTT CCAAAACATG CCATGATGCG GCATCCCCCA AAGGCACTCG TGTCAGGACA 
CGGATCATTA GGCAGTTTCC TATTGGCAGC GAGAAAGAGT GTCCAGAACT TGAAGAAAAA 
GAACCCTGTG CGTCTCAAGG AGATGTAGTT GCCCCCTGTG CCACGTATGG CTGGAGAACT 
ACGGAGTGGA CCGAGTGCCG TGTGGACCCT TTGCTCAGTC AGCAGGACAA GAGGCGGGGC 
AACCAGACAG CCCTCTGTGG GGGAGGGGTC CAGACACGAG AGGTATACTG CGTGCAGGCC 
AATGAAAACC TCCTGTCACA CTTAAACACC CACAAAGACA AAGAAGAAAG TAAATATCAG 
AGTACGTCGA AGTCTAGTGC TGCACCTTTC CTATCCATCA CTTTTGAAAT AACAGCCTCA 
AAACCAGTGG ACTTGAAATC GTGTACTGGC CCCGTCCCTA ATACTACACA GCTGTGCCAC 
ATTCCCTGTC CTATTGAATG TGAGGTTTCA CCTTGGTCAG CTTGGGGACC TTGTACTTAT 
GAAAACTGTA ATGACCAACA AGGCAAAAAA GGATTCAAAC TGAGGAAGCG GCGCATTACC 
AATGAGCCCA CTGGAGGCTC TGGGGGCACT GGGAACTGCC CTCACTTACT GGAAGCCATT 
CCCTGTGAAG AACCATCCTG CTATGAGTGG AAAGCAGTGA GGCTTGGAGA CTGTGAACCA 
GACAATGGAA AAGAGTGTGG CCCAGGCACT CAAGTTCAGG AGGTCGTGTG CATCAACAGT 
GATGGAGAAG AAGTTGACAG ACAGCTGTGC AGAGATGCCA TCTTCCCGAT CCCTGTTGCC 
TGTTACGCCT CCTGCCCAAA GGACTGTGTG CTCAGCATGT GGTCTGCGTG GTCCTCCTGC 
TCGCACACCT GCTCGGGGAA AACCACAGAA GGGAAACAGA TCCGGGCCCG GTCCATTCTG 
GCCTATGCCG GTGAGGAAGG TGGAGCTCAC TGTCCAAATA GCAGCACTTT GCAAGAGGTG 
CGCAGCTGTA ACGAGCATCC CTGTACTGTG TACCACTGGC AGACTGGTCC CTGGGGCCAG 
TGCATCGAGG ACACTTCAGT ATCATCCTTC AACACAACCA CAACTTGGAA TGGGGAGGCC 
TCTTGCTCCA TTGGCATGCA GACAAGAAAA GTCATCTGTG TGCGGGTCAA TGTGGGCCAA 
GTAGGACCCA AAAAGTGTCC TGAGAGCCTT CGACCTGAAA CAGTGAGGCC CTGTCTACTT 
CCTTGTAGGA AGGACTGTAT CCTGACGCCT TATAGTGACT GGACATCATG CCCCTCCTCA 
TGTAAAGAAG GGGACTCCGG AGTCAGAAAG CAGTCTCGGC ACCGGGTCAT CATCCAGCTG 
CCAGCCAACG GAGGCAGGGA CTGCACGGAC CCGCTCTATG AGGAGAAAGT CTGTGAGGCC 
CCTCAAGTGT GCCAGAGCTA CAGGTGGAAG ACTCACAAAT GGCGCCGGTG CCAGTTAGTC 
CCGTGGAGCG TGCGGCAGGC CAGCCCCGGA GCGCAGGAAG GCTGCGGGCC CGGACGCCAG 
GCGAGAGCTA TTACTTGTCG AAAGCAAGAT GGAGGCCAGG CTGGCATCCA TGAATGCCTT 
TGGTATGCAG GCCCCGTGCC AGCCCTCACC CAGGCCTGCC AGATCCCCTG CCAAGATGAC 
TGTCAGTTTA CCAGCTGGTC CAAGTTTTCT TCGTGCAATG GAGACTGTGG TGCAGTTAGG 
ACCAGAAAGC GCACTATTGT TGGAAAAAGT AAAAAGAAGG AAAAATGTAA AAATTCTCAT 
TTGTACCCTC TGATTGAGAC TCAGTACTGT CCTTGTGACA AGTATAATGC ACAGCCTGTG 
GGGAACTGGT CAGACTGCAT TTTACCAGAG GGGAAAGTGG AAGTGTTGCT GGGAGTGAAA 
