STARD13 gene cDNA ORF clone, Taeniopygia guttata(zebra finch)

mRNA	Protein	Name
XM_012569805.1	XP_012425259.1	stAR-related lipid transfer protein 13 isoform X2
XM_012569805.2	XP_012425259.1	stAR-related lipid transfer protein 13 isoform X8
XM_030274269.1	XP_030130129.1	stAR-related lipid transfer protein 13 isoform X3
XM_030274297.1	XP_030130157.1	stAR-related lipid transfer protein 13 isoform X6
XM_002195719.3	XP_002195755.1	stAR-related lipid transfer protein 13 isoform X4
XM_030274302.1	XP_030130162.1	stAR-related lipid transfer protein 13 isoform X7
XM_002195719.2	XP_002195755.1	stAR-related lipid transfer protein 13 isoform X1
XM_030274251.1	XP_030130111.1	stAR-related lipid transfer protein 13 isoform X1
XM_030274261.1	XP_030130121.1	stAR-related lipid transfer protein 13 isoform X2
XM_030274289.1	XP_030130149.1	stAR-related lipid transfer protein 13 isoform X5

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OTd04507	XM_002195719.2 Latest version!	Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd18688	XM_012569805.1 Latest version!	Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25112	XM_030274251.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd25113	XM_030274261.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd25114	XM_030274269.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25115	XM_002195719.3 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25116	XM_030274289.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25117	XM_030274297.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25118	XM_030274302.1 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25119	XM_012569805.2 Latest version!	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

STARD13 ( XM_002195719.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002195755.1 Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd04507
Clone ID Related Accession (Same CDS sequence)	XM_002195719.2
Accession Version	XM_002195719.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3357bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197691.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2015 this sequence version replaced XM_002195719.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGAAGC AGGTGCCCCG GGCCGCGGGC ACCGCCTGTT TCTACCTGAA CGCGGTGTCC 
CCCGAGGGCC AGGAGCTCTT CTGGCGCTGC GATCCGCCCG CCCGGCGCCC TCCCTACAGG 
ACCAGCAGGA TTCTCGCCCG GCACCAGCTG GTGACGAAAA TTCAGCAAGA AATCGAAGCA 
AAGGAAGCGT GTGACTGGTT ACGTGCTGCT GGATTTCCCC AATATGCTCA ATTCTATGAG 
GACTCCCAGT TTCCCATTGA CATTGCTGCA GTAAAGAAAG ATCATGATTT TCTTGACAAG 
GACCTTGTAG AACCTCTTTG CAGACGACTG AACACACTGA ACAAGTGCGC CTCAATGAAA 
CTCGATGTGA ACTTCCAAAG AAAAAAGAGT GAAGATTCAG ATGAAGAAGA TCTCTGTGCT 
ATCAGTAATA AATGGACTTT TCAAAGAACC AGCAAAAGAT GGTCTCGGGT GGACGACATT 
GACACTCTGC TTCACCGATC CGACAGACAT GGCTCTTCTG GGGACATTAA AATGAAAAAC 
ACGACAAGCA GTGAGAGCGT CCTTACAGAT CTGAGTGAAC CTGAGCTCTC ATCAATTCAC 
AGCGAGAGCA GTGGGGGCAG TGACAACAGG AGCCAATCTG GCACCACCAG CGCTGCCAGG 
GAGGCCTGCG ACTGCTCTGC CCATCATGAT GTGGAAAGCA CCCTGGTGCA GGACTCTGCT 
GCAATAATCA CCGCCCCATC CCCCAAGGAC GGCCTGAAGA ATGAAAATCC AACACGAGCC 
AGAGCAAAAA CCTTTCTAAA ACGCATGGAG ACACTAAAAG CAAAAGCTGT GCATGGAAAA 
CTAAAAGGCT CGGGAAGAAC AGGTCCTTTA GAGATCAGTG GACCAGTTCT CCAGTTTGAG 
CCAAAATCCT TGAAAGACAT GCACTGTGTA CAGATTGTCA ATGGCGATCT TCAAAATCTG 
GGGCAAGATT CAGTCAAAAG AGGGCTTCCC TTTTCTGCCA AATCCAGCAG TGACAGCAGT 
CAGTCCGAAA ACAGCAGCAG TGGAGTGAGC ACGCCATGTC TGAAGGAACA CAAGTGCCAT 
GAAGCAAACA AGAGAGGTGG GATGTACCTG GAGGACCTGG ATGTTCTGGC AGGAACGGCC 
TTACGGCAAG TGGTGGACCA AAACCGCAAA AATGAATTTC ATTCCCAGGA GAACTTGGTT 
GTGCACATTC CCAAGGATCA CAAACCGGGG ACCTTCCCAA AGGCACTTTC TATCGAAAGC 
CTCTCACCTA CAGACAATAG TAACAGTGTA AACTGGAGGA CGGGCAGCAT CTCTTTGGGA 
AAGCAGAACT GCTCTACTCC AAAGGAATCT GGACTGATGG CTTGCTGTCC TAAAGAGAGC 
AGAATTAGTA TTTATGACAA TGTGCCAGGT TCCCACTTGT ATGCTAGTAC TGGGGACCTC 
CTGGACATAG AGAAAGATGT CCTTTTTCCT CAGTTAGATG ACATTTTGCA ACATGTCAAT 
GGACTGCAGG AGGTGGTAGA TGGCTGGTCA AAGAAGCTGT TGCCAGGTCT GCCGGTTGGT 
GACGTGTCGG TCAGGGAATC CCCATCATTG CCTTTCCAGT CGCCTACACA GATCACTCTC 
GATTTTGAAG GAAACTCTGT GTCCGATGGC CGAACCACCC CAAGTGACAT GGACAGAGAT 
GGAACATCCC TGAATGAATC CGAAGCCACT GGTGTTAGGG ACAGGAGGGA CTCTGGGGTG 
GGAGCATCTC TCACAAGGCC AAGCAGGCAA TTACGATGGC AAAGTTTCCA AATCTCTCAT 
CGCCTGAGCC GCTCCATTGC GTCGCTTCAC ATCAGCAACC AGTCAGCAGC CCAGCTGAAT 
CTACTACAAA AATTCTCTCT GCTTCGTCTC ACTGCCATCA TGGAAAAGTA CTCCATGTCA 
AACAAACATG GCTGGACCTG GTCTGTGCCA AAGTTCATGA AGAGGATGAA AGTCCCTGAC 
TACAAGGACA AGAACGTCTT TGGTGTGCCC CTGATAGTTC ACGTTCAGAG AACGGGGCAG 
CCTCTTCCCC AGAGCATACA ACAAGCCCTG CGCTACCTAC GGAGCAACTG TCTAGACCAG 
GTGGGTCTGT TTCGGAAATC TGGAGTGAAA TCCCGAATCC AGGCCCTGCG TCAGATGAAC 
GAGAGCTCCC CAGAAAACGT CAGCTATGAA GACCAGTCCG CATACGATGT GGCTGACATG 
GTCAAGCAAT TCTTCAGAGA CTTGCCAGAA CCTCTCCTCA CAAGTAAACT AGGAGAGACT 
TTTCTGCACA TCTATCAATA CGTGCCCAAG GAGCAGCGGC TGCAGGCGGT GCAGGCAGCA 
ATCATGCTCA TGGCCGACGA GAACAGGGAG GTTCTGCAGA CTCTGCTCTG CTTCCTCAGC 
GACGTCACCT CCGTGGAGGA AAATCAGATG ACTCCCATGA ACATCGCTGT TTGTCTGGCC 
CCTTCCCTCT TCCATCTCAA TATAGTGAAG AAAGAAAGCT CACCAAGAGT AATACAGAAA 
AAATATGCAA CAGGGAAGCC AGATCAGAAG GACCTCAGTG AAAACCTGGC AGCTACTCAG 
GGACTTGCTC ACATGATAAT GGAATGCAAC AAACTTTTTG AGGTCCCACA CGAGATGATC 
ACCCAATCCC GAAACTCCTA TGTCGATGCA GAAGTGCATT CTCCTACCCT GGATGAGCTT 
GGGAAACAAG TGGATGAGGA AGGAGGGAAC TATCAGATGT ACCTGGAAAC TCTCATGCAG 
AATCTCCAGA AAGAAGCAAA AGAGAAATTC AAAGGATGGG TCACATGTTC CAGTGTAGAG 
AACACAGAAC TCGCCTACAA AAAGGTTGGG GATGGGAACC CACTAAGGCT TTGGAAAGCC 
TCAGTTGAAG TTGAAGCCCC TCCATCAGTT GTCCTGAACC GGGTGCTGAG AGAACGTCAC 
CTTTGGGACG AGGATTTCTT GCAGTGGAAG GTGGTTGAGA GCCTGGACAA GCAGACGGAA 
GTTTACCAGT ATGTTTTGAA CACCATGGCT CCTCACCCTG TCCGAGACTT TGTTGTTCTC 
AGGACGTGGA GGACGGATTT GCCCAAGGGG ATGTGCATGC TGGTTGCCAT CTCTGTGGAG 
CATGAAGAGG CTCCTCTCAT GGGAGCTGTG CGAGCCATCG TGATGGACTC CCAGTACTTG 
ATAGAGCCCT GCGGCTCGGG GAAAGCCAGG CTGACCCACA TCTGCAGGAT TGACCTAAAA 
GGACATTCCC CAGAGTGGTA CAACAAAGGC TTTGGACATC TGTGTGCAGC AGAAGTTGCC 
AGGATCAGAA ACTCATTTCA ACCTCTGATT GCTGAGGGAC CAGAAACAAA AATCTGA

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

RefSeq	XP_002195755.1
CDS	1..3357
Translation	MLKQVPRAAGTACFYLNAVSPEGQELFWRCDPPARRPPYRTSRILARHQLVTKIQQEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_002195719.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X1, mRNA.

Target ORF information:

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

XM_002195719.2

ORF Insert Sequence:

ATGCTGAAGC AGGTGCCCCG GGCCGCGGGC ACCGCCTGTT TCTACCTGAA CGCGGTGTCC 
CCCGAGGGCC AGGAGCTCTT CTGGCGCTGC GATCCGCCCG CCCGGCGCCC TCCCTACAGG 
ACCAGCAGGA TTCTCGCCCG GCACCAGCTG GTGACGAAAA TTCAGCAAGA AATCGAAGCA 
AAGGAAGCGT GTGACTGGTT ACGTGCTGCT GGATTTCCCC AATATGCTCA ATTCTATGAG 
GACTCCCAGT TTCCCATTGA CATTGCTGCA GTAAAGAAAG ATCATGATTT TCTTGACAAG 
GACCTTGTAG AACCTCTTTG CAGACGACTG AACACACTGA ACAAGTGCGC CTCAATGAAA 
CTCGATGTGA ACTTCCAAAG AAAAAAGAGT GAAGATTCAG ATGAAGAAGA TCTCTGTGCT 
ATCAGTAATA AATGGACTTT TCAAAGAACC AGCAAAAGAT GGTCTCGGGT GGACGACATT 
GACACTCTGC TTCACCGATC CGACAGACAT GGCTCTTCTG GGGACATTAA AATGAAAAAC 
ACGACAAGCA GTGAGAGCGT CCTTACAGAT CTGAGTGAAC CTGAGCTCTC ATCAATTCAC 
AGCGAGAGCA GTGGGGGCAG TGACAACAGG AGCCAATCTG GCACCACCAG CGCTGCCAGG 
GAGGCCTGCG ACTGCTCTGC CCATCATGAT GTGGAAAGCA CCCTGGTGCA GGACTCTGCT 
GCAATAATCA CCGCCCCATC CCCCAAGGAC GGCCTGAAGA ATGAAAATCC AACACGAGCC 
AGAGCAAAAA CCTTTCTAAA ACGCATGGAG ACACTAAAAG CAAAAGCTGT GCATGGAAAA 
CTAAAAGGCT CGGGAAGAAC AGGTCCTTTA GAGATCAGTG GACCAGTTCT CCAGTTTGAG 
CCAAAATCCT TGAAAGACAT GCACTGTGTA CAGATTGTCA ATGGCGATCT TCAAAATCTG 
GGGCAAGATT CAGTCAAAAG AGGGCTTCCC TTTTCTGCCA AATCCAGCAG TGACAGCAGT 
CAGTCCGAAA ACAGCAGCAG TGGAGTGAGC ACGCCATGTC TGAAGGAACA CAAGTGCCAT 
GAAGCAAACA AGAGAGGTGG GATGTACCTG GAGGACCTGG ATGTTCTGGC AGGAACGGCC 
TTACGGCAAG TGGTGGACCA AAACCGCAAA AATGAATTTC ATTCCCAGGA GAACTTGGTT 
GTGCACATTC CCAAGGATCA CAAACCGGGG ACCTTCCCAA AGGCACTTTC TATCGAAAGC 
CTCTCACCTA CAGACAATAG TAACAGTGTA AACTGGAGGA CGGGCAGCAT CTCTTTGGGA 
AAGCAGAACT GCTCTACTCC AAAGGAATCT GGACTGATGG CTTGCTGTCC TAAAGAGAGC 
AGAATTAGTA TTTATGACAA TGTGCCAGGT TCCCACTTGT ATGCTAGTAC TGGGGACCTC 
CTGGACATAG AGAAAGATGT CCTTTTTCCT CAGTTAGATG ACATTTTGCA ACATGTCAAT 
GGACTGCAGG AGGTGGTAGA TGGCTGGTCA AAGAAGCTGT TGCCAGGTCT GCCGGTTGGT 
GACGTGTCGG TCAGGGAATC CCCATCATTG CCTTTCCAGT CGCCTACACA GATCACTCTC 
GATTTTGAAG GAAACTCTGT GTCCGATGGC CGAACCACCC CAAGTGACAT GGACAGAGAT 
GGAACATCCC TGAATGAATC CGAAGCCACT GGTGTTAGGG ACAGGAGGGA CTCTGGGGTG 
GGAGCATCTC TCACAAGGCC AAGCAGGCAA TTACGATGGC AAAGTTTCCA AATCTCTCAT 
CGCCTGAGCC GCTCCATTGC GTCGCTTCAC ATCAGCAACC AGTCAGCAGC CCAGCTGAAT 
CTACTACAAA AATTCTCTCT GCTTCGTCTC ACTGCCATCA TGGAAAAGTA CTCCATGTCA 
AACAAACATG GCTGGACCTG GTCTGTGCCA AAGTTCATGA AGAGGATGAA AGTCCCTGAC 
TACAAGGACA AGAACGTCTT TGGTGTGCCC CTGATAGTTC ACGTTCAGAG AACGGGGCAG 
CCTCTTCCCC AGAGCATACA ACAAGCCCTG CGCTACCTAC GGAGCAACTG TCTAGACCAG 
GTGGGTCTGT TTCGGAAATC TGGAGTGAAA TCCCGAATCC AGGCCCTGCG TCAGATGAAC 
GAGAGCTCCC CAGAAAACGT CAGCTATGAA GACCAGTCCG CATACGATGT GGCTGACATG 
GTCAAGCAAT TCTTCAGAGA CTTGCCAGAA CCTCTCCTCA CAAGTAAACT AGGAGAGACT 
TTTCTGCACA TCTATCAATA CGTGCCCAAG GAGCAGCGGC TGCAGGCGGT GCAGGCAGCA 
ATCATGCTCA TGGCCGACGA GAACAGGGAG GTTCTGCAGA CTCTGCTCTG CTTCCTCAGC 
GACGTCACCT CCGTGGAGGA AAATCAGATG ACTCCCATGA ACATCGCTGT TTGTCTGGCC 
CCTTCCCTCT TCCATCTCAA TATAGTGAAG AAAGAAAGCT CACCAAGAGT AATACAGAAA 
AAATATGCAA CAGGGAAGCC AGATCAGAAG GACCTCAGTG AAAACCTGGC AGCTACTCAG 
GGACTTGCTC ACATGATAAT GGAATGCAAC AAACTTTTTG AGGTCCCACA CGAGATGATC 
ACCCAATCCC GAAACTCCTA TGTCGATGCA GAAGTGCATT CTCCTACCCT GGATGAGCTT 
GGGAAACAAG TGGATGAGGA AGGAGGGAAC TATCAGATGT ACCTGGAAAC TCTCATGCAG 
AATCTCCAGA AAGAAGCAAA AGAGAAATTC AAAGGATGGG TCACATGTTC CAGTGTAGAG 
AACACAGAAC TCGCCTACAA AAAGGTTGGG GATGGGAACC CACTAAGGCT TTGGAAAGCC 
TCAGTTGAAG TTGAAGCCCC TCCATCAGTT GTCCTGAACC GGGTGCTGAG AGAACGTCAC 
CTTTGGGACG AGGATTTCTT GCAGTGGAAG GTGGTTGAGA GCCTGGACAA GCAGACGGAA 
GTTTACCAGT ATGTTTTGAA CACCATGGCT CCTCACCCTG TCCGAGACTT TGTTGTTCTC 
AGGACGTGGA GGACGGATTT GCCCAAGGGG ATGTGCATGC TGGTTGCCAT CTCTGTGGAG 
CATGAAGAGG CTCCTCTCAT GGGAGCTGTG CGAGCCATCG TGATGGACTC CCAGTACTTG 
ATAGAGCCCT GCGGCTCGGG GAAAGCCAGG CTGACCCACA TCTGCAGGAT TGACCTAAAA 
GGACATTCCC CAGAGTGGTA CAACAAAGGC TTTGGACATC TGTGTGCAGC AGAAGTTGCC 
AGGATCAGAA ACTCATTTCA ACCTCTGATT GCTGAGGGAC CAGAAACAAA AATCTGA