ACACAAGGAG ATACCAAGGA ATGTGGTCAA GGATATCGTT ACCAAGCAAT GGCATGCTAC 
GACCAAAATG GCAGGCTCGT GGAAACATCC AGATGTAACA GCCATGGTTA CATCGAAGAG 
GCCTGCATCA TCCCCTGTCC CTCCGACTGC AAGCTCAGCG AGTGGTCCAA CTGGTCTCGC 
TGCAGTAAGT CCTGTGGGAG TGGTGTGAAG GTTCGGTCTA AATGGTTGCG TGAGAAACCA 
TATAATGGAG GGAGGCCTTG CCCCAAACTG GACCATGTCA ACCAGGCACA GGTGTATGAG 
GTGGTCCCTT GCCACAGTGA CTGCAACCAG TACATTTGGG TCACAGAGCC GTGGAGCATC 
TGCAAAGTGA CCTTTGTCAA CATGCGAGAT AACTGTGGAG AGGGCGTGCA AACCCGGAAA 
GTGAGATGCA TGCAGAACAC AGCAGATGGC CCTTCTGACC ATGTAGAAGA TTACCTCTGT 
GACCCAGAAG AGATGCCCCT GGGTTCTAGA GAGTGCAAAT TACCGTGTCC CGAGGATTGC 
GTGATATCTG AATGGGGTCC GTGGACCCAA TGCACTTTGC CTTGCAATCA AAACAGTTTC 
CGGCAGAGGT CAGCTGATCC CATCAGACAA CCCGCTGATG AAGGAAGAGC CTGCCCTAAT 
GCTGTTGAAA AGGAACCTTG TAACCTAAAC AAAAACTGCT TCCACTATGA TTATAATGTA 
ACAGACTGGA GTACGTGTCA GCTGAGTGAG AAGGCAGTTT GTGGAAATGG CATTAAAACA 
AGGATGTTGG ATTGTGTTCG AAGTGATGGC AAGTCGGTTG ACCTGAAATA TTGTGAAGAG 
CTTGGCCTGG AGAAGAACTG GCCGATGAAC ACGTCATGTG TGGTGGAATG CCCTGTCAAC 
TGTCAGCTCT CCGACTGGTC TCCTTGGTCA GAATGTTCTC AAACATGTGG CCTCACAGGA 
AAAATGGTCC GAAGGCGCAC AGTGACCCAG CCCTTTCAGG GTGATGGACG GCCATGCCCT 
GCCCTGATGG AGCAGTCCAA GCCTTGCCCA GTGAAGCCCT GTTACCAGTG GCAATATGGC 
CAGTGGTCTC TATGCCAAGT ACAGGATGCC CAGTGTGGCG AAGGGACCAG AGCAAGAAAC 
ATTTCTTGTG TAGTGAGTGA CGGGTCAGCT GATGATTTCA GCAAAGTGGT GGATGAAGAA 
TTCTGTGCTG ACATTGAACC CATTATAGAT GGTAATAAAA AAATGGTGCT TGAGGAGACC 
TGCACCCAGC CTTGCCCAGG TGACTGTTAT CTGAAGGACT GGTCTTCGTG GAGCCTATGT 
CAGCTAACCT GTGTGAATGG TGAAGACCTA GGCTTTGGTG GAATACAGGT CCGTTCCAGA 
GCTGTAATTA TACAGGAACT AGAAAATCAA CATCTGTGCC CAGAGCAAAT GTTAGAAACA 
AAATCATGCA ATGATGGACA GTGTTATGAG TATAAATGGA TGGCCAGTGC TTGGAAGGGT 
TCTTCCCGAA CAGTCTGGTG TCAAAGGTCA GACGGTATAA ATGTAACAGG GGGCTGCTTG 
GTGGTGCACC AGCCTGATGC TGACAGGTCT TGTAACCCAC CGTGTAGTCA ACCCCACTCG 
TACTGTAGTG AGATGAGGAC ATGCAGTTGT GAAGAAGGGT ACACTGAAGT CATGTCTTCT 
AACGGTACAC TTGAGCAGTG CACACTTATC CCTGTGGTGG TGATACCCAC TGTGGAGGAC 
AAAAGAGGAG ACGTGAAAAC CAGTCGGGCA GTACACCCAA CCCAATCCTC CAGTAACCCA 
ACAGGACGGG GAAGGACCTG GTTTCTACAG CCATTTGGGC CAGCAAAAAG CCAAAGAAAC 
CCCAAAGAAG GCAAAACAAC CGACTGA

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

RefSeq	XP_019648314.1
CDS	27..3893
Translation	MTFQSCVITKECQVSEWSEWSPCSKTCHDAASPKGTRVRTRIIRQFPIGSEKECPELEEKEPCASQGDVVAPCATYGWRTTEWTECRVDPLLSQQDKRRGNQTALCGGGVQTREVYCVQANENLLSHLNTHKDKEESKYQSTSKSSAAPFLSITFEITASKPVDLKSCTGPVPNTTQLCHIPCPIECEVSPWSAWGPCTYENCNDQQGKKGFKLRKRRITNEPTGGSGGTGNCPHLLEAIPCEEPSCYEWKAVRLGDCEPDNGKECGPGTQVQEVVCINSDGEEVDRQLCRDAIFPIPVACYASCPKDCVLSMWSAWSSCSHTCSGKTTEGKQIRARSILAYAGEEGGAHCPNSSTLQEVRSCNEHPCTVYHWQTGPWGQCIEDTSVSSFNTTTTWNGEASCSIGMQTRKVICVRVNVGQVGPKKCPESLRPETVRPCLLPCRKDCILTPYSDWTSCPSSCKEGDSGVRKQSRHRVIIQLPANGGRDCTDPLYEEKVCEAPQVCQSYRWKTHKWRRCQLVPWSVRQASPGAQEGCGPGRQARAITCRKQDGGQAGIHECLWYAGPVPALTQACQIPCQDDCQFTSWSKFSSCNGDCGAVRTRKRTIVGKSKKKEKCKNSHLYPLIETQYCPCDKYNAQPVGNWSDCILPEGKVEVLLGVKTQGDTKECGQGYRYQAMACYDQNGRLVETSRCNSHGYIEEACIIPCPSDCKLSEWSNWSRCSKSCGSGVKVRSKWLREKPYNGGRPCPKLDHVNQAQVYEVVPCHSDCNQYIWVTEPWSICKVTFVNMRDNCGEGVQTRKVRCMQNTADGPSDHVEDYLCDPEEMPLGSRECKLPCPEDCVISEWGPWTQCTLPCNQNSFRQRSADPIRQPADEGRACPNAVEKEPCNLNKNCFHYDYNVTDWSTCQLSEKAVCGNGIKTRMLDCVRSDGKSVDLKYCEELGLEKNWPMNTSCVVECPVNCQLSDWSPWSECSQTCGLTGKMVRRRTVTQPFQGDGRPCPALMEQSKPCPVKPCYQWQYGQWSLCQVQDAQCGEGTRARNISCVVSDGSADDFSKVVDEEFCADIEPIIDGNKKMVLEETCTQPCPGDCYLKDWSSWSLCQLTCVNGEDLGFGGIQVRSRAVIIQELENQHLCPEQMLETKSCNDGQCYEYKWMASAWKGSSRTVWCQRSDGINVTGGCLVVHQPDADRSCNPPCSQPHSYCSEMRTCSCEEGYTEVMSSNGTLEQCTLIPVVVIPTVEDKRGDVKTSRAVHPTQSSSNPTGRGRTWFLQPFGPAKSQRNPKEGKTTD

Target ORF information:

RefSeq Version	XM_019792755.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca thrombospondin type 1 domain containing 7A (THSD7A), transcript variant X2, mRNA.

Target ORF information:

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

XM_019792755.1

ORF Insert Sequence:

ATGACCTTCC AGTCCTGTGT GATCACCAAA GAGTGCCAGG TGTCAGAGTG GTCAGAATGG 
AGTCCCTGTT CCAAAACATG CCATGATGCG GCATCCCCCA AAGGCACTCG TGTCAGGACA 
CGGATCATTA GGCAGTTTCC TATTGGCAGC GAGAAAGAGT GTCCAGAACT TGAAGAAAAA 
GAACCCTGTG CGTCTCAAGG AGATGTAGTT GCCCCCTGTG CCACGTATGG CTGGAGAACT 
ACGGAGTGGA CCGAGTGCCG TGTGGACCCT TTGCTCAGTC AGCAGGACAA GAGGCGGGGC 
AACCAGACAG CCCTCTGTGG GGGAGGGGTC CAGACACGAG AGGTATACTG CGTGCAGGCC 
AATGAAAACC TCCTGTCACA CTTAAACACC CACAAAGACA AAGAAGAAAG TAAATATCAG 
AGTACGTCGA AGTCTAGTGC TGCACCTTTC CTATCCATCA CTTTTGAAAT AACAGCCTCA 
AAACCAGTGG ACTTGAAATC GTGTACTGGC CCCGTCCCTA ATACTACACA GCTGTGCCAC 
ATTCCCTGTC CTATTGAATG TGAGGTTTCA CCTTGGTCAG CTTGGGGACC TTGTACTTAT 
GAAAACTGTA ATGACCAACA AGGCAAAAAA GGATTCAAAC TGAGGAAGCG GCGCATTACC 
AATGAGCCCA CTGGAGGCTC TGGGGGCACT GGGAACTGCC CTCACTTACT GGAAGCCATT 
CCCTGTGAAG AACCATCCTG CTATGAGTGG AAAGCAGTGA GGCTTGGAGA CTGTGAACCA 
GACAATGGAA AAGAGTGTGG CCCAGGCACT CAAGTTCAGG AGGTCGTGTG CATCAACAGT 
GATGGAGAAG AAGTTGACAG ACAGCTGTGC AGAGATGCCA TCTTCCCGAT CCCTGTTGCC 
TGTTACGCCT CCTGCCCAAA GGACTGTGTG CTCAGCATGT GGTCTGCGTG GTCCTCCTGC 
TCGCACACCT GCTCGGGGAA AACCACAGAA GGGAAACAGA TCCGGGCCCG GTCCATTCTG 
GCCTATGCCG GTGAGGAAGG TGGAGCTCAC TGTCCAAATA GCAGCACTTT GCAAGAGGTG 
CGCAGCTGTA ACGAGCATCC CTGTACTGTG TACCACTGGC AGACTGGTCC CTGGGGCCAG 
TGCATCGAGG ACACTTCAGT ATCATCCTTC AACACAACCA CAACTTGGAA TGGGGAGGCC 
TCTTGCTCCA TTGGCATGCA GACAAGAAAA GTCATCTGTG TGCGGGTCAA TGTGGGCCAA 
GTAGGACCCA AAAAGTGTCC TGAGAGCCTT CGACCTGAAA CAGTGAGGCC CTGTCTACTT 
CCTTGTAGGA AGGACTGTAT CCTGACGCCT TATAGTGACT GGACATCATG CCCCTCCTCA 
TGTAAAGAAG GGGACTCCGG AGTCAGAAAG CAGTCTCGGC ACCGGGTCAT CATCCAGCTG 
CCAGCCAACG GAGGCAGGGA CTGCACGGAC CCGCTCTATG AGGAGAAAGT CTGTGAGGCC 
CCTCAAGTGT GCCAGAGCTA CAGGTGGAAG ACTCACAAAT GGCGCCGGTG CCAGTTAGTC 
CCGTGGAGCG TGCGGCAGGC CAGCCCCGGA GCGCAGGAAG GCTGCGGGCC CGGACGCCAG 
GCGAGAGCTA TTACTTGTCG AAAGCAAGAT GGAGGCCAGG CTGGCATCCA TGAATGCCTT 
TGGTATGCAG GCCCCGTGCC AGCCCTCACC CAGGCCTGCC AGATCCCCTG CCAAGATGAC 
TGTCAGTTTA CCAGCTGGTC CAAGTTTTCT TCGTGCAATG GAGACTGTGG TGCAGTTAGG 
ACCAGAAAGC GCACTATTGT TGGAAAAAGT AAAAAGAAGG AAAAATGTAA AAATTCTCAT 
TTGTACCCTC TGATTGAGAC TCAGTACTGT CCTTGTGACA AGTATAATGC ACAGCCTGTG 
GGGAACTGGT CAGACTGCAT TTTACCAGAG GGGAAAGTGG AAGTGTTGCT GGGAGTGAAA 
ACACAAGGAG ATACCAAGGA ATGTGGTCAA GGATATCGTT ACCAAGCAAT GGCATGCTAC 