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

STARD13 ( XM_012569805.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012425259.1 Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd18688
Clone ID Related Accession (Same CDS sequence)	XM_012569805.1
Accession Version	XM_012569805.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3003bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197691.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACTCG ATGTGAACTT CCAAAGAAAA AAGAGTGAAG ATTCAGATGA AGAAGATCTC 
TGTGCTATCA GTAATAAATG GACTTTTCAA AGAACCAGCA AAAGATGGTC TCGGGTGGAC 
GACATTGACA CTCTGCTTCA CCGATCCGAC AGACATGGCT CTTCTGGGGA CATTAAAATG 
AAAAACACGA CAAGCAGTGA GAGCGTCCTT ACAGATCTGA GTGAACCTGA GCTCTCATCA 
ATTCACAGCG AGAGCAGTGG GGGCAGTGAC AACAGGAGCC AATCTGGCAC CACCAGCGCT 
GCCAGGGAGG CCTGCGACTG CTCTGCCCAT CATGATGTGG AAAGCACCCT GGTGCAGGAC 
TCTGCTGCAA TAATCACCGC CCCATCCCCC AAGGACGGCC TGAAGAATGA AAATCCAACA 
CGAGCCAGAG CAAAAACCTT TCTAAAACGC ATGGAGACAC TAAAAGCAAA AGCTGTGCAT 
GGAAAACTAA AAGGCTCGGG AAGAACAGGT CCTTTAGAGA TCAGTGGACC AGTTCTCCAG 
TTTGAGCCAA AATCCTTGAA AGACATGCAC TGTGTACAGA TTGTCAATGG CGATCTTCAA 
AATCTGGGGC AAGATTCAGT CAAAAGAGGG CTTCCCTTTT CTGCCAAATC CAGCAGTGAC 
AGCAGTCAGT CCGAAAACAG CAGCAGTGGA GTGAGCACGC CATGTCTGAA GGAACACAAG 
TGCCATGAAG CAAACAAGAG AGGTGGGATG TACCTGGAGG ACCTGGATGT TCTGGCAGGA 
ACGGCCTTAC GGCAAGTGGT GGACCAAAAC CGCAAAAATG AATTTCATTC CCAGGAGAAC 
TTGGTTGTGC ACATTCCCAA GGATCACAAA CCGGGGACCT TCCCAAAGGC ACTTTCTATC 
GAAAGCCTCT CACCTACAGA CAATAGTAAC AGTGTAAACT GGAGGACGGG CAGCATCTCT 
TTGGGAAAGC AGAACTGCTC TACTCCAAAG GAATCTGGAC TGATGGCTTG CTGTCCTAAA 
GAGAGCAGAA TTAGTATTTA TGACAATGTG CCAGGTTCCC ACTTGTATGC TAGTACTGGG 
GACCTCCTGG ACATAGAGAA AGATGTCCTT TTTCCTCAGT TAGATGACAT TTTGCAACAT 
GTCAATGGAC TGCAGGAGGT GGTAGATGGC TGGTCAAAGA AGCTGTTGCC AGGTCTGCCG 
GTTGGTGACG TGTCGGTCAG GGAATCCCCA TCATTGCCTT TCCAGTCGCC TACACAGATC 
ACTCTCGATT TTGAAGGAAA CTCTGTGTCC GATGGCCGAA CCACCCCAAG TGACATGGAC 
AGAGATGGAA CATCCCTGAA TGAATCCGAA GCCACTGGTG TTAGGGACAG GAGGGACTCT 
GGGGTGGGAG CATCTCTCAC AAGGCCAAGC AGGCAATTAC GATGGCAAAG TTTCCAAATC 
TCTCATCGCC TGAGCCGCTC CATTGCGTCG CTTCACATCA GCAACCAGTC AGCAGCCCAG 
CTGAATCTAC TACAAAAATT CTCTCTGCTT CGTCTCACTG CCATCATGGA AAAGTACTCC 
ATGTCAAACA AACATGGCTG GACCTGGTCT GTGCCAAAGT TCATGAAGAG GATGAAAGTC 
CCTGACTACA AGGACAAGAA CGTCTTTGGT GTGCCCCTGA TAGTTCACGT TCAGAGAACG 
GGGCAGCCTC TTCCCCAGAG CATACAACAA GCCCTGCGCT ACCTACGGAG CAACTGTCTA 
GACCAGGTGG GTCTGTTTCG GAAATCTGGA GTGAAATCCC GAATCCAGGC CCTGCGTCAG 
ATGAACGAGA GCTCCCCAGA AAACGTCAGC TATGAAGACC AGTCCGCATA CGATGTGGCT 
GACATGGTCA AGCAATTCTT CAGAGACTTG CCAGAACCTC TCCTCACAAG TAAACTAGGA 
GAGACTTTTC TGCACATCTA TCAATACGTG CCCAAGGAGC AGCGGCTGCA GGCGGTGCAG 
GCAGCAATCA TGCTCATGGC CGACGAGAAC AGGGAGGTTC TGCAGACTCT GCTCTGCTTC 
CTCAGCGACG TCACCTCCGT GGAGGAAAAT CAGATGACTC CCATGAACAT CGCTGTTTGT 
CTGGCCCCTT CCCTCTTCCA TCTCAATATA GTGAAGAAAG AAAGCTCACC AAGAGTAATA 
CAGAAAAAAT ATGCAACAGG GAAGCCAGAT CAGAAGGACC TCAGTGAAAA CCTGGCAGCT 
ACTCAGGGAC TTGCTCACAT GATAATGGAA TGCAACAAAC TTTTTGAGGT CCCACACGAG 
ATGATCACCC AATCCCGAAA CTCCTATGTC GATGCAGAAG TGCATTCTCC TACCCTGGAT 
GAGCTTGGGA AACAAGTGGA TGAGGAAGGA GGGAACTATC AGATGTACCT GGAAACTCTC 
ATGCAGAATC TCCAGAAAGA AGCAAAAGAG AAATTCAAAG GATGGGTCAC ATGTTCCAGT 
GTAGAGAACA CAGAACTCGC CTACAAAAAG GTTGGGGATG GGAACCCACT AAGGCTTTGG 
AAAGCCTCAG TTGAAGTTGA AGCCCCTCCA TCAGTTGTCC TGAACCGGGT GCTGAGAGAA 
CGTCACCTTT GGGACGAGGA TTTCTTGCAG TGGAAGGTGG TTGAGAGCCT GGACAAGCAG 
ACGGAAGTTT ACCAGTATGT TTTGAACACC ATGGCTCCTC ACCCTGTCCG AGACTTTGTT 
GTTCTCAGGA CGTGGAGGAC GGATTTGCCC AAGGGGATGT GCATGCTGGT TGCCATCTCT 
GTGGAGCATG AAGAGGCTCC TCTCATGGGA GCTGTGCGAG CCATCGTGAT GGACTCCCAG 
TACTTGATAG AGCCCTGCGG CTCGGGGAAA GCCAGGCTGA CCCACATCTG CAGGATTGAC 
CTAAAAGGAC ATTCCCCAGA GTGGTACAAC AAAGGCTTTG GACATCTGTG TGCAGCAGAA 
GTTGCCAGGA TCAGAAACTC ATTTCAACCT CTGATTGCTG AGGGACCAGA AACAAAAATC 
TGA

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

RefSeq	XP_012425259.1
CDS	395..3397
Translation	MKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_012569805.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR-related lipid transfer (START) domain containing 13 (STARD13), transcript variant X2, mRNA.

Target ORF information:

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

XM_012569805.1

ORF Insert Sequence:

ATGAAACTCG ATGTGAACTT CCAAAGAAAA AAGAGTGAAG ATTCAGATGA AGAAGATCTC 
TGTGCTATCA GTAATAAATG GACTTTTCAA AGAACCAGCA AAAGATGGTC TCGGGTGGAC 
GACATTGACA CTCTGCTTCA CCGATCCGAC AGACATGGCT CTTCTGGGGA CATTAAAATG 
AAAAACACGA CAAGCAGTGA GAGCGTCCTT ACAGATCTGA GTGAACCTGA GCTCTCATCA 
ATTCACAGCG AGAGCAGTGG GGGCAGTGAC AACAGGAGCC AATCTGGCAC CACCAGCGCT 
GCCAGGGAGG CCTGCGACTG CTCTGCCCAT CATGATGTGG AAAGCACCCT GGTGCAGGAC 
TCTGCTGCAA TAATCACCGC CCCATCCCCC AAGGACGGCC TGAAGAATGA AAATCCAACA 
CGAGCCAGAG CAAAAACCTT TCTAAAACGC ATGGAGACAC TAAAAGCAAA AGCTGTGCAT 
GGAAAACTAA AAGGCTCGGG AAGAACAGGT CCTTTAGAGA TCAGTGGACC AGTTCTCCAG 
TTTGAGCCAA AATCCTTGAA AGACATGCAC TGTGTACAGA TTGTCAATGG CGATCTTCAA 
AATCTGGGGC AAGATTCAGT CAAAAGAGGG CTTCCCTTTT CTGCCAAATC CAGCAGTGAC 
AGCAGTCAGT CCGAAAACAG CAGCAGTGGA GTGAGCACGC CATGTCTGAA GGAACACAAG 
TGCCATGAAG CAAACAAGAG AGGTGGGATG TACCTGGAGG ACCTGGATGT TCTGGCAGGA 
ACGGCCTTAC GGCAAGTGGT GGACCAAAAC CGCAAAAATG AATTTCATTC CCAGGAGAAC 
TTGGTTGTGC ACATTCCCAA GGATCACAAA CCGGGGACCT TCCCAAAGGC ACTTTCTATC 
GAAAGCCTCT CACCTACAGA CAATAGTAAC AGTGTAAACT GGAGGACGGG CAGCATCTCT 
TTGGGAAAGC AGAACTGCTC TACTCCAAAG GAATCTGGAC TGATGGCTTG CTGTCCTAAA 
GAGAGCAGAA TTAGTATTTA TGACAATGTG CCAGGTTCCC ACTTGTATGC TAGTACTGGG 
GACCTCCTGG ACATAGAGAA AGATGTCCTT TTTCCTCAGT TAGATGACAT TTTGCAACAT 
GTCAATGGAC TGCAGGAGGT GGTAGATGGC TGGTCAAAGA AGCTGTTGCC AGGTCTGCCG 
GTTGGTGACG TGTCGGTCAG GGAATCCCCA TCATTGCCTT TCCAGTCGCC TACACAGATC 
ACTCTCGATT TTGAAGGAAA CTCTGTGTCC GATGGCCGAA CCACCCCAAG TGACATGGAC 
AGAGATGGAA CATCCCTGAA TGAATCCGAA GCCACTGGTG TTAGGGACAG GAGGGACTCT 
GGGGTGGGAG CATCTCTCAC AAGGCCAAGC AGGCAATTAC GATGGCAAAG TTTCCAAATC 
TCTCATCGCC TGAGCCGCTC CATTGCGTCG CTTCACATCA GCAACCAGTC AGCAGCCCAG 
CTGAATCTAC TACAAAAATT CTCTCTGCTT CGTCTCACTG CCATCATGGA AAAGTACTCC 
ATGTCAAACA AACATGGCTG GACCTGGTCT GTGCCAAAGT TCATGAAGAG GATGAAAGTC 
CCTGACTACA AGGACAAGAA CGTCTTTGGT GTGCCCCTGA TAGTTCACGT TCAGAGAACG 
GGGCAGCCTC TTCCCCAGAG CATACAACAA GCCCTGCGCT ACCTACGGAG CAACTGTCTA 
GACCAGGTGG GTCTGTTTCG GAAATCTGGA GTGAAATCCC GAATCCAGGC CCTGCGTCAG 
ATGAACGAGA GCTCCCCAGA AAACGTCAGC TATGAAGACC AGTCCGCATA CGATGTGGCT 
GACATGGTCA AGCAATTCTT CAGAGACTTG CCAGAACCTC TCCTCACAAG TAAACTAGGA 
GAGACTTTTC TGCACATCTA TCAATACGTG CCCAAGGAGC AGCGGCTGCA GGCGGTGCAG 
GCAGCAATCA TGCTCATGGC CGACGAGAAC AGGGAGGTTC TGCAGACTCT GCTCTGCTTC 
CTCAGCGACG TCACCTCCGT GGAGGAAAAT CAGATGACTC CCATGAACAT CGCTGTTTGT 
CTGGCCCCTT CCCTCTTCCA TCTCAATATA GTGAAGAAAG AAAGCTCACC AAGAGTAATA 
CAGAAAAAAT ATGCAACAGG GAAGCCAGAT CAGAAGGACC TCAGTGAAAA CCTGGCAGCT 
ACTCAGGGAC TTGCTCACAT GATAATGGAA TGCAACAAAC TTTTTGAGGT CCCACACGAG 
ATGATCACCC AATCCCGAAA CTCCTATGTC GATGCAGAAG TGCATTCTCC TACCCTGGAT 
GAGCTTGGGA AACAAGTGGA TGAGGAAGGA GGGAACTATC AGATGTACCT GGAAACTCTC 
ATGCAGAATC TCCAGAAAGA AGCAAAAGAG AAATTCAAAG GATGGGTCAC ATGTTCCAGT 
GTAGAGAACA CAGAACTCGC CTACAAAAAG GTTGGGGATG GGAACCCACT AAGGCTTTGG 
AAAGCCTCAG TTGAAGTTGA AGCCCCTCCA TCAGTTGTCC TGAACCGGGT GCTGAGAGAA 
CGTCACCTTT GGGACGAGGA TTTCTTGCAG TGGAAGGTGG TTGAGAGCCT GGACAAGCAG 
ACGGAAGTTT ACCAGTATGT TTTGAACACC ATGGCTCCTC ACCCTGTCCG AGACTTTGTT 
GTTCTCAGGA CGTGGAGGAC GGATTTGCCC AAGGGGATGT GCATGCTGGT TGCCATCTCT 
GTGGAGCATG AAGAGGCTCC TCTCATGGGA GCTGTGCGAG CCATCGTGAT GGACTCCCAG 
TACTTGATAG AGCCCTGCGG CTCGGGGAAA GCCAGGCTGA CCCACATCTG CAGGATTGAC 
CTAAAAGGAC ATTCCCCAGA GTGGTACAAC AAAGGCTTTG GACATCTGTG TGCAGCAGAA 
GTTGCCAGGA TCAGAAACTC ATTTCAACCT CTGATTGCTG AGGGACCAGA AACAAAAATC 
TGA

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

STARD13 ( XM_030274251.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130111.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd25112
Clone ID Related Accession (Same CDS sequence)	XM_030274251.1
Accession Version	XM_030274251.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GACCCAACCA GAAAAAGAAT CTGAATGGCC AGACTCTATG 
TCATGGCTTA TGAAGAAACT GGAACGGTTG AACTTAGATA TTGAAGAAGC TCTGAGTGCT 
GGCTCTTCTC CCTCCAGTAC TCCTTCTAAA AGGCACAAGC AACTGTGCCC TATTCAAGTA 
GAGACAGGCC TTTATGGAGA TTATCAAGAA AAAGGATCTT GGAAAAATAG AAGAGGAGAC 
TACCAGTATC TAAATTGTTT ACCTTACCGA GTGTTGACTG GAGCACGGCC TAAATCTGAT 
ATGCTGTTTC AGAAGCTGTG CAAGGAAAAA GCAGAAATTG AAGCAAAGGA AGCGTGTGAC 
TGGTTACGTG CAGCTGGATT TCCCCAATAT GCTCAATTCT ATGAGGACTC CCAGTTTCCC 
ATTGACATTG CTGCAGTAAA GAAAGATCAT GATTTTCTTG ACAAGGACCT TGTAGAACCT 
CTTTGCAGAC GACTGAACAC ACTGAACAAG TGCGCCTCAA TGAAACTCGA TGTGAACTTC 
CAAAGAAAAA AGAGTGAAGA TTCAGATGAA GAAGATCTCT GTGCTATCAG TAATAAATGG 
ACTTTTCAAA GAACCAGCAA AAGATGGTCT CGGGTGGACG ACATTGACAC TCTGCTTCAC 
CGATCCGACA GACATGGCTC TTCTGGGGAC ATTAAAATGA AAAACACGAC AAGCAGTGAG 
AGCGTCCTTA CAGATCTGAG TGAACCTGAG CTCTCATCAA TTCACAGCGA GAGCAGTGGG 
GGCAGTGACA ACAGGAGCCA ATCTGGCACC ACCAGCGCTG CCAGGGAGGC CTGTGACTGC 
TCTGCCCATC ATGATGTGGA AAGCACCCTG GTGCAGGACT CTGCTGCAAT AATCACCGCC 
CCATCCCCCA AGGACGGCCT GAAGAATGAA AATCCAACAC GAGCCAGAGC AAAAACCTTT 
CTAAAACGCA TGGAGACACT AAAAGCAAAA GCTGTGCATG GAAAACTAAA AGGCTCGGGA 
AGAACAGGTC CTTTAGAGAT CAGTGGACCA GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA 
GACATGCACT GTGTACAGAT TGTCAATGGC GATCTTCAAA ATCTGGGGCA AGATTCAGTC 
AAAAGAGGGC TTCCCTTTTC TGCCAAATCC AGCAGTGACA GCAGTCAGTC CGAAAACAGC 
AGCAGTGGAG TGAGCACGCC ATGTCTGAAG GAACACAAGT GCCATGAAGC AAACAAGAGA 
GGTGGGATGT ACCTGGAGGA CCTGGATGTT CTGGCAGGAA CGGCCTTACG GCAAGTGGTG 
GACCAAAACC GCAAAAATGA ATTTCATTCC CAGGAGAACT TGGTTGTGCA CATTCCCAAG 
GATCACAAAC CGGGGACCTT CCCAAAGGCA CTTTCTATCG AAAGCCTCTC ACCTACAGAC 
AATAGTAACA GTGTAAACTG GAGGACGGGC AGCATCTCTT TGGGAAAGCA GAACTGCTCT 
ACTCCAAAGG AATCTGGACT GATGGCTTGC TGTCCTAAAG AGAGCAGAAT TAGTATTTAT 
GACAATGTGC CAGGTTCCCA CTTGTATGCT AGTACTGGGG ACCTCCTGGA CATAGAGAAA 
GATGTCCTTT TTCCTCAGTT AGATGACATT TTGCAACATG TCAATGGACT GCAGGAGGTG 
GTAGATGGCT GGTCAAAGAA GCTGTTGCCA GGTCTGCCGG TTGGTGACGT GTCGGTCAGG 
GAATCCCCAT CATTGCCTTT CCAGTCGCCT ACACAGATCA CTCTCGATTT TGAAGGAAAC 
TCTGTGTCCG ATGGCCGAAC CACCCCAAGT GACATGGACA GAGATGGAAC ATCCCTGAAT 
GAATCCGAAG CCACTGGTGT TAGGGACAGG AGGGACTCTG GGGTGGGAGC ATCTCTCACA 
AGGCCAAGCA GGCAATTACG ATGGCAAAGT TTCCAAATCT CTCATCGCCT GAGCCGCTCC 
ATTGCGTCGC TTCACATCAG CAACCAGTCA GCAGCCCAGC TGAATCTACT ACAAAAATTC 
TCTCTGCTTC GTCTCACTGC CATCATGGAA AAGTACTCCA TGTCAAACAA ACATGGCTGG 
ACCTGGTCTG TGCCAAAGTT CATGAAGAGG ATGAAAGTCC CTGACTACAA GGACAAGAAC 
GTCTTTGGTG TGCCCCTGAT AGTTCACGTT CAGAGAACGG GGCAGCCTCT TCCCCAGAGC 
ATACAACAAG CCCTGCGCTA CCTACGGAGC AACTGTCTAG ACCAGGTGGG TCTGTTTCGG 
AAATCTGGAG TGAAATCCCG AATCCAGGCC CTGCGTCAGA TGAACGAGAG CTCCCCAGAA 
AACGTCAGCT ATGAAGACCA GTCCGCATAC GATGTGGCTG ACATGGTCAA GCAATTCTTC 
AGAGACTTGC CAGAACCTCT CCTCACAAGT AAACTAGGAG AGACTTTTCT GCACATCTAT 
CAATACGTGC CCAAGGAGCA GCGGCTGCAG GCGGTGCAGG CAGCAATCAT GCTCATGGCC 
GACGAGAACA GGGAGGTTCT GCAGACTCTG CTCTGCTTCC TCAGCGACGT CACCTCCGTG 
GAGGAAAATC AGATGACTCC CATGAACATC GCTGTTTGTC TGGCCCCTTC CCTCTTCCAT 
CTCAATATAG TGAAGAAAGA AAGCTCACCA AGAGTAATAC AGAAAAAATA TGCAACAGGG 
AAGCCAGATC AGAAGGACCT CAGTGAAAAC CTGGCAGCTA CTCAGGGACT TGCTCACATG 
ATAATGGAAT GCAACAAACT TTTTGAGGTC CCACATGAGA TGATCACCCA ATCCCGAAAC 
TCCTATGTCG ATGCAGAAGT GCATTCTCCT ACCCTGGATG AGCTTGGGAA ACAAGTGGAT 
GAGGAAGGAG GGAACTATCA GATGTACCTG GAAACTCTCA TGCAGAATCT CCAGAAAGAA 
GCAAAAGAGA AATTCAAAGG ATGGGTCACA TGTTCCAGTG TAGAGAACAC AGAACTCGCC 
TACAAAAAGG TTGGGGATGG GAACCCACTA AGGCTTTGGA AAGCCTCAGT TGAAGTTGAA 
GCCCCTCCAT CAGTTGTCCT GAACCGGGTG CTGAGAGAAC GTCACCTTTG GGACGAGGAT 
TTCTTGCAGT GGAAGGTGGT TGAGAGCCTG GACAAGCAGA CGGAAGTTTA CCAGTATGTT 
TTGAACACCA TGGCTCCTCA CCCTGTCCGA GACTTTGTTG TTCTCAGGAC GTGGAGGACG 
GATTTGCCCA AGGGGATGTG CATGCTGGTT GCCATCTCTG TGGAGCATGA AGAGGCTCCT 
CTCATGGGAG CTGTGCGAGC CATCGTGATG GACTCCCAGT ACTTGATAGA GCCCTGCGGC 
TCGGGGAAAG CCAGGCTGAC CCACATCTGC AGGATTGACC TAAAAGGACA TTCCCCAGAG 
TGGTACAACA AAGGCTTTGG ACATCTGTGT GCAGCAGAAG TTGCCAGGAT CAGAAACTCA 
TTTCAACCTC TGATTGCTGA GGGACCAGAA ACAAAAATCT GA

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

RefSeq	XP_030130111.1
CDS	265..4506
Translation	METNIYEEEQGSPYLTSAECLGTPKEAKYEEYQRKTENQTSPYEFQNSLLEPELSLLSVSSLLDNNETSLQFGMAAGRASATSQPETKHLCGELSCSTKHTSKEDHLNLPRNTEWPVLTGKNSDKKPEINYEIRVIEHKPCAITFSDFEFLSHEADTKLHICEAGKADDFSSEEEEKGNRGDNDTFTELPLYDTFFKGLQRRNVSQRKQAQHELTKYQHICHLEDCNNNSEKALKDHDKEEKHMGLETQPEKESEWPDSMSWLMKKLERLNLDIEEALSAGSSPSSTPSKRHKQLCPIQVETGLYGDYQEKGSWKNRRGDYQYLNCLPYRVLTGARPKSDMLFQKLCKEKAEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_030274251.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X1, mRNA.