GACCAAAATG GCAGGCTCGT GGAAACATCC AGATGTAACA GCCATGGTTA CATCGAAGAG 
GCCTGCATCA TCCCCTGTCC CTCCGACTGC AAGCTCAGCG AGTGGTCCAA CTGGTCTCGC 
TGCAGTAAGT CCTGTGGGAG TGGTGTGAAG GTTCGGTCTA AATGGTTGCG TGAGAAACCA 
TATAATGGAG GGAGGCCTTG CCCCAAACTG GACCATGTCA ACCAGGCACA GGTGTATGAG 
GTGGTCCCTT GCCACAGTGA CTGCAACCAG TACATTTGGG TCACAGAGCC GTGGAGCATC 
TGCAAAGTGA CCTTTGTCAA CATGCGAGAT AACTGTGGAG AGGGCGTGCA AACCCGGAAA 
GTGAGATGCA TGCAGAACAC AGCAGATGGC CCTTCTGACC ATGTAGAAGA TTACCTCTGT 
GACCCAGAAG AGATGCCCCT GGGTTCTAGA GAGTGCAAAT TACCGTGTCC CGAGGATTGC 
GTGATATCTG AATGGGGTCC GTGGACCCAA TGCACTTTGC CTTGCAATCA AAACAGTTTC 
CGGCAGAGGT CAGCTGATCC CATCAGACAA CCCGCTGATG AAGGAAGAGC CTGCCCTAAT 
GCTGTTGAAA AGGAACCTTG TAACCTAAAC AAAAACTGCT TCCACTATGA TTATAATGTA 
ACAGACTGGA GTACGTGTCA GCTGAGTGAG AAGGCAGTTT GTGGAAATGG CATTAAAACA 
AGGATGTTGG ATTGTGTTCG AAGTGATGGC AAGTCGGTTG ACCTGAAATA TTGTGAAGAG 
CTTGGCCTGG AGAAGAACTG GCCGATGAAC ACGTCATGTG TGGTGGAATG CCCTGTCAAC 
TGTCAGCTCT CCGACTGGTC TCCTTGGTCA GAATGTTCTC AAACATGTGG CCTCACAGGA 
AAAATGGTCC GAAGGCGCAC AGTGACCCAG CCCTTTCAGG GTGATGGACG GCCATGCCCT 
GCCCTGATGG AGCAGTCCAA GCCTTGCCCA GTGAAGCCCT GTTACCAGTG GCAATATGGC 
CAGTGGTCTC TATGCCAAGT ACAGGATGCC CAGTGTGGCG AAGGGACCAG AGCAAGAAAC 
ATTTCTTGTG TAGTGAGTGA CGGGTCAGCT GATGATTTCA GCAAAGTGGT GGATGAAGAA 
TTCTGTGCTG ACATTGAACC CATTATAGAT GGTAATAAAA AAATGGTGCT TGAGGAGACC 
TGCACCCAGC CTTGCCCAGG TGACTGTTAT CTGAAGGACT GGTCTTCGTG GAGCCTATGT 
CAGCTAACCT GTGTGAATGG TGAAGACCTA GGCTTTGGTG GAATACAGGT CCGTTCCAGA 
GCTGTAATTA TACAGGAACT AGAAAATCAA CATCTGTGCC CAGAGCAAAT GTTAGAAACA 
AAATCATGCA ATGATGGACA GTGTTATGAG TATAAATGGA TGGCCAGTGC TTGGAAGGGT 
TCTTCCCGAA CAGTCTGGTG TCAAAGGTCA GACGGTATAA ATGTAACAGG GGGCTGCTTG 
GTGGTGCACC AGCCTGATGC TGACAGGTCT TGTAACCCAC CGTGTAGTCA ACCCCACTCG 
TACTGTAGTG AGATGAGGAC ATGCAGTTGT GAAGAAGGGT ACACTGAAGT CATGTCTTCT 
AACGGTACAC TTGAGCAGTG CACACTTATC CCTGTGGTGG TGATACCCAC TGTGGAGGAC 
AAAAGAGGAG ACGTGAAAAC CAGTCGGGCA GTACACCCAA CCCAATCCTC CAGTAACCCA 
ACAGGACGGG GAAGGACCTG GTTTCTACAG CCATTTGGGC CAGCAAAAAG CCAAAGAAAC 
CCCAAAGAAG GCAAAACAAC CGACTGA

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

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THSD7A cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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