Target ORF information:

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

XM_030274251.1

ORF Insert Sequence:

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GACCCAACCA GAAAAAGAAT CTGAATGGCC AGACTCTATG 
TCATGGCTTA TGAAGAAACT GGAACGGTTG AACTTAGATA TTGAAGAAGC TCTGAGTGCT 
GGCTCTTCTC CCTCCAGTAC TCCTTCTAAA AGGCACAAGC AACTGTGCCC TATTCAAGTA 
GAGACAGGCC TTTATGGAGA TTATCAAGAA AAAGGATCTT GGAAAAATAG AAGAGGAGAC 
TACCAGTATC TAAATTGTTT ACCTTACCGA GTGTTGACTG GAGCACGGCC TAAATCTGAT 
ATGCTGTTTC AGAAGCTGTG CAAGGAAAAA GCAGAAATTG AAGCAAAGGA AGCGTGTGAC 
TGGTTACGTG CAGCTGGATT TCCCCAATAT GCTCAATTCT ATGAGGACTC CCAGTTTCCC 
ATTGACATTG CTGCAGTAAA GAAAGATCAT GATTTTCTTG ACAAGGACCT TGTAGAACCT 
CTTTGCAGAC GACTGAACAC ACTGAACAAG TGCGCCTCAA TGAAACTCGA TGTGAACTTC 
CAAAGAAAAA AGAGTGAAGA TTCAGATGAA GAAGATCTCT GTGCTATCAG TAATAAATGG 
ACTTTTCAAA GAACCAGCAA AAGATGGTCT CGGGTGGACG ACATTGACAC TCTGCTTCAC 
CGATCCGACA GACATGGCTC TTCTGGGGAC ATTAAAATGA AAAACACGAC AAGCAGTGAG 
AGCGTCCTTA CAGATCTGAG TGAACCTGAG CTCTCATCAA TTCACAGCGA GAGCAGTGGG 
GGCAGTGACA ACAGGAGCCA ATCTGGCACC ACCAGCGCTG CCAGGGAGGC CTGTGACTGC 
TCTGCCCATC ATGATGTGGA AAGCACCCTG GTGCAGGACT CTGCTGCAAT AATCACCGCC 
CCATCCCCCA AGGACGGCCT GAAGAATGAA AATCCAACAC GAGCCAGAGC AAAAACCTTT 
CTAAAACGCA TGGAGACACT AAAAGCAAAA GCTGTGCATG GAAAACTAAA AGGCTCGGGA 
AGAACAGGTC CTTTAGAGAT CAGTGGACCA GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA 
GACATGCACT GTGTACAGAT TGTCAATGGC GATCTTCAAA ATCTGGGGCA AGATTCAGTC 
AAAAGAGGGC TTCCCTTTTC TGCCAAATCC AGCAGTGACA GCAGTCAGTC CGAAAACAGC 
AGCAGTGGAG TGAGCACGCC ATGTCTGAAG GAACACAAGT GCCATGAAGC AAACAAGAGA 
GGTGGGATGT ACCTGGAGGA CCTGGATGTT CTGGCAGGAA CGGCCTTACG GCAAGTGGTG 
GACCAAAACC GCAAAAATGA ATTTCATTCC CAGGAGAACT TGGTTGTGCA CATTCCCAAG 
GATCACAAAC CGGGGACCTT CCCAAAGGCA CTTTCTATCG AAAGCCTCTC ACCTACAGAC 
AATAGTAACA GTGTAAACTG GAGGACGGGC AGCATCTCTT TGGGAAAGCA GAACTGCTCT 
ACTCCAAAGG AATCTGGACT GATGGCTTGC TGTCCTAAAG AGAGCAGAAT TAGTATTTAT 
GACAATGTGC CAGGTTCCCA CTTGTATGCT AGTACTGGGG ACCTCCTGGA CATAGAGAAA 
GATGTCCTTT TTCCTCAGTT AGATGACATT TTGCAACATG TCAATGGACT GCAGGAGGTG 
GTAGATGGCT GGTCAAAGAA GCTGTTGCCA GGTCTGCCGG TTGGTGACGT GTCGGTCAGG 
GAATCCCCAT CATTGCCTTT CCAGTCGCCT ACACAGATCA CTCTCGATTT TGAAGGAAAC 
TCTGTGTCCG ATGGCCGAAC CACCCCAAGT GACATGGACA GAGATGGAAC ATCCCTGAAT 
GAATCCGAAG CCACTGGTGT TAGGGACAGG AGGGACTCTG GGGTGGGAGC ATCTCTCACA 
AGGCCAAGCA GGCAATTACG ATGGCAAAGT TTCCAAATCT CTCATCGCCT GAGCCGCTCC 
ATTGCGTCGC TTCACATCAG CAACCAGTCA GCAGCCCAGC TGAATCTACT ACAAAAATTC 
TCTCTGCTTC GTCTCACTGC CATCATGGAA AAGTACTCCA TGTCAAACAA ACATGGCTGG 
ACCTGGTCTG TGCCAAAGTT CATGAAGAGG ATGAAAGTCC CTGACTACAA GGACAAGAAC 
GTCTTTGGTG TGCCCCTGAT AGTTCACGTT CAGAGAACGG GGCAGCCTCT TCCCCAGAGC 
ATACAACAAG CCCTGCGCTA CCTACGGAGC AACTGTCTAG ACCAGGTGGG TCTGTTTCGG 
AAATCTGGAG TGAAATCCCG AATCCAGGCC CTGCGTCAGA TGAACGAGAG CTCCCCAGAA 
AACGTCAGCT ATGAAGACCA GTCCGCATAC GATGTGGCTG ACATGGTCAA GCAATTCTTC 
AGAGACTTGC CAGAACCTCT CCTCACAAGT AAACTAGGAG AGACTTTTCT GCACATCTAT 
CAATACGTGC CCAAGGAGCA GCGGCTGCAG GCGGTGCAGG CAGCAATCAT GCTCATGGCC 
GACGAGAACA GGGAGGTTCT GCAGACTCTG CTCTGCTTCC TCAGCGACGT CACCTCCGTG 
GAGGAAAATC AGATGACTCC CATGAACATC GCTGTTTGTC TGGCCCCTTC CCTCTTCCAT 
CTCAATATAG TGAAGAAAGA AAGCTCACCA AGAGTAATAC AGAAAAAATA TGCAACAGGG 
AAGCCAGATC AGAAGGACCT CAGTGAAAAC CTGGCAGCTA CTCAGGGACT TGCTCACATG 
ATAATGGAAT GCAACAAACT TTTTGAGGTC CCACATGAGA TGATCACCCA ATCCCGAAAC 
TCCTATGTCG ATGCAGAAGT GCATTCTCCT ACCCTGGATG AGCTTGGGAA ACAAGTGGAT 
GAGGAAGGAG GGAACTATCA GATGTACCTG GAAACTCTCA TGCAGAATCT CCAGAAAGAA 
GCAAAAGAGA AATTCAAAGG ATGGGTCACA TGTTCCAGTG TAGAGAACAC AGAACTCGCC 
TACAAAAAGG TTGGGGATGG GAACCCACTA AGGCTTTGGA AAGCCTCAGT TGAAGTTGAA 
GCCCCTCCAT CAGTTGTCCT GAACCGGGTG CTGAGAGAAC GTCACCTTTG GGACGAGGAT 
TTCTTGCAGT GGAAGGTGGT TGAGAGCCTG GACAAGCAGA CGGAAGTTTA CCAGTATGTT 
TTGAACACCA TGGCTCCTCA CCCTGTCCGA GACTTTGTTG TTCTCAGGAC GTGGAGGACG 
GATTTGCCCA AGGGGATGTG CATGCTGGTT GCCATCTCTG TGGAGCATGA AGAGGCTCCT 
CTCATGGGAG CTGTGCGAGC CATCGTGATG GACTCCCAGT ACTTGATAGA GCCCTGCGGC 
TCGGGGAAAG CCAGGCTGAC CCACATCTGC AGGATTGACC TAAAAGGACA TTCCCCAGAG 
TGGTACAACA AAGGCTTTGG ACATCTGTGT GCAGCAGAAG TTGCCAGGAT CAGAAACTCA 
TTTCAACCTC TGATTGCTGA GGGACCAGAA ACAAAAATCT GA

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

STARD13 ( XM_030274261.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130121.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd25113
Clone ID Related Accession (Same CDS sequence)	XM_030274261.1
Accession Version	XM_030274261.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4098bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GTGCCCTATT CAAGTAGAGA CAGGCCTTTA TGGAGATTAT 
CAAGAAAAAG GATCTTGGAA AAATAGAAGA GGAGACTACC AGTATCTAAA TTGTTTACCT 
TACCGAGTGT TGACTGGAGC ACGGCCTAAA TCTGATATGC TGTTTCAGAA GCTGTGCAAG 
GAAAAAGCAG AAATTGAAGC AAAGGAAGCG TGTGACTGGT TACGTGCAGC TGGATTTCCC 
CAATATGCTC AATTCTATGA GGACTCCCAG TTTCCCATTG ACATTGCTGC AGTAAAGAAA 
GATCATGATT TTCTTGACAA GGACCTTGTA GAACCTCTTT GCAGACGACT GAACACACTG 
AACAAGTGCG CCTCAATGAA ACTCGATGTG AACTTCCAAA GAAAAAAGAG TGAAGATTCA 
GATGAAGAAG ATCTCTGTGC TATCAGTAAT AAATGGACTT TTCAAAGAAC CAGCAAAAGA 
TGGTCTCGGG TGGACGACAT TGACACTCTG CTTCACCGAT CCGACAGACA TGGCTCTTCT 
GGGGACATTA AAATGAAAAA CACGACAAGC AGTGAGAGCG TCCTTACAGA TCTGAGTGAA 
CCTGAGCTCT CATCAATTCA CAGCGAGAGC AGTGGGGGCA GTGACAACAG GAGCCAATCT 
GGCACCACCA GCGCTGCCAG GGAGGCCTGT GACTGCTCTG CCCATCATGA TGTGGAAAGC 
ACCCTGGTGC AGGACTCTGC TGCAATAATC ACCGCCCCAT CCCCCAAGGA CGGCCTGAAG 
AATGAAAATC CAACACGAGC CAGAGCAAAA ACCTTTCTAA AACGCATGGA GACACTAAAA 
GCAAAAGCTG TGCATGGAAA ACTAAAAGGC TCGGGAAGAA CAGGTCCTTT AGAGATCAGT 
GGACCAGTTC TCCAGTTTGA GCCAAAATCC TTGAAAGACA TGCACTGTGT ACAGATTGTC 
AATGGCGATC TTCAAAATCT GGGGCAAGAT TCAGTCAAAA GAGGGCTTCC CTTTTCTGCC 
AAATCCAGCA GTGACAGCAG TCAGTCCGAA AACAGCAGCA GTGGAGTGAG CACGCCATGT 
CTGAAGGAAC ACAAGTGCCA TGAAGCAAAC AAGAGAGGTG GGATGTACCT GGAGGACCTG 
GATGTTCTGG CAGGAACGGC CTTACGGCAA GTGGTGGACC AAAACCGCAA AAATGAATTT 
CATTCCCAGG AGAACTTGGT TGTGCACATT CCCAAGGATC ACAAACCGGG GACCTTCCCA 
AAGGCACTTT CTATCGAAAG CCTCTCACCT ACAGACAATA GTAACAGTGT AAACTGGAGG 
ACGGGCAGCA TCTCTTTGGG AAAGCAGAAC TGCTCTACTC CAAAGGAATC TGGACTGATG 
GCTTGCTGTC CTAAAGAGAG CAGAATTAGT ATTTATGACA ATGTGCCAGG TTCCCACTTG 
TATGCTAGTA CTGGGGACCT CCTGGACATA GAGAAAGATG TCCTTTTTCC TCAGTTAGAT 
GACATTTTGC AACATGTCAA TGGACTGCAG GAGGTGGTAG ATGGCTGGTC AAAGAAGCTG 
TTGCCAGGTC TGCCGGTTGG TGACGTGTCG GTCAGGGAAT CCCCATCATT GCCTTTCCAG 
TCGCCTACAC AGATCACTCT CGATTTTGAA GGAAACTCTG TGTCCGATGG CCGAACCACC 
CCAAGTGACA TGGACAGAGA TGGAACATCC CTGAATGAAT CCGAAGCCAC TGGTGTTAGG 
GACAGGAGGG ACTCTGGGGT GGGAGCATCT CTCACAAGGC CAAGCAGGCA ATTACGATGG 
CAAAGTTTCC AAATCTCTCA TCGCCTGAGC CGCTCCATTG CGTCGCTTCA CATCAGCAAC 
CAGTCAGCAG CCCAGCTGAA TCTACTACAA AAATTCTCTC TGCTTCGTCT CACTGCCATC 
ATGGAAAAGT ACTCCATGTC AAACAAACAT GGCTGGACCT GGTCTGTGCC AAAGTTCATG 
AAGAGGATGA AAGTCCCTGA CTACAAGGAC AAGAACGTCT TTGGTGTGCC CCTGATAGTT 
CACGTTCAGA GAACGGGGCA GCCTCTTCCC CAGAGCATAC AACAAGCCCT GCGCTACCTA 
CGGAGCAACT GTCTAGACCA GGTGGGTCTG TTTCGGAAAT CTGGAGTGAA ATCCCGAATC 
CAGGCCCTGC GTCAGATGAA CGAGAGCTCC CCAGAAAACG TCAGCTATGA AGACCAGTCC 
GCATACGATG TGGCTGACAT GGTCAAGCAA TTCTTCAGAG ACTTGCCAGA ACCTCTCCTC 
ACAAGTAAAC TAGGAGAGAC TTTTCTGCAC ATCTATCAAT ACGTGCCCAA GGAGCAGCGG 
CTGCAGGCGG TGCAGGCAGC AATCATGCTC ATGGCCGACG AGAACAGGGA GGTTCTGCAG 
ACTCTGCTCT GCTTCCTCAG CGACGTCACC TCCGTGGAGG AAAATCAGAT GACTCCCATG 
AACATCGCTG TTTGTCTGGC CCCTTCCCTC TTCCATCTCA ATATAGTGAA GAAAGAAAGC 
TCACCAAGAG TAATACAGAA AAAATATGCA ACAGGGAAGC CAGATCAGAA GGACCTCAGT 
GAAAACCTGG CAGCTACTCA GGGACTTGCT CACATGATAA TGGAATGCAA CAAACTTTTT 
GAGGTCCCAC ATGAGATGAT CACCCAATCC CGAAACTCCT ATGTCGATGC AGAAGTGCAT 
TCTCCTACCC TGGATGAGCT TGGGAAACAA GTGGATGAGG AAGGAGGGAA CTATCAGATG 
TACCTGGAAA CTCTCATGCA GAATCTCCAG AAAGAAGCAA AAGAGAAATT CAAAGGATGG 
GTCACATGTT CCAGTGTAGA GAACACAGAA CTCGCCTACA AAAAGGTTGG GGATGGGAAC 
CCACTAAGGC TTTGGAAAGC CTCAGTTGAA GTTGAAGCCC CTCCATCAGT TGTCCTGAAC 
CGGGTGCTGA GAGAACGTCA CCTTTGGGAC GAGGATTTCT TGCAGTGGAA GGTGGTTGAG 
AGCCTGGACA AGCAGACGGA AGTTTACCAG TATGTTTTGA ACACCATGGC TCCTCACCCT 
GTCCGAGACT TTGTTGTTCT CAGGACGTGG AGGACGGATT TGCCCAAGGG GATGTGCATG 
CTGGTTGCCA TCTCTGTGGA GCATGAAGAG GCTCCTCTCA TGGGAGCTGT GCGAGCCATC 
GTGATGGACT CCCAGTACTT GATAGAGCCC TGCGGCTCGG GGAAAGCCAG GCTGACCCAC 
ATCTGCAGGA TTGACCTAAA AGGACATTCC CCAGAGTGGT ACAACAAAGG CTTTGGACAT 
CTGTGTGCAG CAGAAGTTGC CAGGATCAGA AACTCATTTC AACCTCTGAT TGCTGAGGGA 
CCAGAAACAA AAATCTGA

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

RefSeq	XP_030130121.1
CDS	262..4359
Translation	METNIYEEEQGSPYLTSAECLGTPKEAKYEEYQRKTENQTSPYEFQNSLLEPELSLLSVSSLLDNNETSLQFGMAAGRASATSQPETKHLCGELSCSTKHTSKEDHLNLPRNTEWPVLTGKNSDKKPEINYEIRVIEHKPCAITFSDFEFLSHEADTKLHICEAGKADDFSSEEEEKGNRGDNDTFTELPLYDTFFKGLQRRNVSQRKQAQHELTKYQHICHLEDCNNNSEKALKDHDKEEKHMGLECPIQVETGLYGDYQEKGSWKNRRGDYQYLNCLPYRVLTGARPKSDMLFQKLCKEKAEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_030274261.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X2, mRNA.

Target ORF information:

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

XM_030274261.1

ORF Insert Sequence:

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GTGCCCTATT CAAGTAGAGA CAGGCCTTTA TGGAGATTAT 
CAAGAAAAAG GATCTTGGAA AAATAGAAGA GGAGACTACC AGTATCTAAA TTGTTTACCT 
TACCGAGTGT TGACTGGAGC ACGGCCTAAA TCTGATATGC TGTTTCAGAA GCTGTGCAAG 
GAAAAAGCAG AAATTGAAGC AAAGGAAGCG TGTGACTGGT TACGTGCAGC TGGATTTCCC 
CAATATGCTC AATTCTATGA GGACTCCCAG TTTCCCATTG ACATTGCTGC AGTAAAGAAA 
GATCATGATT TTCTTGACAA GGACCTTGTA GAACCTCTTT GCAGACGACT GAACACACTG 
AACAAGTGCG CCTCAATGAA ACTCGATGTG AACTTCCAAA GAAAAAAGAG TGAAGATTCA 
GATGAAGAAG ATCTCTGTGC TATCAGTAAT AAATGGACTT TTCAAAGAAC CAGCAAAAGA 
TGGTCTCGGG TGGACGACAT TGACACTCTG CTTCACCGAT CCGACAGACA TGGCTCTTCT 
GGGGACATTA AAATGAAAAA CACGACAAGC AGTGAGAGCG TCCTTACAGA TCTGAGTGAA 
CCTGAGCTCT CATCAATTCA CAGCGAGAGC AGTGGGGGCA GTGACAACAG GAGCCAATCT 
GGCACCACCA GCGCTGCCAG GGAGGCCTGT GACTGCTCTG CCCATCATGA TGTGGAAAGC 
ACCCTGGTGC AGGACTCTGC TGCAATAATC ACCGCCCCAT CCCCCAAGGA CGGCCTGAAG 
AATGAAAATC CAACACGAGC CAGAGCAAAA ACCTTTCTAA AACGCATGGA GACACTAAAA 
GCAAAAGCTG TGCATGGAAA ACTAAAAGGC TCGGGAAGAA CAGGTCCTTT AGAGATCAGT 
GGACCAGTTC TCCAGTTTGA GCCAAAATCC TTGAAAGACA TGCACTGTGT ACAGATTGTC 
AATGGCGATC TTCAAAATCT GGGGCAAGAT TCAGTCAAAA GAGGGCTTCC CTTTTCTGCC 
AAATCCAGCA GTGACAGCAG TCAGTCCGAA AACAGCAGCA GTGGAGTGAG CACGCCATGT 
CTGAAGGAAC ACAAGTGCCA TGAAGCAAAC AAGAGAGGTG GGATGTACCT GGAGGACCTG 
GATGTTCTGG CAGGAACGGC CTTACGGCAA GTGGTGGACC AAAACCGCAA AAATGAATTT 
CATTCCCAGG AGAACTTGGT TGTGCACATT CCCAAGGATC ACAAACCGGG GACCTTCCCA 
AAGGCACTTT CTATCGAAAG CCTCTCACCT ACAGACAATA GTAACAGTGT AAACTGGAGG 
ACGGGCAGCA TCTCTTTGGG AAAGCAGAAC TGCTCTACTC CAAAGGAATC TGGACTGATG 
GCTTGCTGTC CTAAAGAGAG CAGAATTAGT ATTTATGACA ATGTGCCAGG TTCCCACTTG 
TATGCTAGTA CTGGGGACCT CCTGGACATA GAGAAAGATG TCCTTTTTCC TCAGTTAGAT 
GACATTTTGC AACATGTCAA TGGACTGCAG GAGGTGGTAG ATGGCTGGTC AAAGAAGCTG 
TTGCCAGGTC TGCCGGTTGG TGACGTGTCG GTCAGGGAAT CCCCATCATT GCCTTTCCAG 
TCGCCTACAC AGATCACTCT CGATTTTGAA GGAAACTCTG TGTCCGATGG CCGAACCACC 
CCAAGTGACA TGGACAGAGA TGGAACATCC CTGAATGAAT CCGAAGCCAC TGGTGTTAGG 
GACAGGAGGG ACTCTGGGGT GGGAGCATCT CTCACAAGGC CAAGCAGGCA ATTACGATGG 
CAAAGTTTCC AAATCTCTCA TCGCCTGAGC CGCTCCATTG CGTCGCTTCA CATCAGCAAC 
CAGTCAGCAG CCCAGCTGAA TCTACTACAA AAATTCTCTC TGCTTCGTCT CACTGCCATC 
ATGGAAAAGT ACTCCATGTC AAACAAACAT GGCTGGACCT GGTCTGTGCC AAAGTTCATG 
AAGAGGATGA AAGTCCCTGA CTACAAGGAC AAGAACGTCT TTGGTGTGCC CCTGATAGTT 
CACGTTCAGA GAACGGGGCA GCCTCTTCCC CAGAGCATAC AACAAGCCCT GCGCTACCTA 
CGGAGCAACT GTCTAGACCA GGTGGGTCTG TTTCGGAAAT CTGGAGTGAA ATCCCGAATC 
CAGGCCCTGC GTCAGATGAA CGAGAGCTCC CCAGAAAACG TCAGCTATGA AGACCAGTCC 
GCATACGATG TGGCTGACAT GGTCAAGCAA TTCTTCAGAG ACTTGCCAGA ACCTCTCCTC 
ACAAGTAAAC TAGGAGAGAC TTTTCTGCAC ATCTATCAAT ACGTGCCCAA GGAGCAGCGG 
CTGCAGGCGG TGCAGGCAGC AATCATGCTC ATGGCCGACG AGAACAGGGA GGTTCTGCAG 
ACTCTGCTCT GCTTCCTCAG CGACGTCACC TCCGTGGAGG AAAATCAGAT GACTCCCATG 
AACATCGCTG TTTGTCTGGC CCCTTCCCTC TTCCATCTCA ATATAGTGAA GAAAGAAAGC 
TCACCAAGAG TAATACAGAA AAAATATGCA ACAGGGAAGC CAGATCAGAA GGACCTCAGT 
GAAAACCTGG CAGCTACTCA GGGACTTGCT CACATGATAA TGGAATGCAA CAAACTTTTT 
GAGGTCCCAC ATGAGATGAT CACCCAATCC CGAAACTCCT ATGTCGATGC AGAAGTGCAT 
TCTCCTACCC TGGATGAGCT TGGGAAACAA GTGGATGAGG AAGGAGGGAA CTATCAGATG 
TACCTGGAAA CTCTCATGCA GAATCTCCAG AAAGAAGCAA AAGAGAAATT CAAAGGATGG 
GTCACATGTT CCAGTGTAGA GAACACAGAA CTCGCCTACA AAAAGGTTGG GGATGGGAAC 
CCACTAAGGC TTTGGAAAGC CTCAGTTGAA GTTGAAGCCC CTCCATCAGT TGTCCTGAAC 
CGGGTGCTGA GAGAACGTCA CCTTTGGGAC GAGGATTTCT TGCAGTGGAA GGTGGTTGAG 
AGCCTGGACA AGCAGACGGA AGTTTACCAG TATGTTTTGA ACACCATGGC TCCTCACCCT 
GTCCGAGACT TTGTTGTTCT CAGGACGTGG AGGACGGATT TGCCCAAGGG GATGTGCATG 
CTGGTTGCCA TCTCTGTGGA GCATGAAGAG GCTCCTCTCA TGGGAGCTGT GCGAGCCATC 
GTGATGGACT CCCAGTACTT GATAGAGCCC TGCGGCTCGG GGAAAGCCAG GCTGACCCAC 
ATCTGCAGGA TTGACCTAAA AGGACATTCC CCAGAGTGGT ACAACAAAGG CTTTGGACAT 
CTGTGTGCAG CAGAAGTTGC CAGGATCAGA AACTCATTTC AACCTCTGAT TGCTGAGGGA 
CCAGAAACAA AAATCTGA

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

STARD13 ( XM_030274269.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130129.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OTd25114
Clone ID Related Accession (Same CDS sequence)	XM_030274269.1
Accession Version	XM_030274269.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3465bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCATGGC TTATGAAGAA ACTGGAACGG TTGAACTTAG ATATTGAAGA AGCTCTGAGT 
GCTGGCTCTT CTCCCTCCAG TACTCCTTCT AAAAGGCACA AGCAACTGTG CCCTATTCAA 
GTAGAGACAG GCCTTTATGG AGATTATCAA GAAAAAGGAT CTTGGAAAAA TAGAAGAGGA 
GACTACCAGT ATCTAAATTG TTTACCTTAC CGAGTGTTGA CTGGAGCACG GCCTAAATCT 
GATATGCTGT TTCAGAAGCT GTGCAAGGAA AAAGCAGAAA TTGAAGCAAA GGAAGCGTGT 
GACTGGTTAC GTGCAGCTGG ATTTCCCCAA TATGCTCAAT TCTATGAGGA CTCCCAGTTT 
CCCATTGACA TTGCTGCAGT AAAGAAAGAT CATGATTTTC TTGACAAGGA CCTTGTAGAA 
CCTCTTTGCA GACGACTGAA CACACTGAAC AAGTGCGCCT CAATGAAACT CGATGTGAAC 
TTCCAAAGAA AAAAGAGTGA AGATTCAGAT GAAGAAGATC TCTGTGCTAT CAGTAATAAA 
TGGACTTTTC AAAGAACCAG CAAAAGATGG TCTCGGGTGG ACGACATTGA CACTCTGCTT 
CACCGATCCG ACAGACATGG CTCTTCTGGG GACATTAAAA TGAAAAACAC GACAAGCAGT 
GAGAGCGTCC TTACAGATCT GAGTGAACCT GAGCTCTCAT CAATTCACAG CGAGAGCAGT 
GGGGGCAGTG ACAACAGGAG CCAATCTGGC ACCACCAGCG CTGCCAGGGA GGCCTGTGAC 
TGCTCTGCCC ATCATGATGT GGAAAGCACC CTGGTGCAGG ACTCTGCTGC AATAATCACC 
GCCCCATCCC CCAAGGACGG CCTGAAGAAT GAAAATCCAA CACGAGCCAG AGCAAAAACC 
TTTCTAAAAC GCATGGAGAC ACTAAAAGCA AAAGCTGTGC ATGGAAAACT AAAAGGCTCG 
GGAAGAACAG GTCCTTTAGA GATCAGTGGA CCAGTTCTCC AGTTTGAGCC AAAATCCTTG 
AAAGACATGC ACTGTGTACA GATTGTCAAT GGCGATCTTC AAAATCTGGG GCAAGATTCA 
GTCAAAAGAG GGCTTCCCTT TTCTGCCAAA TCCAGCAGTG ACAGCAGTCA GTCCGAAAAC 
AGCAGCAGTG GAGTGAGCAC GCCATGTCTG AAGGAACACA AGTGCCATGA AGCAAACAAG 
AGAGGTGGGA TGTACCTGGA GGACCTGGAT GTTCTGGCAG GAACGGCCTT ACGGCAAGTG 
GTGGACCAAA ACCGCAAAAA TGAATTTCAT TCCCAGGAGA ACTTGGTTGT GCACATTCCC 
AAGGATCACA AACCGGGGAC CTTCCCAAAG GCACTTTCTA TCGAAAGCCT CTCACCTACA 
GACAATAGTA ACAGTGTAAA CTGGAGGACG GGCAGCATCT CTTTGGGAAA GCAGAACTGC 
TCTACTCCAA AGGAATCTGG ACTGATGGCT TGCTGTCCTA AAGAGAGCAG AATTAGTATT 
TATGACAATG TGCCAGGTTC CCACTTGTAT GCTAGTACTG GGGACCTCCT GGACATAGAG 
AAAGATGTCC TTTTTCCTCA GTTAGATGAC ATTTTGCAAC ATGTCAATGG ACTGCAGGAG 
GTGGTAGATG GCTGGTCAAA GAAGCTGTTG CCAGGTCTGC CGGTTGGTGA CGTGTCGGTC 
AGGGAATCCC CATCATTGCC TTTCCAGTCG CCTACACAGA TCACTCTCGA TTTTGAAGGA 
AACTCTGTGT CCGATGGCCG AACCACCCCA AGTGACATGG ACAGAGATGG AACATCCCTG 
AATGAATCCG AAGCCACTGG TGTTAGGGAC AGGAGGGACT CTGGGGTGGG AGCATCTCTC 
ACAAGGCCAA GCAGGCAATT ACGATGGCAA AGTTTCCAAA TCTCTCATCG CCTGAGCCGC 
TCCATTGCGT CGCTTCACAT CAGCAACCAG TCAGCAGCCC AGCTGAATCT ACTACAAAAA 
TTCTCTCTGC TTCGTCTCAC TGCCATCATG GAAAAGTACT CCATGTCAAA CAAACATGGC 
TGGACCTGGT CTGTGCCAAA GTTCATGAAG AGGATGAAAG TCCCTGACTA CAAGGACAAG 
AACGTCTTTG GTGTGCCCCT GATAGTTCAC GTTCAGAGAA CGGGGCAGCC TCTTCCCCAG 
AGCATACAAC AAGCCCTGCG CTACCTACGG AGCAACTGTC TAGACCAGGT GGGTCTGTTT 
CGGAAATCTG GAGTGAAATC CCGAATCCAG GCCCTGCGTC AGATGAACGA GAGCTCCCCA 
GAAAACGTCA GCTATGAAGA CCAGTCCGCA TACGATGTGG CTGACATGGT CAAGCAATTC 
TTCAGAGACT TGCCAGAACC TCTCCTCACA AGTAAACTAG GAGAGACTTT TCTGCACATC 
TATCAATACG TGCCCAAGGA GCAGCGGCTG CAGGCGGTGC AGGCAGCAAT CATGCTCATG 
GCCGACGAGA ACAGGGAGGT TCTGCAGACT CTGCTCTGCT TCCTCAGCGA CGTCACCTCC 
GTGGAGGAAA ATCAGATGAC TCCCATGAAC ATCGCTGTTT GTCTGGCCCC TTCCCTCTTC 
CATCTCAATA TAGTGAAGAA AGAAAGCTCA CCAAGAGTAA TACAGAAAAA ATATGCAACA 
GGGAAGCCAG ATCAGAAGGA CCTCAGTGAA AACCTGGCAG CTACTCAGGG ACTTGCTCAC 
ATGATAATGG AATGCAACAA ACTTTTTGAG GTCCCACATG AGATGATCAC CCAATCCCGA 
AACTCCTATG TCGATGCAGA AGTGCATTCT CCTACCCTGG ATGAGCTTGG GAAACAAGTG 
GATGAGGAAG GAGGGAACTA TCAGATGTAC CTGGAAACTC TCATGCAGAA TCTCCAGAAA 
GAAGCAAAAG AGAAATTCAA AGGATGGGTC ACATGTTCCA GTGTAGAGAA CACAGAACTC 
GCCTACAAAA AGGTTGGGGA TGGGAACCCA CTAAGGCTTT GGAAAGCCTC AGTTGAAGTT 
GAAGCCCCTC CATCAGTTGT CCTGAACCGG GTGCTGAGAG AACGTCACCT TTGGGACGAG 
GATTTCTTGC AGTGGAAGGT GGTTGAGAGC CTGGACAAGC AGACGGAAGT TTACCAGTAT 
GTTTTGAACA CCATGGCTCC TCACCCTGTC CGAGACTTTG TTGTTCTCAG GACGTGGAGG 
ACGGATTTGC CCAAGGGGAT GTGCATGCTG GTTGCCATCT CTGTGGAGCA TGAAGAGGCT 
CCTCTCATGG GAGCTGTGCG AGCCATCGTG ATGGACTCCC AGTACTTGAT AGAGCCCTGC 
GGCTCGGGGA AAGCCAGGCT GACCCACATC TGCAGGATTG ACCTAAAAGG ACATTCCCCA 
GAGTGGTACA ACAAAGGCTT TGGACATCTG TGTGCAGCAG AAGTTGCCAG GATCAGAAAC 
TCATTTCAAC CTCTGATTGC TGAGGGACCA GAAACAAAAA TCTGA

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

RefSeq	XP_030130129.1
CDS	250..3714
Translation	MSWLMKKLERLNLDIEEALSAGSSPSSTPSKRHKQLCPIQVETGLYGDYQEKGSWKNRRGDYQYLNCLPYRVLTGARPKSDMLFQKLCKEKAEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_030274269.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X3, mRNA.

Target ORF information:

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

XM_030274269.1

ORF Insert Sequence:

ATGTCATGGC TTATGAAGAA ACTGGAACGG TTGAACTTAG ATATTGAAGA AGCTCTGAGT 
GCTGGCTCTT CTCCCTCCAG TACTCCTTCT AAAAGGCACA AGCAACTGTG CCCTATTCAA 
GTAGAGACAG GCCTTTATGG AGATTATCAA GAAAAAGGAT CTTGGAAAAA TAGAAGAGGA 
GACTACCAGT ATCTAAATTG TTTACCTTAC CGAGTGTTGA CTGGAGCACG GCCTAAATCT 
GATATGCTGT TTCAGAAGCT GTGCAAGGAA AAAGCAGAAA TTGAAGCAAA GGAAGCGTGT 
GACTGGTTAC GTGCAGCTGG ATTTCCCCAA TATGCTCAAT TCTATGAGGA CTCCCAGTTT 
CCCATTGACA TTGCTGCAGT AAAGAAAGAT CATGATTTTC TTGACAAGGA CCTTGTAGAA 
CCTCTTTGCA GACGACTGAA CACACTGAAC AAGTGCGCCT CAATGAAACT CGATGTGAAC 
TTCCAAAGAA AAAAGAGTGA AGATTCAGAT GAAGAAGATC TCTGTGCTAT CAGTAATAAA 
TGGACTTTTC AAAGAACCAG CAAAAGATGG TCTCGGGTGG ACGACATTGA CACTCTGCTT 
CACCGATCCG ACAGACATGG CTCTTCTGGG GACATTAAAA TGAAAAACAC GACAAGCAGT 
GAGAGCGTCC TTACAGATCT GAGTGAACCT GAGCTCTCAT CAATTCACAG CGAGAGCAGT 
GGGGGCAGTG ACAACAGGAG CCAATCTGGC ACCACCAGCG CTGCCAGGGA GGCCTGTGAC 
TGCTCTGCCC ATCATGATGT GGAAAGCACC CTGGTGCAGG ACTCTGCTGC AATAATCACC 
GCCCCATCCC CCAAGGACGG CCTGAAGAAT GAAAATCCAA CACGAGCCAG AGCAAAAACC 
TTTCTAAAAC GCATGGAGAC ACTAAAAGCA AAAGCTGTGC ATGGAAAACT AAAAGGCTCG 
GGAAGAACAG GTCCTTTAGA GATCAGTGGA CCAGTTCTCC AGTTTGAGCC AAAATCCTTG 
AAAGACATGC ACTGTGTACA GATTGTCAAT GGCGATCTTC AAAATCTGGG GCAAGATTCA 
GTCAAAAGAG GGCTTCCCTT TTCTGCCAAA TCCAGCAGTG ACAGCAGTCA GTCCGAAAAC 
AGCAGCAGTG GAGTGAGCAC GCCATGTCTG AAGGAACACA AGTGCCATGA AGCAAACAAG 
AGAGGTGGGA TGTACCTGGA GGACCTGGAT GTTCTGGCAG GAACGGCCTT ACGGCAAGTG 
GTGGACCAAA ACCGCAAAAA TGAATTTCAT TCCCAGGAGA ACTTGGTTGT GCACATTCCC 
AAGGATCACA AACCGGGGAC CTTCCCAAAG GCACTTTCTA TCGAAAGCCT CTCACCTACA 
GACAATAGTA ACAGTGTAAA CTGGAGGACG GGCAGCATCT CTTTGGGAAA GCAGAACTGC 
TCTACTCCAA AGGAATCTGG ACTGATGGCT TGCTGTCCTA AAGAGAGCAG AATTAGTATT 
TATGACAATG TGCCAGGTTC CCACTTGTAT GCTAGTACTG GGGACCTCCT GGACATAGAG 
AAAGATGTCC TTTTTCCTCA GTTAGATGAC ATTTTGCAAC ATGTCAATGG ACTGCAGGAG 
GTGGTAGATG GCTGGTCAAA GAAGCTGTTG CCAGGTCTGC CGGTTGGTGA CGTGTCGGTC 
AGGGAATCCC CATCATTGCC TTTCCAGTCG CCTACACAGA TCACTCTCGA TTTTGAAGGA 
AACTCTGTGT CCGATGGCCG AACCACCCCA AGTGACATGG ACAGAGATGG AACATCCCTG 
AATGAATCCG AAGCCACTGG TGTTAGGGAC AGGAGGGACT CTGGGGTGGG AGCATCTCTC 
ACAAGGCCAA GCAGGCAATT ACGATGGCAA AGTTTCCAAA TCTCTCATCG CCTGAGCCGC 
TCCATTGCGT CGCTTCACAT CAGCAACCAG TCAGCAGCCC AGCTGAATCT ACTACAAAAA 
TTCTCTCTGC TTCGTCTCAC TGCCATCATG GAAAAGTACT CCATGTCAAA CAAACATGGC 
TGGACCTGGT CTGTGCCAAA GTTCATGAAG AGGATGAAAG TCCCTGACTA CAAGGACAAG 
AACGTCTTTG GTGTGCCCCT GATAGTTCAC GTTCAGAGAA CGGGGCAGCC TCTTCCCCAG 
AGCATACAAC AAGCCCTGCG CTACCTACGG AGCAACTGTC TAGACCAGGT GGGTCTGTTT 
CGGAAATCTG GAGTGAAATC CCGAATCCAG GCCCTGCGTC AGATGAACGA GAGCTCCCCA 
GAAAACGTCA GCTATGAAGA CCAGTCCGCA TACGATGTGG CTGACATGGT CAAGCAATTC 
TTCAGAGACT TGCCAGAACC TCTCCTCACA AGTAAACTAG GAGAGACTTT TCTGCACATC 
TATCAATACG TGCCCAAGGA GCAGCGGCTG CAGGCGGTGC AGGCAGCAAT CATGCTCATG 
GCCGACGAGA ACAGGGAGGT TCTGCAGACT CTGCTCTGCT TCCTCAGCGA CGTCACCTCC 
GTGGAGGAAA ATCAGATGAC TCCCATGAAC ATCGCTGTTT GTCTGGCCCC TTCCCTCTTC 
CATCTCAATA TAGTGAAGAA AGAAAGCTCA CCAAGAGTAA TACAGAAAAA ATATGCAACA 
GGGAAGCCAG ATCAGAAGGA CCTCAGTGAA AACCTGGCAG CTACTCAGGG ACTTGCTCAC 
ATGATAATGG AATGCAACAA ACTTTTTGAG GTCCCACATG AGATGATCAC CCAATCCCGA 
AACTCCTATG TCGATGCAGA AGTGCATTCT CCTACCCTGG ATGAGCTTGG GAAACAAGTG 
GATGAGGAAG GAGGGAACTA TCAGATGTAC CTGGAAACTC TCATGCAGAA TCTCCAGAAA 
GAAGCAAAAG AGAAATTCAA AGGATGGGTC ACATGTTCCA GTGTAGAGAA CACAGAACTC 
GCCTACAAAA AGGTTGGGGA TGGGAACCCA CTAAGGCTTT GGAAAGCCTC AGTTGAAGTT 
GAAGCCCCTC CATCAGTTGT CCTGAACCGG GTGCTGAGAG AACGTCACCT TTGGGACGAG 
GATTTCTTGC AGTGGAAGGT GGTTGAGAGC CTGGACAAGC AGACGGAAGT TTACCAGTAT 
GTTTTGAACA CCATGGCTCC TCACCCTGTC CGAGACTTTG TTGTTCTCAG GACGTGGAGG 
ACGGATTTGC CCAAGGGGAT GTGCATGCTG GTTGCCATCT CTGTGGAGCA TGAAGAGGCT 
CCTCTCATGG GAGCTGTGCG AGCCATCGTG ATGGACTCCC AGTACTTGAT AGAGCCCTGC 
GGCTCGGGGA AAGCCAGGCT GACCCACATC TGCAGGATTG ACCTAAAAGG ACATTCCCCA 
GAGTGGTACA ACAAAGGCTT TGGACATCTG TGTGCAGCAG AAGTTGCCAG GATCAGAAAC 
TCATTTCAAC CTCTGATTGC TGAGGGACCA GAAACAAAAA TCTGA

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

STARD13 ( XM_002195719.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002195755.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd25115
Clone ID Related Accession (Same CDS sequence)	XM_002195719.3
Accession Version	XM_002195719.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3357bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_002195719.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGAAGC AGGTGCCCCG GGCCGCGGGC ACCGCCTGTT TCTACCTGAA CGCGGTGTCC 
CCCGAGGGCC AGGAGCTCTT CTGGCGCTGC GATCCGCCCG CCCGGCGCCC TCCCTACAGG 
ACCAGCAGGA TTCTCGCCCG GCACCAGCTG GTGACGAAAA TTCAGCAAGA AATTGAAGCA 
AAGGAAGCGT GTGACTGGTT ACGTGCAGCT GGATTTCCCC AATATGCTCA ATTCTATGAG 
GACTCCCAGT TTCCCATTGA CATTGCTGCA GTAAAGAAAG ATCATGATTT TCTTGACAAG 
GACCTTGTAG AACCTCTTTG CAGACGACTG AACACACTGA ACAAGTGCGC CTCAATGAAA 
CTCGATGTGA ACTTCCAAAG AAAAAAGAGT GAAGATTCAG ATGAAGAAGA TCTCTGTGCT 
ATCAGTAATA AATGGACTTT TCAAAGAACC AGCAAAAGAT GGTCTCGGGT GGACGACATT 
GACACTCTGC TTCACCGATC CGACAGACAT GGCTCTTCTG GGGACATTAA AATGAAAAAC 
ACGACAAGCA GTGAGAGCGT CCTTACAGAT CTGAGTGAAC CTGAGCTCTC ATCAATTCAC 
AGCGAGAGCA GTGGGGGCAG TGACAACAGG AGCCAATCTG GCACCACCAG CGCTGCCAGG 
GAGGCCTGTG ACTGCTCTGC CCATCATGAT GTGGAAAGCA CCCTGGTGCA GGACTCTGCT 
GCAATAATCA CCGCCCCATC CCCCAAGGAC GGCCTGAAGA ATGAAAATCC AACACGAGCC 
AGAGCAAAAA CCTTTCTAAA ACGCATGGAG ACACTAAAAG CAAAAGCTGT GCATGGAAAA 
CTAAAAGGCT CGGGAAGAAC AGGTCCTTTA GAGATCAGTG GACCAGTTCT CCAGTTTGAG 
CCAAAATCCT TGAAAGACAT GCACTGTGTA CAGATTGTCA ATGGCGATCT TCAAAATCTG 
GGGCAAGATT CAGTCAAAAG AGGGCTTCCC TTTTCTGCCA AATCCAGCAG TGACAGCAGT 
CAGTCCGAAA ACAGCAGCAG TGGAGTGAGC ACGCCATGTC TGAAGGAACA CAAGTGCCAT 
GAAGCAAACA AGAGAGGTGG GATGTACCTG GAGGACCTGG ATGTTCTGGC AGGAACGGCC 
TTACGGCAAG TGGTGGACCA AAACCGCAAA AATGAATTTC ATTCCCAGGA GAACTTGGTT 
GTGCACATTC CCAAGGATCA CAAACCGGGG ACCTTCCCAA AGGCACTTTC TATCGAAAGC 
CTCTCACCTA CAGACAATAG TAACAGTGTA AACTGGAGGA CGGGCAGCAT CTCTTTGGGA 
AAGCAGAACT GCTCTACTCC AAAGGAATCT GGACTGATGG CTTGCTGTCC TAAAGAGAGC 
AGAATTAGTA TTTATGACAA TGTGCCAGGT TCCCACTTGT ATGCTAGTAC TGGGGACCTC 
CTGGACATAG AGAAAGATGT CCTTTTTCCT CAGTTAGATG ACATTTTGCA ACATGTCAAT 
GGACTGCAGG AGGTGGTAGA TGGCTGGTCA AAGAAGCTGT TGCCAGGTCT GCCGGTTGGT 
GACGTGTCGG TCAGGGAATC CCCATCATTG CCTTTCCAGT CGCCTACACA GATCACTCTC 
GATTTTGAAG GAAACTCTGT GTCCGATGGC CGAACCACCC CAAGTGACAT GGACAGAGAT 
GGAACATCCC TGAATGAATC CGAAGCCACT GGTGTTAGGG ACAGGAGGGA CTCTGGGGTG 
GGAGCATCTC TCACAAGGCC AAGCAGGCAA TTACGATGGC AAAGTTTCCA AATCTCTCAT 
CGCCTGAGCC GCTCCATTGC GTCGCTTCAC ATCAGCAACC AGTCAGCAGC CCAGCTGAAT 
CTACTACAAA AATTCTCTCT GCTTCGTCTC ACTGCCATCA TGGAAAAGTA CTCCATGTCA 
AACAAACATG GCTGGACCTG GTCTGTGCCA AAGTTCATGA AGAGGATGAA AGTCCCTGAC 
TACAAGGACA AGAACGTCTT TGGTGTGCCC CTGATAGTTC ACGTTCAGAG AACGGGGCAG 
CCTCTTCCCC AGAGCATACA ACAAGCCCTG CGCTACCTAC GGAGCAACTG TCTAGACCAG 
GTGGGTCTGT TTCGGAAATC TGGAGTGAAA TCCCGAATCC AGGCCCTGCG TCAGATGAAC 
GAGAGCTCCC CAGAAAACGT CAGCTATGAA GACCAGTCCG CATACGATGT GGCTGACATG 
GTCAAGCAAT TCTTCAGAGA CTTGCCAGAA CCTCTCCTCA CAAGTAAACT AGGAGAGACT 
TTTCTGCACA TCTATCAATA CGTGCCCAAG GAGCAGCGGC TGCAGGCGGT GCAGGCAGCA 
ATCATGCTCA TGGCCGACGA GAACAGGGAG GTTCTGCAGA CTCTGCTCTG CTTCCTCAGC 
GACGTCACCT CCGTGGAGGA AAATCAGATG ACTCCCATGA ACATCGCTGT TTGTCTGGCC 
CCTTCCCTCT TCCATCTCAA TATAGTGAAG AAAGAAAGCT CACCAAGAGT AATACAGAAA 
AAATATGCAA CAGGGAAGCC AGATCAGAAG GACCTCAGTG AAAACCTGGC AGCTACTCAG 
GGACTTGCTC ACATGATAAT GGAATGCAAC AAACTTTTTG AGGTCCCACA TGAGATGATC 
ACCCAATCCC GAAACTCCTA TGTCGATGCA GAAGTGCATT CTCCTACCCT GGATGAGCTT 
GGGAAACAAG TGGATGAGGA AGGAGGGAAC TATCAGATGT ACCTGGAAAC TCTCATGCAG 
AATCTCCAGA AAGAAGCAAA AGAGAAATTC AAAGGATGGG TCACATGTTC CAGTGTAGAG 
AACACAGAAC TCGCCTACAA AAAGGTTGGG GATGGGAACC CACTAAGGCT TTGGAAAGCC 
TCAGTTGAAG TTGAAGCCCC TCCATCAGTT GTCCTGAACC GGGTGCTGAG AGAACGTCAC 
CTTTGGGACG AGGATTTCTT GCAGTGGAAG GTGGTTGAGA GCCTGGACAA GCAGACGGAA 
GTTTACCAGT ATGTTTTGAA CACCATGGCT CCTCACCCTG TCCGAGACTT TGTTGTTCTC 
AGGACGTGGA GGACGGATTT GCCCAAGGGG ATGTGCATGC TGGTTGCCAT CTCTGTGGAG 
CATGAAGAGG CTCCTCTCAT GGGAGCTGTG CGAGCCATCG TGATGGACTC CCAGTACTTG 
ATAGAGCCCT GCGGCTCGGG GAAAGCCAGG CTGACCCACA TCTGCAGGAT TGACCTAAAA 
GGACATTCCC CAGAGTGGTA CAACAAAGGC TTTGGACATC TGTGTGCAGC AGAAGTTGCC 
AGGATCAGAA ACTCATTTCA ACCTCTGATT GCTGAGGGAC CAGAAACAAA AATCTGA

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

RefSeq	XP_002195755.1
CDS	181..3537
Translation	MLKQVPRAAGTACFYLNAVSPEGQELFWRCDPPARRPPYRTSRILARHQLVTKIQQEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_002195719.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X4, mRNA.

Target ORF information:

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

XM_002195719.3

ORF Insert Sequence:

ATGCTGAAGC AGGTGCCCCG GGCCGCGGGC ACCGCCTGTT TCTACCTGAA CGCGGTGTCC 
CCCGAGGGCC AGGAGCTCTT CTGGCGCTGC GATCCGCCCG CCCGGCGCCC TCCCTACAGG 
ACCAGCAGGA TTCTCGCCCG GCACCAGCTG GTGACGAAAA TTCAGCAAGA AATTGAAGCA 
AAGGAAGCGT GTGACTGGTT ACGTGCAGCT GGATTTCCCC AATATGCTCA ATTCTATGAG 
GACTCCCAGT TTCCCATTGA CATTGCTGCA GTAAAGAAAG ATCATGATTT TCTTGACAAG 
GACCTTGTAG AACCTCTTTG CAGACGACTG AACACACTGA ACAAGTGCGC CTCAATGAAA 
CTCGATGTGA ACTTCCAAAG AAAAAAGAGT GAAGATTCAG ATGAAGAAGA TCTCTGTGCT 
ATCAGTAATA AATGGACTTT TCAAAGAACC AGCAAAAGAT GGTCTCGGGT GGACGACATT 
GACACTCTGC TTCACCGATC CGACAGACAT GGCTCTTCTG GGGACATTAA AATGAAAAAC 
ACGACAAGCA GTGAGAGCGT CCTTACAGAT CTGAGTGAAC CTGAGCTCTC ATCAATTCAC 
AGCGAGAGCA GTGGGGGCAG TGACAACAGG AGCCAATCTG GCACCACCAG CGCTGCCAGG 
GAGGCCTGTG ACTGCTCTGC CCATCATGAT GTGGAAAGCA CCCTGGTGCA GGACTCTGCT 
GCAATAATCA CCGCCCCATC CCCCAAGGAC GGCCTGAAGA ATGAAAATCC AACACGAGCC 
AGAGCAAAAA CCTTTCTAAA ACGCATGGAG ACACTAAAAG CAAAAGCTGT GCATGGAAAA 
CTAAAAGGCT CGGGAAGAAC AGGTCCTTTA GAGATCAGTG GACCAGTTCT CCAGTTTGAG 
CCAAAATCCT TGAAAGACAT GCACTGTGTA CAGATTGTCA ATGGCGATCT TCAAAATCTG 
GGGCAAGATT CAGTCAAAAG AGGGCTTCCC TTTTCTGCCA AATCCAGCAG TGACAGCAGT 
CAGTCCGAAA ACAGCAGCAG TGGAGTGAGC ACGCCATGTC TGAAGGAACA CAAGTGCCAT 
GAAGCAAACA AGAGAGGTGG GATGTACCTG GAGGACCTGG ATGTTCTGGC AGGAACGGCC 
TTACGGCAAG TGGTGGACCA AAACCGCAAA AATGAATTTC ATTCCCAGGA GAACTTGGTT 
GTGCACATTC CCAAGGATCA CAAACCGGGG ACCTTCCCAA AGGCACTTTC TATCGAAAGC 
CTCTCACCTA CAGACAATAG TAACAGTGTA AACTGGAGGA CGGGCAGCAT CTCTTTGGGA 
AAGCAGAACT GCTCTACTCC AAAGGAATCT GGACTGATGG CTTGCTGTCC TAAAGAGAGC 
AGAATTAGTA TTTATGACAA TGTGCCAGGT TCCCACTTGT ATGCTAGTAC TGGGGACCTC 
CTGGACATAG AGAAAGATGT CCTTTTTCCT CAGTTAGATG ACATTTTGCA ACATGTCAAT 
GGACTGCAGG AGGTGGTAGA TGGCTGGTCA AAGAAGCTGT TGCCAGGTCT GCCGGTTGGT 
GACGTGTCGG TCAGGGAATC CCCATCATTG CCTTTCCAGT CGCCTACACA GATCACTCTC 
GATTTTGAAG GAAACTCTGT GTCCGATGGC CGAACCACCC CAAGTGACAT GGACAGAGAT 
GGAACATCCC TGAATGAATC CGAAGCCACT GGTGTTAGGG ACAGGAGGGA CTCTGGGGTG 
GGAGCATCTC TCACAAGGCC AAGCAGGCAA TTACGATGGC AAAGTTTCCA AATCTCTCAT 
CGCCTGAGCC GCTCCATTGC GTCGCTTCAC ATCAGCAACC AGTCAGCAGC CCAGCTGAAT 
CTACTACAAA AATTCTCTCT GCTTCGTCTC ACTGCCATCA TGGAAAAGTA CTCCATGTCA 
AACAAACATG GCTGGACCTG GTCTGTGCCA AAGTTCATGA AGAGGATGAA AGTCCCTGAC 
TACAAGGACA AGAACGTCTT TGGTGTGCCC CTGATAGTTC ACGTTCAGAG AACGGGGCAG 
CCTCTTCCCC AGAGCATACA ACAAGCCCTG CGCTACCTAC GGAGCAACTG TCTAGACCAG 
GTGGGTCTGT TTCGGAAATC TGGAGTGAAA TCCCGAATCC AGGCCCTGCG TCAGATGAAC 
GAGAGCTCCC CAGAAAACGT CAGCTATGAA GACCAGTCCG CATACGATGT GGCTGACATG 
GTCAAGCAAT TCTTCAGAGA CTTGCCAGAA CCTCTCCTCA CAAGTAAACT AGGAGAGACT 
TTTCTGCACA TCTATCAATA CGTGCCCAAG GAGCAGCGGC TGCAGGCGGT GCAGGCAGCA 
ATCATGCTCA TGGCCGACGA GAACAGGGAG GTTCTGCAGA CTCTGCTCTG CTTCCTCAGC 
GACGTCACCT CCGTGGAGGA AAATCAGATG ACTCCCATGA ACATCGCTGT TTGTCTGGCC 
CCTTCCCTCT TCCATCTCAA TATAGTGAAG AAAGAAAGCT CACCAAGAGT AATACAGAAA 
AAATATGCAA CAGGGAAGCC AGATCAGAAG GACCTCAGTG AAAACCTGGC AGCTACTCAG 
GGACTTGCTC ACATGATAAT GGAATGCAAC AAACTTTTTG AGGTCCCACA TGAGATGATC 
ACCCAATCCC GAAACTCCTA TGTCGATGCA GAAGTGCATT CTCCTACCCT GGATGAGCTT 
GGGAAACAAG TGGATGAGGA AGGAGGGAAC TATCAGATGT ACCTGGAAAC TCTCATGCAG 
AATCTCCAGA AAGAAGCAAA AGAGAAATTC AAAGGATGGG TCACATGTTC CAGTGTAGAG 
AACACAGAAC TCGCCTACAA AAAGGTTGGG GATGGGAACC CACTAAGGCT TTGGAAAGCC 
TCAGTTGAAG TTGAAGCCCC TCCATCAGTT GTCCTGAACC GGGTGCTGAG AGAACGTCAC 
CTTTGGGACG AGGATTTCTT GCAGTGGAAG GTGGTTGAGA GCCTGGACAA GCAGACGGAA 
GTTTACCAGT ATGTTTTGAA CACCATGGCT CCTCACCCTG TCCGAGACTT TGTTGTTCTC 
AGGACGTGGA GGACGGATTT GCCCAAGGGG ATGTGCATGC TGGTTGCCAT CTCTGTGGAG 
CATGAAGAGG CTCCTCTCAT GGGAGCTGTG CGAGCCATCG TGATGGACTC CCAGTACTTG 
ATAGAGCCCT GCGGCTCGGG GAAAGCCAGG CTGACCCACA TCTGCAGGAT TGACCTAAAA 
GGACATTCCC CAGAGTGGTA CAACAAAGGC TTTGGACATC TGTGTGCAGC AGAAGTTGCC 
AGGATCAGAA ACTCATTTCA ACCTCTGATT GCTGAGGGAC CAGAAACAAA AATCTGA

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

STARD13 ( XM_030274289.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130149.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OTd25116
Clone ID Related Accession (Same CDS sequence)	XM_030274289.1
Accession Version	XM_030274289.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3312bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCAGCC AGCGCCGCCC GGCCAAGGCG CAGCTCCGGA GGTCGCTGAG CGAGCAGCTG 
CGGGACTCCA CCGCCAAAGC CTGGGACTTG CTGTGGAGGA ATGTCCGGGA GCGGCGGCTC 
GCAGAAATTG AAGCAAAGGA AGCGTGTGAC TGGTTACGTG CAGCTGGATT TCCCCAATAT 
GCTCAATTCT ATGAGGACTC CCAGTTTCCC ATTGACATTG CTGCAGTAAA GAAAGATCAT 
GATTTTCTTG ACAAGGACCT TGTAGAACCT CTTTGCAGAC GACTGAACAC ACTGAACAAG 
TGCGCCTCAA TGAAACTCGA TGTGAACTTC CAAAGAAAAA AGAGTGAAGA TTCAGATGAA 
GAAGATCTCT GTGCTATCAG TAATAAATGG ACTTTTCAAA GAACCAGCAA AAGATGGTCT 
CGGGTGGACG ACATTGACAC TCTGCTTCAC CGATCCGACA GACATGGCTC TTCTGGGGAC 
ATTAAAATGA AAAACACGAC AAGCAGTGAG AGCGTCCTTA CAGATCTGAG TGAACCTGAG 
CTCTCATCAA TTCACAGCGA GAGCAGTGGG GGCAGTGACA ACAGGAGCCA ATCTGGCACC 
ACCAGCGCTG CCAGGGAGGC CTGTGACTGC TCTGCCCATC ATGATGTGGA AAGCACCCTG 
GTGCAGGACT CTGCTGCAAT AATCACCGCC CCATCCCCCA AGGACGGCCT GAAGAATGAA 
AATCCAACAC GAGCCAGAGC AAAAACCTTT CTAAAACGCA TGGAGACACT AAAAGCAAAA 
GCTGTGCATG GAAAACTAAA AGGCTCGGGA AGAACAGGTC CTTTAGAGAT CAGTGGACCA 
GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA GACATGCACT GTGTACAGAT TGTCAATGGC 
GATCTTCAAA ATCTGGGGCA AGATTCAGTC AAAAGAGGGC TTCCCTTTTC TGCCAAATCC 
AGCAGTGACA GCAGTCAGTC CGAAAACAGC AGCAGTGGAG TGAGCACGCC ATGTCTGAAG 
GAACACAAGT GCCATGAAGC AAACAAGAGA GGTGGGATGT ACCTGGAGGA CCTGGATGTT 
CTGGCAGGAA CGGCCTTACG GCAAGTGGTG GACCAAAACC GCAAAAATGA ATTTCATTCC 
CAGGAGAACT TGGTTGTGCA CATTCCCAAG GATCACAAAC CGGGGACCTT CCCAAAGGCA 
CTTTCTATCG AAAGCCTCTC ACCTACAGAC AATAGTAACA GTGTAAACTG GAGGACGGGC 
AGCATCTCTT TGGGAAAGCA GAACTGCTCT ACTCCAAAGG AATCTGGACT GATGGCTTGC 
TGTCCTAAAG AGAGCAGAAT TAGTATTTAT GACAATGTGC CAGGTTCCCA CTTGTATGCT 
AGTACTGGGG ACCTCCTGGA CATAGAGAAA GATGTCCTTT TTCCTCAGTT AGATGACATT 
TTGCAACATG TCAATGGACT GCAGGAGGTG GTAGATGGCT GGTCAAAGAA GCTGTTGCCA 
GGTCTGCCGG TTGGTGACGT GTCGGTCAGG GAATCCCCAT CATTGCCTTT CCAGTCGCCT 
ACACAGATCA CTCTCGATTT TGAAGGAAAC TCTGTGTCCG ATGGCCGAAC CACCCCAAGT 
GACATGGACA GAGATGGAAC ATCCCTGAAT GAATCCGAAG CCACTGGTGT TAGGGACAGG 
AGGGACTCTG GGGTGGGAGC ATCTCTCACA AGGCCAAGCA GGCAATTACG ATGGCAAAGT 
TTCCAAATCT CTCATCGCCT GAGCCGCTCC ATTGCGTCGC TTCACATCAG CAACCAGTCA 
GCAGCCCAGC TGAATCTACT ACAAAAATTC TCTCTGCTTC GTCTCACTGC CATCATGGAA 
AAGTACTCCA TGTCAAACAA ACATGGCTGG ACCTGGTCTG TGCCAAAGTT CATGAAGAGG 
ATGAAAGTCC CTGACTACAA GGACAAGAAC GTCTTTGGTG TGCCCCTGAT AGTTCACGTT 
CAGAGAACGG GGCAGCCTCT TCCCCAGAGC ATACAACAAG CCCTGCGCTA CCTACGGAGC 
AACTGTCTAG ACCAGGTGGG TCTGTTTCGG AAATCTGGAG TGAAATCCCG AATCCAGGCC 
CTGCGTCAGA TGAACGAGAG CTCCCCAGAA AACGTCAGCT ATGAAGACCA GTCCGCATAC 
GATGTGGCTG ACATGGTCAA GCAATTCTTC AGAGACTTGC CAGAACCTCT CCTCACAAGT 
AAACTAGGAG AGACTTTTCT GCACATCTAT CAATACGTGC CCAAGGAGCA GCGGCTGCAG 
GCGGTGCAGG CAGCAATCAT GCTCATGGCC GACGAGAACA GGGAGGTTCT GCAGACTCTG 
CTCTGCTTCC TCAGCGACGT CACCTCCGTG GAGGAAAATC AGATGACTCC CATGAACATC 
GCTGTTTGTC TGGCCCCTTC CCTCTTCCAT CTCAATATAG TGAAGAAAGA AAGCTCACCA 
AGAGTAATAC AGAAAAAATA TGCAACAGGG AAGCCAGATC AGAAGGACCT CAGTGAAAAC 
CTGGCAGCTA CTCAGGGACT TGCTCACATG ATAATGGAAT GCAACAAACT TTTTGAGGTC 
CCACATGAGA TGATCACCCA ATCCCGAAAC TCCTATGTCG ATGCAGAAGT GCATTCTCCT 
ACCCTGGATG AGCTTGGGAA ACAAGTGGAT GAGGAAGGAG GGAACTATCA GATGTACCTG 
GAAACTCTCA TGCAGAATCT CCAGAAAGAA GCAAAAGAGA AATTCAAAGG ATGGGTCACA 
TGTTCCAGTG TAGAGAACAC AGAACTCGCC TACAAAAAGG TTGGGGATGG GAACCCACTA 
AGGCTTTGGA AAGCCTCAGT TGAAGTTGAA GCCCCTCCAT CAGTTGTCCT GAACCGGGTG 
CTGAGAGAAC GTCACCTTTG GGACGAGGAT TTCTTGCAGT GGAAGGTGGT TGAGAGCCTG 
GACAAGCAGA CGGAAGTTTA CCAGTATGTT TTGAACACCA TGGCTCCTCA CCCTGTCCGA 
GACTTTGTTG TTCTCAGGAC GTGGAGGACG GATTTGCCCA AGGGGATGTG CATGCTGGTT 
GCCATCTCTG TGGAGCATGA AGAGGCTCCT CTCATGGGAG CTGTGCGAGC CATCGTGATG 
GACTCCCAGT ACTTGATAGA GCCCTGCGGC TCGGGGAAAG CCAGGCTGAC CCACATCTGC 
AGGATTGACC TAAAAGGACA TTCCCCAGAG TGGTACAACA AAGGCTTTGG ACATCTGTGT 
GCAGCAGAAG TTGCCAGGAT CAGAAACTCA TTTCAACCTC TGATTGCTGA GGGACCAGAA 
ACAAAAATCT GA

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

RefSeq	XP_030130149.1
CDS	152..3463
Translation	MSSQRRPAKAQLRRSLSEQLRDSTAKAWDLLWRNVRERRLAEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_030274289.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X5, mRNA.

Target ORF information:

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

XM_030274289.1

ORF Insert Sequence:

ATGAGCAGCC AGCGCCGCCC GGCCAAGGCG CAGCTCCGGA GGTCGCTGAG CGAGCAGCTG 
CGGGACTCCA CCGCCAAAGC CTGGGACTTG CTGTGGAGGA ATGTCCGGGA GCGGCGGCTC 
GCAGAAATTG AAGCAAAGGA AGCGTGTGAC TGGTTACGTG CAGCTGGATT TCCCCAATAT 
GCTCAATTCT ATGAGGACTC CCAGTTTCCC ATTGACATTG CTGCAGTAAA GAAAGATCAT 
GATTTTCTTG ACAAGGACCT TGTAGAACCT CTTTGCAGAC GACTGAACAC ACTGAACAAG 
TGCGCCTCAA TGAAACTCGA TGTGAACTTC CAAAGAAAAA AGAGTGAAGA TTCAGATGAA 
GAAGATCTCT GTGCTATCAG TAATAAATGG ACTTTTCAAA GAACCAGCAA AAGATGGTCT 
CGGGTGGACG ACATTGACAC TCTGCTTCAC CGATCCGACA GACATGGCTC TTCTGGGGAC 
ATTAAAATGA AAAACACGAC AAGCAGTGAG AGCGTCCTTA CAGATCTGAG TGAACCTGAG 
CTCTCATCAA TTCACAGCGA GAGCAGTGGG GGCAGTGACA ACAGGAGCCA ATCTGGCACC 
ACCAGCGCTG CCAGGGAGGC CTGTGACTGC TCTGCCCATC ATGATGTGGA AAGCACCCTG 
GTGCAGGACT CTGCTGCAAT AATCACCGCC CCATCCCCCA AGGACGGCCT GAAGAATGAA 
AATCCAACAC GAGCCAGAGC AAAAACCTTT CTAAAACGCA TGGAGACACT AAAAGCAAAA 
GCTGTGCATG GAAAACTAAA AGGCTCGGGA AGAACAGGTC CTTTAGAGAT CAGTGGACCA 
GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA GACATGCACT GTGTACAGAT TGTCAATGGC 
GATCTTCAAA ATCTGGGGCA AGATTCAGTC AAAAGAGGGC TTCCCTTTTC TGCCAAATCC 
AGCAGTGACA GCAGTCAGTC CGAAAACAGC AGCAGTGGAG TGAGCACGCC ATGTCTGAAG 
GAACACAAGT GCCATGAAGC AAACAAGAGA GGTGGGATGT ACCTGGAGGA CCTGGATGTT 
CTGGCAGGAA CGGCCTTACG GCAAGTGGTG GACCAAAACC GCAAAAATGA ATTTCATTCC 
CAGGAGAACT TGGTTGTGCA CATTCCCAAG GATCACAAAC CGGGGACCTT CCCAAAGGCA 
CTTTCTATCG AAAGCCTCTC ACCTACAGAC AATAGTAACA GTGTAAACTG GAGGACGGGC 
AGCATCTCTT TGGGAAAGCA GAACTGCTCT ACTCCAAAGG AATCTGGACT GATGGCTTGC 
TGTCCTAAAG AGAGCAGAAT TAGTATTTAT GACAATGTGC CAGGTTCCCA CTTGTATGCT 
AGTACTGGGG ACCTCCTGGA CATAGAGAAA GATGTCCTTT TTCCTCAGTT AGATGACATT 
TTGCAACATG TCAATGGACT GCAGGAGGTG GTAGATGGCT GGTCAAAGAA GCTGTTGCCA 
GGTCTGCCGG TTGGTGACGT GTCGGTCAGG GAATCCCCAT CATTGCCTTT CCAGTCGCCT 
ACACAGATCA CTCTCGATTT TGAAGGAAAC TCTGTGTCCG ATGGCCGAAC CACCCCAAGT 
GACATGGACA GAGATGGAAC ATCCCTGAAT GAATCCGAAG CCACTGGTGT TAGGGACAGG 
AGGGACTCTG GGGTGGGAGC ATCTCTCACA AGGCCAAGCA GGCAATTACG ATGGCAAAGT 
TTCCAAATCT CTCATCGCCT GAGCCGCTCC ATTGCGTCGC TTCACATCAG CAACCAGTCA 
GCAGCCCAGC TGAATCTACT ACAAAAATTC TCTCTGCTTC GTCTCACTGC CATCATGGAA 
AAGTACTCCA TGTCAAACAA ACATGGCTGG ACCTGGTCTG TGCCAAAGTT CATGAAGAGG 
ATGAAAGTCC CTGACTACAA GGACAAGAAC GTCTTTGGTG TGCCCCTGAT AGTTCACGTT 
CAGAGAACGG GGCAGCCTCT TCCCCAGAGC ATACAACAAG CCCTGCGCTA CCTACGGAGC 
AACTGTCTAG ACCAGGTGGG TCTGTTTCGG AAATCTGGAG TGAAATCCCG AATCCAGGCC 
CTGCGTCAGA TGAACGAGAG CTCCCCAGAA AACGTCAGCT ATGAAGACCA GTCCGCATAC 
GATGTGGCTG ACATGGTCAA GCAATTCTTC AGAGACTTGC CAGAACCTCT CCTCACAAGT 
AAACTAGGAG AGACTTTTCT GCACATCTAT CAATACGTGC CCAAGGAGCA GCGGCTGCAG 
GCGGTGCAGG CAGCAATCAT GCTCATGGCC GACGAGAACA GGGAGGTTCT GCAGACTCTG 
CTCTGCTTCC TCAGCGACGT CACCTCCGTG GAGGAAAATC AGATGACTCC CATGAACATC 
GCTGTTTGTC TGGCCCCTTC CCTCTTCCAT CTCAATATAG TGAAGAAAGA AAGCTCACCA 
AGAGTAATAC AGAAAAAATA TGCAACAGGG AAGCCAGATC AGAAGGACCT CAGTGAAAAC 
CTGGCAGCTA CTCAGGGACT TGCTCACATG ATAATGGAAT GCAACAAACT TTTTGAGGTC 
CCACATGAGA TGATCACCCA ATCCCGAAAC TCCTATGTCG ATGCAGAAGT GCATTCTCCT 
ACCCTGGATG AGCTTGGGAA ACAAGTGGAT GAGGAAGGAG GGAACTATCA GATGTACCTG 
GAAACTCTCA TGCAGAATCT CCAGAAAGAA GCAAAAGAGA AATTCAAAGG ATGGGTCACA 
TGTTCCAGTG TAGAGAACAC AGAACTCGCC TACAAAAAGG TTGGGGATGG GAACCCACTA 
AGGCTTTGGA AAGCCTCAGT TGAAGTTGAA GCCCCTCCAT CAGTTGTCCT GAACCGGGTG 
CTGAGAGAAC GTCACCTTTG GGACGAGGAT TTCTTGCAGT GGAAGGTGGT TGAGAGCCTG 
GACAAGCAGA CGGAAGTTTA CCAGTATGTT TTGAACACCA TGGCTCCTCA CCCTGTCCGA 
GACTTTGTTG TTCTCAGGAC GTGGAGGACG GATTTGCCCA AGGGGATGTG CATGCTGGTT 
GCCATCTCTG TGGAGCATGA AGAGGCTCCT CTCATGGGAG CTGTGCGAGC CATCGTGATG 
GACTCCCAGT ACTTGATAGA GCCCTGCGGC TCGGGGAAAG CCAGGCTGAC CCACATCTGC 
AGGATTGACC TAAAAGGACA TTCCCCAGAG TGGTACAACA AAGGCTTTGG ACATCTGTGT 
GCAGCAGAAG TTGCCAGGAT CAGAAACTCA TTTCAACCTC TGATTGCTGA GGGACCAGAA 
ACAAAAATCT GA

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

STARD13 ( XM_030274297.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130157.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OTd25117
Clone ID Related Accession (Same CDS sequence)	XM_030274297.1
Accession Version	XM_030274297.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3198bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCATCC AAATTGAAGC AAAGGAAGCG TGTGACTGGT TACGTGCAGC TGGATTTCCC 
CAATATGCTC AATTCTATGA GGACTCCCAG TTTCCCATTG ACATTGCTGC AGTAAAGAAA 
GATCATGATT TTCTTGACAA GGACCTTGTA GAACCTCTTT GCAGACGACT GAACACACTG 
AACAAGTGCG CCTCAATGAA ACTCGATGTG AACTTCCAAA GAAAAAAGAG TGAAGATTCA 
GATGAAGAAG ATCTCTGTGC TATCAGTAAT AAATGGACTT TTCAAAGAAC CAGCAAAAGA 
TGGTCTCGGG TGGACGACAT TGACACTCTG CTTCACCGAT CCGACAGACA TGGCTCTTCT 
GGGGACATTA AAATGAAAAA CACGACAAGC AGTGAGAGCG TCCTTACAGA TCTGAGTGAA 
CCTGAGCTCT CATCAATTCA CAGCGAGAGC AGTGGGGGCA GTGACAACAG GAGCCAATCT 
GGCACCACCA GCGCTGCCAG GGAGGCCTGT GACTGCTCTG CCCATCATGA TGTGGAAAGC 
ACCCTGGTGC AGGACTCTGC TGCAATAATC ACCGCCCCAT CCCCCAAGGA CGGCCTGAAG 
AATGAAAATC CAACACGAGC CAGAGCAAAA ACCTTTCTAA AACGCATGGA GACACTAAAA 
GCAAAAGCTG TGCATGGAAA ACTAAAAGGC TCGGGAAGAA CAGGTCCTTT AGAGATCAGT 
GGACCAGTTC TCCAGTTTGA GCCAAAATCC TTGAAAGACA TGCACTGTGT ACAGATTGTC 
AATGGCGATC TTCAAAATCT GGGGCAAGAT TCAGTCAAAA GAGGGCTTCC CTTTTCTGCC 
AAATCCAGCA GTGACAGCAG TCAGTCCGAA AACAGCAGCA GTGGAGTGAG CACGCCATGT 
CTGAAGGAAC ACAAGTGCCA TGAAGCAAAC AAGAGAGGTG GGATGTACCT GGAGGACCTG 
GATGTTCTGG CAGGAACGGC CTTACGGCAA GTGGTGGACC AAAACCGCAA AAATGAATTT 
CATTCCCAGG AGAACTTGGT TGTGCACATT CCCAAGGATC ACAAACCGGG GACCTTCCCA 
AAGGCACTTT CTATCGAAAG CCTCTCACCT ACAGACAATA GTAACAGTGT AAACTGGAGG 
ACGGGCAGCA TCTCTTTGGG AAAGCAGAAC TGCTCTACTC CAAAGGAATC TGGACTGATG 
GCTTGCTGTC CTAAAGAGAG CAGAATTAGT ATTTATGACA ATGTGCCAGG TTCCCACTTG 
TATGCTAGTA CTGGGGACCT CCTGGACATA GAGAAAGATG TCCTTTTTCC TCAGTTAGAT 
GACATTTTGC AACATGTCAA TGGACTGCAG GAGGTGGTAG ATGGCTGGTC AAAGAAGCTG 
TTGCCAGGTC TGCCGGTTGG TGACGTGTCG GTCAGGGAAT CCCCATCATT GCCTTTCCAG 
TCGCCTACAC AGATCACTCT CGATTTTGAA GGAAACTCTG TGTCCGATGG CCGAACCACC 
CCAAGTGACA TGGACAGAGA TGGAACATCC CTGAATGAAT CCGAAGCCAC TGGTGTTAGG 
GACAGGAGGG ACTCTGGGGT GGGAGCATCT CTCACAAGGC CAAGCAGGCA ATTACGATGG 
CAAAGTTTCC AAATCTCTCA TCGCCTGAGC CGCTCCATTG CGTCGCTTCA CATCAGCAAC 
CAGTCAGCAG CCCAGCTGAA TCTACTACAA AAATTCTCTC TGCTTCGTCT CACTGCCATC 
ATGGAAAAGT ACTCCATGTC AAACAAACAT GGCTGGACCT GGTCTGTGCC AAAGTTCATG 
AAGAGGATGA AAGTCCCTGA CTACAAGGAC AAGAACGTCT TTGGTGTGCC CCTGATAGTT 
CACGTTCAGA GAACGGGGCA GCCTCTTCCC CAGAGCATAC AACAAGCCCT GCGCTACCTA 
CGGAGCAACT GTCTAGACCA GGTGGGTCTG TTTCGGAAAT CTGGAGTGAA ATCCCGAATC 
CAGGCCCTGC GTCAGATGAA CGAGAGCTCC CCAGAAAACG TCAGCTATGA AGACCAGTCC 
GCATACGATG TGGCTGACAT GGTCAAGCAA TTCTTCAGAG ACTTGCCAGA ACCTCTCCTC 
ACAAGTAAAC TAGGAGAGAC TTTTCTGCAC ATCTATCAAT ACGTGCCCAA GGAGCAGCGG 
CTGCAGGCGG TGCAGGCAGC AATCATGCTC ATGGCCGACG AGAACAGGGA GGTTCTGCAG 
ACTCTGCTCT GCTTCCTCAG CGACGTCACC TCCGTGGAGG AAAATCAGAT GACTCCCATG 
AACATCGCTG TTTGTCTGGC CCCTTCCCTC TTCCATCTCA ATATAGTGAA GAAAGAAAGC 
TCACCAAGAG TAATACAGAA AAAATATGCA ACAGGGAAGC CAGATCAGAA GGACCTCAGT 
GAAAACCTGG CAGCTACTCA GGGACTTGCT CACATGATAA TGGAATGCAA CAAACTTTTT 
GAGGTCCCAC ATGAGATGAT CACCCAATCC CGAAACTCCT ATGTCGATGC AGAAGTGCAT 
TCTCCTACCC TGGATGAGCT TGGGAAACAA GTGGATGAGG AAGGAGGGAA CTATCAGATG 
TACCTGGAAA CTCTCATGCA GAATCTCCAG AAAGAAGCAA AAGAGAAATT CAAAGGATGG 
GTCACATGTT CCAGTGTAGA GAACACAGAA CTCGCCTACA AAAAGGTTGG GGATGGGAAC 
CCACTAAGGC TTTGGAAAGC CTCAGTTGAA GTTGAAGCCC CTCCATCAGT TGTCCTGAAC 
CGGGTGCTGA GAGAACGTCA CCTTTGGGAC GAGGATTTCT TGCAGTGGAA GGTGGTTGAG 
AGCCTGGACA AGCAGACGGA AGTTTACCAG TATGTTTTGA ACACCATGGC TCCTCACCCT 
GTCCGAGACT TTGTTGTTCT CAGGACGTGG AGGACGGATT TGCCCAAGGG GATGTGCATG 
CTGGTTGCCA TCTCTGTGGA GCATGAAGAG GCTCCTCTCA TGGGAGCTGT GCGAGCCATC 
GTGATGGACT CCCAGTACTT GATAGAGCCC TGCGGCTCGG GGAAAGCCAG GCTGACCCAC 
ATCTGCAGGA TTGACCTAAA AGGACATTCC CCAGAGTGGT ACAACAAAGG CTTTGGACAT 
CTGTGTGCAG CAGAAGTTGC CAGGATCAGA AACTCATTTC AACCTCTGAT TGCTGAGGGA 
CCAGAAACAA AAATCTGA

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

RefSeq	XP_030130157.1
CDS	91..3288
Translation	MTIQIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_030274297.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X6, mRNA.

Target ORF information:

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

XM_030274297.1

ORF Insert Sequence:

ATGACCATCC AAATTGAAGC AAAGGAAGCG TGTGACTGGT TACGTGCAGC TGGATTTCCC 
CAATATGCTC AATTCTATGA GGACTCCCAG TTTCCCATTG ACATTGCTGC AGTAAAGAAA 
GATCATGATT TTCTTGACAA GGACCTTGTA GAACCTCTTT GCAGACGACT GAACACACTG 
AACAAGTGCG CCTCAATGAA ACTCGATGTG AACTTCCAAA GAAAAAAGAG TGAAGATTCA 
GATGAAGAAG ATCTCTGTGC TATCAGTAAT AAATGGACTT TTCAAAGAAC CAGCAAAAGA 
TGGTCTCGGG TGGACGACAT TGACACTCTG CTTCACCGAT CCGACAGACA TGGCTCTTCT 
GGGGACATTA AAATGAAAAA CACGACAAGC AGTGAGAGCG TCCTTACAGA TCTGAGTGAA 
CCTGAGCTCT CATCAATTCA CAGCGAGAGC AGTGGGGGCA GTGACAACAG GAGCCAATCT 
GGCACCACCA GCGCTGCCAG GGAGGCCTGT GACTGCTCTG CCCATCATGA TGTGGAAAGC 
ACCCTGGTGC AGGACTCTGC TGCAATAATC ACCGCCCCAT CCCCCAAGGA CGGCCTGAAG 
AATGAAAATC CAACACGAGC CAGAGCAAAA ACCTTTCTAA AACGCATGGA GACACTAAAA 
GCAAAAGCTG TGCATGGAAA ACTAAAAGGC TCGGGAAGAA CAGGTCCTTT AGAGATCAGT 
GGACCAGTTC TCCAGTTTGA GCCAAAATCC TTGAAAGACA TGCACTGTGT ACAGATTGTC 
AATGGCGATC TTCAAAATCT GGGGCAAGAT TCAGTCAAAA GAGGGCTTCC CTTTTCTGCC 
AAATCCAGCA GTGACAGCAG TCAGTCCGAA AACAGCAGCA GTGGAGTGAG CACGCCATGT 
CTGAAGGAAC ACAAGTGCCA TGAAGCAAAC AAGAGAGGTG GGATGTACCT GGAGGACCTG 
GATGTTCTGG CAGGAACGGC CTTACGGCAA GTGGTGGACC AAAACCGCAA AAATGAATTT 
CATTCCCAGG AGAACTTGGT TGTGCACATT CCCAAGGATC ACAAACCGGG GACCTTCCCA 
AAGGCACTTT CTATCGAAAG CCTCTCACCT ACAGACAATA GTAACAGTGT AAACTGGAGG 
ACGGGCAGCA TCTCTTTGGG AAAGCAGAAC TGCTCTACTC CAAAGGAATC TGGACTGATG 
GCTTGCTGTC CTAAAGAGAG CAGAATTAGT ATTTATGACA ATGTGCCAGG TTCCCACTTG 
TATGCTAGTA CTGGGGACCT CCTGGACATA GAGAAAGATG TCCTTTTTCC TCAGTTAGAT 
GACATTTTGC AACATGTCAA TGGACTGCAG GAGGTGGTAG ATGGCTGGTC AAAGAAGCTG 
TTGCCAGGTC TGCCGGTTGG TGACGTGTCG GTCAGGGAAT CCCCATCATT GCCTTTCCAG 
TCGCCTACAC AGATCACTCT CGATTTTGAA GGAAACTCTG TGTCCGATGG CCGAACCACC 
CCAAGTGACA TGGACAGAGA TGGAACATCC CTGAATGAAT CCGAAGCCAC TGGTGTTAGG 
GACAGGAGGG ACTCTGGGGT GGGAGCATCT CTCACAAGGC CAAGCAGGCA ATTACGATGG 
CAAAGTTTCC AAATCTCTCA TCGCCTGAGC CGCTCCATTG CGTCGCTTCA CATCAGCAAC 
CAGTCAGCAG CCCAGCTGAA TCTACTACAA AAATTCTCTC TGCTTCGTCT CACTGCCATC 
ATGGAAAAGT ACTCCATGTC AAACAAACAT GGCTGGACCT GGTCTGTGCC AAAGTTCATG 
AAGAGGATGA AAGTCCCTGA CTACAAGGAC AAGAACGTCT TTGGTGTGCC CCTGATAGTT 
CACGTTCAGA GAACGGGGCA GCCTCTTCCC CAGAGCATAC AACAAGCCCT GCGCTACCTA 
CGGAGCAACT GTCTAGACCA GGTGGGTCTG TTTCGGAAAT CTGGAGTGAA ATCCCGAATC 
CAGGCCCTGC GTCAGATGAA CGAGAGCTCC CCAGAAAACG TCAGCTATGA AGACCAGTCC 
GCATACGATG TGGCTGACAT GGTCAAGCAA TTCTTCAGAG ACTTGCCAGA ACCTCTCCTC 
ACAAGTAAAC TAGGAGAGAC TTTTCTGCAC ATCTATCAAT ACGTGCCCAA GGAGCAGCGG 
CTGCAGGCGG TGCAGGCAGC AATCATGCTC ATGGCCGACG AGAACAGGGA GGTTCTGCAG 
ACTCTGCTCT GCTTCCTCAG CGACGTCACC TCCGTGGAGG AAAATCAGAT GACTCCCATG 
AACATCGCTG TTTGTCTGGC CCCTTCCCTC TTCCATCTCA ATATAGTGAA GAAAGAAAGC 
TCACCAAGAG TAATACAGAA AAAATATGCA ACAGGGAAGC CAGATCAGAA GGACCTCAGT 
GAAAACCTGG CAGCTACTCA GGGACTTGCT CACATGATAA TGGAATGCAA CAAACTTTTT 
GAGGTCCCAC ATGAGATGAT CACCCAATCC CGAAACTCCT ATGTCGATGC AGAAGTGCAT 
TCTCCTACCC TGGATGAGCT TGGGAAACAA GTGGATGAGG AAGGAGGGAA CTATCAGATG 
TACCTGGAAA CTCTCATGCA GAATCTCCAG AAAGAAGCAA AAGAGAAATT CAAAGGATGG 
GTCACATGTT CCAGTGTAGA GAACACAGAA CTCGCCTACA AAAAGGTTGG GGATGGGAAC 
CCACTAAGGC TTTGGAAAGC CTCAGTTGAA GTTGAAGCCC CTCCATCAGT TGTCCTGAAC 
CGGGTGCTGA GAGAACGTCA CCTTTGGGAC GAGGATTTCT TGCAGTGGAA GGTGGTTGAG 
AGCCTGGACA AGCAGACGGA AGTTTACCAG TATGTTTTGA ACACCATGGC TCCTCACCCT 
GTCCGAGACT TTGTTGTTCT CAGGACGTGG AGGACGGATT TGCCCAAGGG GATGTGCATG 
CTGGTTGCCA TCTCTGTGGA GCATGAAGAG GCTCCTCTCA TGGGAGCTGT GCGAGCCATC 
GTGATGGACT CCCAGTACTT GATAGAGCCC TGCGGCTCGG GGAAAGCCAG GCTGACCCAC 
ATCTGCAGGA TTGACCTAAA AGGACATTCC CCAGAGTGGT ACAACAAAGG CTTTGGACAT 
CTGTGTGCAG CAGAAGTTGC CAGGATCAGA AACTCATTTC AACCTCTGAT TGCTGAGGGA 
CCAGAAACAA AAATCTGA

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

STARD13 ( XM_030274302.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030130162.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OTd25118
Clone ID Related Accession (Same CDS sequence)	XM_030274302.1
Accession Version	XM_030274302.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3192bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GACCCAACCA GAAAAAGAAT CTGAATGGCC AGACTCTATG 
TCATGGCTTA TGAAGAAACT GGAACGGTTG AACTTAGATA TTGAAGAAGC TCTGAGTGCT 
GGCTCTTCTC CCTCCAGTAC TCCTTCTAAA AGGCACAAGC AACTGTGCCC TATTCAAGTA 
GAGACAGGCC TTTATGGAGA TTATCAAGAA AAAGGATCTT GGAAAAATAG AAGAGGAGAC 
TACCAGTATC TAAATTGTTT ACCTTACCGA GTGTTGACTG GAGCACGGCC TAAATCTGAT 
ATGCTGTTTC AGAAGCTGTG CAAGGAAAAA GCAGAAATTG AAGCAAAGGA AGCGTGTGAC 
TGGTTACGTG CAGCTGGATT TCCCCAATAT GCTCAATTCT ATGAGGACTC CCAGTTTCCC 
ATTGACATTG CTGCAGTAAA GAAAGATCAT GATTTTCTTG ACAAGGACCT TGTAGAACCT 
CTTTGCAGAC GACTGAACAC ACTGAACAAG TGCGCCTCAA TGAAACTCGA TGTGAACTTC 
CAAAGAAAAA AGAGTGAAGA TTCAGATGAA GAAGATCTCT GTGCTATCAG TAATAAATGG 
ACTTTTCAAA GAACCAGCAA AAGATGGTCT CGGGTGGACG ACATTGACAC TCTGCTTCAC 
CGATCCGACA GACATGGCTC TTCTGGGGAC ATTAAAATGA AAAACACGAC AAGCAGTGAG 
AGCGTCCTTA CAGATCTGAG TGAACCTGAG CTCTCATCAA TTCACAGCGA GAGCAGTGGG 
GGCAGTGACA ACAGGAGCCA ATCTGGCACC ACCAGCGCTG CCAGGGAGGC CTGTGACTGC 
TCTGCCCATC ATGATGTGGA AAGCACCCTG GTGCAGGACT CTGCTGCAAT AATCACCGCC 
CCATCCCCCA AGGACGGCCT GAAGAATGAA AATCCAACAC GAGCCAGAGC AAAAACCTTT 
CTAAAACGCA TGGAGACACT AAAAGCAAAA GCTGTGCATG GAAAACTAAA AGGCTCGGGA 
AGAACAGGTC CTTTAGAGAT CAGTGGACCA GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA 
GACATGCACT GTGTACAGAT TGTCAATGGC GATCTTCAAA ATCTGGGGCA AGATTCAGTC 
AAAAGAGGGC TTCCCTTTTC TGCCAAATCC AGCAGTGACA GCAGTCAGTC CGAAAACAGC 
AGCAGTGGAG TGAGCACGCC ATGTCTGAAG GAACACAAGT GCCATGAAGC AAACAAGAGA 
GGTGGGATGT ACCTGGAGGA CCTGGATGTT CTGGCAGGAA CGGCCTTACG GCAAGTGGTG 
GACCAAAACC GCAAAAATGA ATTTCATTCC CAGGAGAACT TGGTTGTGCA CATTCCCAAG 
GATCACAAAC CGGGGACCTT CCCAAAGGCA CTTTCTATCG AAAGCCTCTC ACCTACAGAC 
AATAGTAACA GTGTAAACTG GAGGACGGGC AGCATCTCTT TGGGAAAGCA GAACTGCTCT 
ACTCCAAAGG AATCTGGACT GATGGCTTGC TGTCCTAAAG AGAGCAGAAT TAGTATTTAT 
GACAATGTGC CAGGTTCCCA CTTGTATGCT AGTACTGGGG ACCTCCTGGA CATAGAGAAA 
GATGTCCTTT TTCCTCAGTT AGATGACATT TTGCAACATG TCAATGGACT GCAGGAGGTG 
GTAGATGGCT GGTCAAAGAA GCTGTTGCCA GGTCTGCCGG TTGGTGACGT GTCGGTCAGG 
GAATCCCCAT CATTGCCTTT CCAGTCGCCT ACACAGATCA CTCTCGATTT TGAAGGAAAC 
TCTGTGTCCG ATGGCCGAAC CACCCCAAGT GACATGGACA GAGATGGAAC ATCCCTGAAT 
GAATCCGAAG CCACTGGTGT TAGGGACAGG AGGGACTCTG GGGTGGGAGC ATCTCTCACA 
AGGCCAAGCA GGCAATTACG ATGGCAAAGT TTCCAAATCT CTCATCGCCT GAGCCGCTCC 
ATTGCGTCGC TTCACATCAG CAACCAGTCA GCAGCCCAGC TGAATCTACT ACAAAAATTC 
TCTCTGCTTC GTCTCACTGC CATCATGGAA AAGTACTCCA TGTCAAACAA ACATGGCTGG 
ACCTGGTCTG TGCCAAAGTT CATGAAGAGG ATGAAAGTCC CTGACTACAA GGACAAGAAC 
GTCTTTGGTG TGCCCCTGAT AGTTCACGTT CAGAGAACGG GGCAGCCTCT TCCCCAGAGC 
ATACAACAAG CCCTGCGCTA CCTACGGAGC AACTGTCTAG ACCAGGTGGG TCTGTTTCGG 
AAATCTGGAG TGAAATCCCG AATCCAGGCC CTGCGTCAGA TGAACGAGAG CTCCCCAGAA 
AACGTCAGCT ATGAAGACCA GTCCGCATAC GATGTGGCTG ACATGGTCAA GCAATTCTTC 
AGAGACTTGC CAGAACCTCT CCTCACAAGT AAACTAGGAG AGACTTTTCT GCACATCTAT 
CAATGTCTTT AG

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

RefSeq	XP_030130162.1
CDS	263..3454
Translation	METNIYEEEQGSPYLTSAECLGTPKEAKYEEYQRKTENQTSPYEFQNSLLEPELSLLSVSSLLDNNETSLQFGMAAGRASATSQPETKHLCGELSCSTKHTSKEDHLNLPRNTEWPVLTGKNSDKKPEINYEIRVIEHKPCAITFSDFEFLSHEADTKLHICEAGKADDFSSEEEEKGNRGDNDTFTELPLYDTFFKGLQRRNVSQRKQAQHELTKYQHICHLEDCNNNSEKALKDHDKEEKHMGLETQPEKESEWPDSMSWLMKKLERLNLDIEEALSAGSSPSSTPSKRHKQLCPIQVETGLYGDYQEKGSWKNRRGDYQYLNCLPYRVLTGARPKSDMLFQKLCKEKAEIEAKEACDWLRAAGFPQYAQFYEDSQFPIDIAAVKKDHDFLDKDLVEPLCRRLNTLNKCASMKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQCL

Target ORF information:

RefSeq Version	XM_030274302.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X7, mRNA.

Target ORF information:

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

XM_030274302.1

ORF Insert Sequence:

ATGGAAACTA ACATCTATGA AGAAGAACAG GGCTCACCTT ATCTTACATC TGCCGAGTGT 
CTGGGAACTC CAAAGGAAGC CAAGTATGAA GAATACCAAA GAAAGACAGA AAATCAGACA 
AGTCCATATG AATTTCAGAA TTCATTATTG GAACCTGAGC TAAGCTTGCT GTCTGTGTCA 
TCCTTATTGG ACAACAATGA GACATCCTTA CAATTTGGCA TGGCTGCAGG GCGTGCCAGT 
GCCACCAGCC AGCCTGAGAC AAAGCACCTT TGTGGAGAAT TATCTTGTTC TACAAAGCAC 
ACGTCAAAGG AAGATCATTT AAACCTTCCC AGGAACACAG AATGGCCAGT CCTCACAGGA 
AAAAATTCAG ATAAGAAACC AGAAATAAAT TATGAGATCA GAGTCATAGA ACACAAACCA 
TGTGCTATCA CATTTTCTGA TTTTGAATTT TTATCACATG AAGCTGACAC TAAGCTCCAT 
ATTTGTGAGG CAGGAAAAGC AGATGATTTT TCTTCTGAAG AGGAAGAGAA AGGTAACAGA 
GGTGATAATG ACACATTTAC AGAACTGCCA CTTTATGACA CATTTTTCAA AGGTCTTCAG 
AGAAGGAATG TTTCCCAAAG AAAGCAAGCT CAACATGAAC TTACTAAATA TCAGCACATC 
TGTCATTTAG AAGACTGCAA TAATAATTCT GAAAAGGCAT TGAAGGACCA TGACAAAGAA 
GAAAAACACA TGGGGCTGGA GACCCAACCA GAAAAAGAAT CTGAATGGCC AGACTCTATG 
TCATGGCTTA TGAAGAAACT GGAACGGTTG AACTTAGATA TTGAAGAAGC TCTGAGTGCT 
GGCTCTTCTC CCTCCAGTAC TCCTTCTAAA AGGCACAAGC AACTGTGCCC TATTCAAGTA 
GAGACAGGCC TTTATGGAGA TTATCAAGAA AAAGGATCTT GGAAAAATAG AAGAGGAGAC 
TACCAGTATC TAAATTGTTT ACCTTACCGA GTGTTGACTG GAGCACGGCC TAAATCTGAT 
ATGCTGTTTC AGAAGCTGTG CAAGGAAAAA GCAGAAATTG AAGCAAAGGA AGCGTGTGAC 
TGGTTACGTG CAGCTGGATT TCCCCAATAT GCTCAATTCT ATGAGGACTC CCAGTTTCCC 
ATTGACATTG CTGCAGTAAA GAAAGATCAT GATTTTCTTG ACAAGGACCT TGTAGAACCT 
CTTTGCAGAC GACTGAACAC ACTGAACAAG TGCGCCTCAA TGAAACTCGA TGTGAACTTC 
CAAAGAAAAA AGAGTGAAGA TTCAGATGAA GAAGATCTCT GTGCTATCAG TAATAAATGG 
ACTTTTCAAA GAACCAGCAA AAGATGGTCT CGGGTGGACG ACATTGACAC TCTGCTTCAC 
CGATCCGACA GACATGGCTC TTCTGGGGAC ATTAAAATGA AAAACACGAC AAGCAGTGAG 
AGCGTCCTTA CAGATCTGAG TGAACCTGAG CTCTCATCAA TTCACAGCGA GAGCAGTGGG 
GGCAGTGACA ACAGGAGCCA ATCTGGCACC ACCAGCGCTG CCAGGGAGGC CTGTGACTGC 
TCTGCCCATC ATGATGTGGA AAGCACCCTG GTGCAGGACT CTGCTGCAAT AATCACCGCC 
CCATCCCCCA AGGACGGCCT GAAGAATGAA AATCCAACAC GAGCCAGAGC AAAAACCTTT 
CTAAAACGCA TGGAGACACT AAAAGCAAAA GCTGTGCATG GAAAACTAAA AGGCTCGGGA 
AGAACAGGTC CTTTAGAGAT CAGTGGACCA GTTCTCCAGT TTGAGCCAAA ATCCTTGAAA 
GACATGCACT GTGTACAGAT TGTCAATGGC GATCTTCAAA ATCTGGGGCA AGATTCAGTC 
AAAAGAGGGC TTCCCTTTTC TGCCAAATCC AGCAGTGACA GCAGTCAGTC CGAAAACAGC 
AGCAGTGGAG TGAGCACGCC ATGTCTGAAG GAACACAAGT GCCATGAAGC AAACAAGAGA 
GGTGGGATGT ACCTGGAGGA CCTGGATGTT CTGGCAGGAA CGGCCTTACG GCAAGTGGTG 
GACCAAAACC GCAAAAATGA ATTTCATTCC CAGGAGAACT TGGTTGTGCA CATTCCCAAG 
GATCACAAAC CGGGGACCTT CCCAAAGGCA CTTTCTATCG AAAGCCTCTC ACCTACAGAC 
AATAGTAACA GTGTAAACTG GAGGACGGGC AGCATCTCTT TGGGAAAGCA GAACTGCTCT 
ACTCCAAAGG AATCTGGACT GATGGCTTGC TGTCCTAAAG AGAGCAGAAT TAGTATTTAT 
GACAATGTGC CAGGTTCCCA CTTGTATGCT AGTACTGGGG ACCTCCTGGA CATAGAGAAA 
GATGTCCTTT TTCCTCAGTT AGATGACATT TTGCAACATG TCAATGGACT GCAGGAGGTG 
GTAGATGGCT GGTCAAAGAA GCTGTTGCCA GGTCTGCCGG TTGGTGACGT GTCGGTCAGG 
GAATCCCCAT CATTGCCTTT CCAGTCGCCT ACACAGATCA CTCTCGATTT TGAAGGAAAC 
TCTGTGTCCG ATGGCCGAAC CACCCCAAGT GACATGGACA GAGATGGAAC ATCCCTGAAT 
GAATCCGAAG CCACTGGTGT TAGGGACAGG AGGGACTCTG GGGTGGGAGC ATCTCTCACA 
AGGCCAAGCA GGCAATTACG ATGGCAAAGT TTCCAAATCT CTCATCGCCT GAGCCGCTCC 
ATTGCGTCGC TTCACATCAG CAACCAGTCA GCAGCCCAGC TGAATCTACT ACAAAAATTC 
TCTCTGCTTC GTCTCACTGC CATCATGGAA AAGTACTCCA TGTCAAACAA ACATGGCTGG 
ACCTGGTCTG TGCCAAAGTT CATGAAGAGG ATGAAAGTCC CTGACTACAA GGACAAGAAC 
GTCTTTGGTG TGCCCCTGAT AGTTCACGTT CAGAGAACGG GGCAGCCTCT TCCCCAGAGC 
ATACAACAAG CCCTGCGCTA CCTACGGAGC AACTGTCTAG ACCAGGTGGG TCTGTTTCGG 
AAATCTGGAG TGAAATCCCG AATCCAGGCC CTGCGTCAGA TGAACGAGAG CTCCCCAGAA 
AACGTCAGCT ATGAAGACCA GTCCGCATAC GATGTGGCTG ACATGGTCAA GCAATTCTTC 
AGAGACTTGC CAGAACCTCT CCTCACAAGT AAACTAGGAG AGACTTTTCT GCACATCTAT 
CAATGTCTTT AG

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

STARD13 ( XM_012569805.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012425259.1 Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OTd25119
Clone ID Related Accession (Same CDS sequence)	XM_012569805.2
Accession Version	XM_012569805.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3003bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	stAR-related lipid transfer protein 13 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012569805.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACTCG ATGTGAACTT CCAAAGAAAA AAGAGTGAAG ATTCAGATGA AGAAGATCTC 
TGTGCTATCA GTAATAAATG GACTTTTCAA AGAACCAGCA AAAGATGGTC TCGGGTGGAC 
GACATTGACA CTCTGCTTCA CCGATCCGAC AGACATGGCT CTTCTGGGGA CATTAAAATG 
AAAAACACGA CAAGCAGTGA GAGCGTCCTT ACAGATCTGA GTGAACCTGA GCTCTCATCA 
ATTCACAGCG AGAGCAGTGG GGGCAGTGAC AACAGGAGCC AATCTGGCAC CACCAGCGCT 
GCCAGGGAGG CCTGTGACTG CTCTGCCCAT CATGATGTGG AAAGCACCCT GGTGCAGGAC 
TCTGCTGCAA TAATCACCGC CCCATCCCCC AAGGACGGCC TGAAGAATGA AAATCCAACA 
CGAGCCAGAG CAAAAACCTT TCTAAAACGC ATGGAGACAC TAAAAGCAAA AGCTGTGCAT 
GGAAAACTAA AAGGCTCGGG AAGAACAGGT CCTTTAGAGA TCAGTGGACC AGTTCTCCAG 
TTTGAGCCAA AATCCTTGAA AGACATGCAC TGTGTACAGA TTGTCAATGG CGATCTTCAA 
AATCTGGGGC AAGATTCAGT CAAAAGAGGG CTTCCCTTTT CTGCCAAATC CAGCAGTGAC 
AGCAGTCAGT CCGAAAACAG CAGCAGTGGA GTGAGCACGC CATGTCTGAA GGAACACAAG 
TGCCATGAAG CAAACAAGAG AGGTGGGATG TACCTGGAGG ACCTGGATGT TCTGGCAGGA 
ACGGCCTTAC GGCAAGTGGT GGACCAAAAC CGCAAAAATG AATTTCATTC CCAGGAGAAC 
TTGGTTGTGC ACATTCCCAA GGATCACAAA CCGGGGACCT TCCCAAAGGC ACTTTCTATC 
GAAAGCCTCT CACCTACAGA CAATAGTAAC AGTGTAAACT GGAGGACGGG CAGCATCTCT 
TTGGGAAAGC AGAACTGCTC TACTCCAAAG GAATCTGGAC TGATGGCTTG CTGTCCTAAA 
GAGAGCAGAA TTAGTATTTA TGACAATGTG CCAGGTTCCC ACTTGTATGC TAGTACTGGG 
GACCTCCTGG ACATAGAGAA AGATGTCCTT TTTCCTCAGT TAGATGACAT TTTGCAACAT 
GTCAATGGAC TGCAGGAGGT GGTAGATGGC TGGTCAAAGA AGCTGTTGCC AGGTCTGCCG 
GTTGGTGACG TGTCGGTCAG GGAATCCCCA TCATTGCCTT TCCAGTCGCC TACACAGATC 
ACTCTCGATT TTGAAGGAAA CTCTGTGTCC GATGGCCGAA CCACCCCAAG TGACATGGAC 
AGAGATGGAA CATCCCTGAA TGAATCCGAA GCCACTGGTG TTAGGGACAG GAGGGACTCT 
GGGGTGGGAG CATCTCTCAC AAGGCCAAGC AGGCAATTAC GATGGCAAAG TTTCCAAATC 
TCTCATCGCC TGAGCCGCTC CATTGCGTCG CTTCACATCA GCAACCAGTC AGCAGCCCAG 
CTGAATCTAC TACAAAAATT CTCTCTGCTT CGTCTCACTG CCATCATGGA AAAGTACTCC 
ATGTCAAACA AACATGGCTG GACCTGGTCT GTGCCAAAGT TCATGAAGAG GATGAAAGTC 
CCTGACTACA AGGACAAGAA CGTCTTTGGT GTGCCCCTGA TAGTTCACGT TCAGAGAACG 
GGGCAGCCTC TTCCCCAGAG CATACAACAA GCCCTGCGCT ACCTACGGAG CAACTGTCTA 
GACCAGGTGG GTCTGTTTCG GAAATCTGGA GTGAAATCCC GAATCCAGGC CCTGCGTCAG 
ATGAACGAGA GCTCCCCAGA AAACGTCAGC TATGAAGACC AGTCCGCATA CGATGTGGCT 
GACATGGTCA AGCAATTCTT CAGAGACTTG CCAGAACCTC TCCTCACAAG TAAACTAGGA 
GAGACTTTTC TGCACATCTA TCAATACGTG CCCAAGGAGC AGCGGCTGCA GGCGGTGCAG 
GCAGCAATCA TGCTCATGGC CGACGAGAAC AGGGAGGTTC TGCAGACTCT GCTCTGCTTC 
CTCAGCGACG TCACCTCCGT GGAGGAAAAT CAGATGACTC CCATGAACAT CGCTGTTTGT 
CTGGCCCCTT CCCTCTTCCA TCTCAATATA GTGAAGAAAG AAAGCTCACC AAGAGTAATA 
CAGAAAAAAT ATGCAACAGG GAAGCCAGAT CAGAAGGACC TCAGTGAAAA CCTGGCAGCT 
ACTCAGGGAC TTGCTCACAT GATAATGGAA TGCAACAAAC TTTTTGAGGT CCCACATGAG 
ATGATCACCC AATCCCGAAA CTCCTATGTC GATGCAGAAG TGCATTCTCC TACCCTGGAT 
GAGCTTGGGA AACAAGTGGA TGAGGAAGGA GGGAACTATC AGATGTACCT GGAAACTCTC 
ATGCAGAATC TCCAGAAAGA AGCAAAAGAG AAATTCAAAG GATGGGTCAC ATGTTCCAGT 
GTAGAGAACA CAGAACTCGC CTACAAAAAG GTTGGGGATG GGAACCCACT AAGGCTTTGG 
AAAGCCTCAG TTGAAGTTGA AGCCCCTCCA TCAGTTGTCC TGAACCGGGT GCTGAGAGAA 
CGTCACCTTT GGGACGAGGA TTTCTTGCAG TGGAAGGTGG TTGAGAGCCT GGACAAGCAG 
ACGGAAGTTT ACCAGTATGT TTTGAACACC ATGGCTCCTC ACCCTGTCCG AGACTTTGTT 
GTTCTCAGGA CGTGGAGGAC GGATTTGCCC AAGGGGATGT GCATGCTGGT TGCCATCTCT 
GTGGAGCATG AAGAGGCTCC TCTCATGGGA GCTGTGCGAG CCATCGTGAT GGACTCCCAG 
TACTTGATAG AGCCCTGCGG CTCGGGGAAA GCCAGGCTGA CCCACATCTG CAGGATTGAC 
CTAAAAGGAC ATTCCCCAGA GTGGTACAAC AAAGGCTTTG GACATCTGTG TGCAGCAGAA 
GTTGCCAGGA TCAGAAACTC ATTTCAACCT CTGATTGCTG AGGGACCAGA AACAAAAATC 
TGA

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

RefSeq	XP_012425259.1
CDS	1091..4093
Translation	MKLDVNFQRKKSEDSDEEDLCAISNKWTFQRTSKRWSRVDDIDTLLHRSDRHGSSGDIKMKNTTSSESVLTDLSEPELSSIHSESSGGSDNRSQSGTTSAAREACDCSAHHDVESTLVQDSAAIITAPSPKDGLKNENPTRARAKTFLKRMETLKAKAVHGKLKGSGRTGPLEISGPVLQFEPKSLKDMHCVQIVNGDLQNLGQDSVKRGLPFSAKSSSDSSQSENSSSGVSTPCLKEHKCHEANKRGGMYLEDLDVLAGTALRQVVDQNRKNEFHSQENLVVHIPKDHKPGTFPKALSIESLSPTDNSNSVNWRTGSISLGKQNCSTPKESGLMACCPKESRISIYDNVPGSHLYASTGDLLDIEKDVLFPQLDDILQHVNGLQEVVDGWSKKLLPGLPVGDVSVRESPSLPFQSPTQITLDFEGNSVSDGRTTPSDMDRDGTSLNESEATGVRDRRDSGVGASLTRPSRQLRWQSFQISHRLSRSIASLHISNQSAAQLNLLQKFSLLRLTAIMEKYSMSNKHGWTWSVPKFMKRMKVPDYKDKNVFGVPLIVHVQRTGQPLPQSIQQALRYLRSNCLDQVGLFRKSGVKSRIQALRQMNESSPENVSYEDQSAYDVADMVKQFFRDLPEPLLTSKLGETFLHIYQYVPKEQRLQAVQAAIMLMADENREVLQTLLCFLSDVTSVEENQMTPMNIAVCLAPSLFHLNIVKKESSPRVIQKKYATGKPDQKDLSENLAATQGLAHMIMECNKLFEVPHEMITQSRNSYVDAEVHSPTLDELGKQVDEEGGNYQMYLETLMQNLQKEAKEKFKGWVTCSSVENTELAYKKVGDGNPLRLWKASVEVEAPPSVVLNRVLRERHLWDEDFLQWKVVESLDKQTEVYQYVLNTMAPHPVRDFVVLRTWRTDLPKGMCMLVAISVEHEEAPLMGAVRAIVMDSQYLIEPCGSGKARLTHICRIDLKGHSPEWYNKGFGHLCAAEVARIRNSFQPLIAEGPETKI

Target ORF information:

RefSeq Version	XM_012569805.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata StAR related lipid transfer domain containing 13 (STARD13), transcript variant X8, mRNA.

Target ORF information:

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

XM_012569805.2

ORF Insert Sequence:

ATGAAACTCG ATGTGAACTT CCAAAGAAAA AAGAGTGAAG ATTCAGATGA AGAAGATCTC 
TGTGCTATCA GTAATAAATG GACTTTTCAA AGAACCAGCA AAAGATGGTC TCGGGTGGAC 
GACATTGACA CTCTGCTTCA CCGATCCGAC AGACATGGCT CTTCTGGGGA CATTAAAATG 
AAAAACACGA CAAGCAGTGA GAGCGTCCTT ACAGATCTGA GTGAACCTGA GCTCTCATCA 
ATTCACAGCG AGAGCAGTGG GGGCAGTGAC AACAGGAGCC AATCTGGCAC CACCAGCGCT 
GCCAGGGAGG CCTGTGACTG CTCTGCCCAT CATGATGTGG AAAGCACCCT GGTGCAGGAC 
TCTGCTGCAA TAATCACCGC CCCATCCCCC AAGGACGGCC TGAAGAATGA AAATCCAACA 
CGAGCCAGAG CAAAAACCTT TCTAAAACGC ATGGAGACAC TAAAAGCAAA AGCTGTGCAT 
GGAAAACTAA AAGGCTCGGG AAGAACAGGT CCTTTAGAGA TCAGTGGACC AGTTCTCCAG 
TTTGAGCCAA AATCCTTGAA AGACATGCAC TGTGTACAGA TTGTCAATGG CGATCTTCAA 
AATCTGGGGC AAGATTCAGT CAAAAGAGGG CTTCCCTTTT CTGCCAAATC CAGCAGTGAC 
AGCAGTCAGT CCGAAAACAG CAGCAGTGGA GTGAGCACGC CATGTCTGAA GGAACACAAG 
TGCCATGAAG CAAACAAGAG AGGTGGGATG TACCTGGAGG ACCTGGATGT TCTGGCAGGA 
ACGGCCTTAC GGCAAGTGGT GGACCAAAAC CGCAAAAATG AATTTCATTC CCAGGAGAAC 
TTGGTTGTGC ACATTCCCAA GGATCACAAA CCGGGGACCT TCCCAAAGGC ACTTTCTATC 
GAAAGCCTCT CACCTACAGA CAATAGTAAC AGTGTAAACT GGAGGACGGG CAGCATCTCT 
TTGGGAAAGC AGAACTGCTC TACTCCAAAG GAATCTGGAC TGATGGCTTG CTGTCCTAAA 
GAGAGCAGAA TTAGTATTTA TGACAATGTG CCAGGTTCCC ACTTGTATGC TAGTACTGGG 
GACCTCCTGG ACATAGAGAA AGATGTCCTT TTTCCTCAGT TAGATGACAT TTTGCAACAT 
GTCAATGGAC TGCAGGAGGT GGTAGATGGC TGGTCAAAGA AGCTGTTGCC AGGTCTGCCG 
GTTGGTGACG TGTCGGTCAG GGAATCCCCA TCATTGCCTT TCCAGTCGCC TACACAGATC 
ACTCTCGATT TTGAAGGAAA CTCTGTGTCC GATGGCCGAA CCACCCCAAG TGACATGGAC 
AGAGATGGAA CATCCCTGAA TGAATCCGAA GCCACTGGTG TTAGGGACAG GAGGGACTCT 
GGGGTGGGAG CATCTCTCAC AAGGCCAAGC AGGCAATTAC GATGGCAAAG TTTCCAAATC 
TCTCATCGCC TGAGCCGCTC CATTGCGTCG CTTCACATCA GCAACCAGTC AGCAGCCCAG 
CTGAATCTAC TACAAAAATT CTCTCTGCTT CGTCTCACTG CCATCATGGA AAAGTACTCC 
ATGTCAAACA AACATGGCTG GACCTGGTCT GTGCCAAAGT TCATGAAGAG GATGAAAGTC 
CCTGACTACA AGGACAAGAA CGTCTTTGGT GTGCCCCTGA TAGTTCACGT TCAGAGAACG 
GGGCAGCCTC TTCCCCAGAG CATACAACAA GCCCTGCGCT ACCTACGGAG CAACTGTCTA 
GACCAGGTGG GTCTGTTTCG GAAATCTGGA GTGAAATCCC GAATCCAGGC CCTGCGTCAG 
ATGAACGAGA GCTCCCCAGA AAACGTCAGC TATGAAGACC AGTCCGCATA CGATGTGGCT 
GACATGGTCA AGCAATTCTT CAGAGACTTG CCAGAACCTC TCCTCACAAG TAAACTAGGA 
GAGACTTTTC TGCACATCTA TCAATACGTG CCCAAGGAGC AGCGGCTGCA GGCGGTGCAG 
GCAGCAATCA TGCTCATGGC CGACGAGAAC AGGGAGGTTC TGCAGACTCT GCTCTGCTTC 
CTCAGCGACG TCACCTCCGT GGAGGAAAAT CAGATGACTC CCATGAACAT CGCTGTTTGT 
CTGGCCCCTT CCCTCTTCCA TCTCAATATA GTGAAGAAAG AAAGCTCACC AAGAGTAATA 
CAGAAAAAAT ATGCAACAGG GAAGCCAGAT CAGAAGGACC TCAGTGAAAA CCTGGCAGCT 
ACTCAGGGAC TTGCTCACAT GATAATGGAA TGCAACAAAC TTTTTGAGGT CCCACATGAG 
ATGATCACCC AATCCCGAAA CTCCTATGTC GATGCAGAAG TGCATTCTCC TACCCTGGAT 
GAGCTTGGGA AACAAGTGGA TGAGGAAGGA GGGAACTATC AGATGTACCT GGAAACTCTC 
ATGCAGAATC TCCAGAAAGA AGCAAAAGAG AAATTCAAAG GATGGGTCAC ATGTTCCAGT 
GTAGAGAACA CAGAACTCGC CTACAAAAAG GTTGGGGATG GGAACCCACT AAGGCTTTGG 
AAAGCCTCAG TTGAAGTTGA AGCCCCTCCA TCAGTTGTCC TGAACCGGGT GCTGAGAGAA 
CGTCACCTTT GGGACGAGGA TTTCTTGCAG TGGAAGGTGG TTGAGAGCCT GGACAAGCAG 
ACGGAAGTTT ACCAGTATGT TTTGAACACC ATGGCTCCTC ACCCTGTCCG AGACTTTGTT 
GTTCTCAGGA CGTGGAGGAC GGATTTGCCC AAGGGGATGT GCATGCTGGT TGCCATCTCT 
GTGGAGCATG AAGAGGCTCC TCTCATGGGA GCTGTGCGAG CCATCGTGAT GGACTCCCAG 
TACTTGATAG AGCCCTGCGG CTCGGGGAAA GCCAGGCTGA CCCACATCTG CAGGATTGAC 
CTAAAAGGAC ATTCCCCAGA GTGGTACAAC AAAGGCTTTG GACATCTGTG TGCAGCAGAA 
GTTGCCAGGA TCAGAAACTC ATTTCAACCT CTGATTGCTG AGGGACCAGA AACAAAAATC 
TGA

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

Gene Symbol	STARD13
Entrez Gene ID	100228187
Full Name	StAR related lipid transfer domain containing 13
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

STARD13 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

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:

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM