DTHD1 cDNA ORF clone, Anser cygnoides domesticus

Gene
Clones
gRNAs

Summary

Gene Symbol	DTHD1
Entrez Gene ID	106039072
Full Name	death domain containing 1
Gene Type	protein-coding
Organism	Anser cygnoides domesticus

mRNA and Protein(s)

mRNA	Protein	Name
XM_013185928.1	XP_013041382.1	death domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following DTHD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DTHD1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAn134639	XM_013185928.1 Latest version!	Anser cygnoides domesticus death domain containing 1 (DTHD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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

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

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

Reference Sequences (Refseq)

DTHD1 ( XM_013185928.1 ) cDNA ORF clone, Anser cygnoides domesticus -> XP_013041382.1 Anser cygnoides domesticus death domain containing 1 (DTHD1), mRNA.

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CloneID	OAn134639
Clone ID Related Accession (Same CDS sequence)	XM_013185928.1
Accession Version	XM_013185928.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2883bp) 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	2015-07-23
Organism	Anser cygnoides domesticus
Product	death domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013185729.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anser cygnoides domesticus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGG CTGAAGGTGG GTTTACACCT TCTGCAGACA AATCAGAACA ACTGGAAAAG 
ATCTGGCAAC TGAACCTGCT AGCAAGACAT GTGCTTCTGA AAAGTGATAA TGAAGAGAGA 
GTGGAGTATG TGCTAAGACT GATCTCTTCG ACAAGAGAGC TGAGCGGATC TCTCAGCCAA 
CATCTGGGGA GCATTACAGA AAGCCTTCAA GACACTTGCC ACTTGCTGAG TGTTCTCCAT 
GACAAACACA AGGAATTGAC TGCAAGTCCA GAGTACAATG ACATTATAGA TTGTCTGCAG 
AAAATGAAGG ATTATTTGAC AAACACAGTC TCACACCTTC AAGAGGCCAA AAATAAACTT 
TATGCTGCTA GCTGCAAACC AGATGATTCT CAGATCCAGA CTGCTAAAAA TACTTCTGGA 
GAAACAAGTG TGTGTTGTTC TGAAGGAGAA GCAATGGAGT CTGTGCAAGC ATCTTCTAGT 
CCCAGTCAGC AATCCCAAAA AACTCCTTCA CCAAACAAGA CAGAAAGTCA GAACATTAAT 
CAAATACAGC CAAGTGACAC TAAAACTATG GCAAAAGAAA TATTTGTATC ATCAGCTGAA 
AATGTATCTG CTCAAGAACA GGACATTAGC AGAGAACCTC CAATGAAAAA GGAAGATGGT 
GAATACAGAG TGCTAATGAC CTCCACTCCA GAGAAAAAGG ATAATAATGG GAAAGATAAA 
CCTCTCAGAG ATAACGCTCT TACAGAAAAA TATTCAGAAC TGGCTTGTCA AGATGCTCTT 
AAGGGTACTC GAGAAGGCCT TCCATCTCAG ACATTGGCAG ATATTTATGA CAAAATTGTC 
ACAAGTCCTT GTGAAGAGGA AAAAGAGGCA GTAGTCATAG AACCGCCAAA AGAGGTGGAA 
AGTGAAGAAC ACAGACTGTC AGAGCAAATG GAAGACAGTA AAATGAAAAC AAATTATGAG 
ATTTGTACAA ATGATCTAAT TACCTTCACA TCTTTAGCAC AAACATGTGA TCTTGCTGCT 
GTGAATCCTT CTACAAATGA TTCAGAAGTG GAAAAATCTA GGCACTGGAT GAACAAAGAA 
TTTCTAGTGG AAGAGAGTGG TAAGAATGAA CGTAAAGTAG TTTGTTTTAT TAAAGCCCCT 
GCAACTGCTC TGGAGAATCT GACATGTAAG ATAGTCAATG ACACGAGTTC CTTGGTGGTT 
GATGATTCCG AGGAGCTGGT CAGCAATGTT ATCAGTATCG AATGCTCTGA TAATGAGAAA 
ACAATCCCTT TCCCTATCAA CATTGCAATC CCGTTTACTT CATGCTTCAG AGGAAATTAT 
CGGGAGATTA TGGTGAAGGT GACAGAAGTG AACTTTCAAT CAAATTACTT AACTCCCATT 
TCTTTGGAGG GATACCAAGG AAACCATAAG GAAACATTTG CGGAAGTGAA AGTTTACCAG 
CTGGGTGTTT TTTCTGTGTT GTCATGCTTA AAGAGAGAAA CTTTTACTGT TCCAAAGGTA 
GGACTCTCAC AAAAGCTGAG CATGGATTCT AGAATCTCTT TCTATTATCC TCCGGAAACG 
TTCAGTTCTC CAGCAGCCAT GCAGTTAAAG GTTCAGCCAA TTGAACCATC ACTGATTTCC 
ACACTGAAAG CAAGAAATGA TATGTACTAC TCAGTGGTAT CCACCAGTGC ACTGGTTTAT 
GTCCAGCATC CTTCAGCTCA ACCGTTTAAT AACTCAGTCA CTATTACTCT ACCCTGTCCT 
CCAAACCCAG AAAAAAAAAG GCAAGGAGAT GAGACAGAAC AAGTGAGAGC CATCAGTGCT 
ACAGTGAAGA GGGTTGCTGC AGCATACCAT CCTCGGGCTA CAAGTGCTTC TGTGAGAAAG 
AATGGAGAGA ATCTCAGCGA TTCTTTGAAA TTATTAGGTC ATAGAAACAA AGAACGGGAA 
TGGATGGTGT TTGATGATAT TAATATCCAG AATGCACGGA ATGGGCTTGT ATCATTTGAA 
CTAAATGAAC ATTTAGAAAG CTTTGTGGTC ATTCGGCTTT CATTCCTCTT GGAAACTACG 
TATCTTCTCC TTTTTGCTCA GGCTCTGGAA GAAGCTGTTT GTAGCACAAT GTCTAATGTG 
ATATTGTATC GGAAAAGAGA AAACCCAAAT CAAATAGTAG TCTTACTATG TGCATCCAAA 
GAATTGTCCT GGGAGCTACA AAATCTCCAT GAGGAGGGCT ACTTTGGTCC CCCAGAACCT 
ACGCAGCAGT TTCCTTTAAG AGAAGGAGAA CAGATTCATT TTCAATTTAC AGGCAATATA 
TTTGCTTCAG AAAATGGAAA AGATTTTGGA AAAGCCTACA GGCTGACTTT TCATTCACAA 
AGAAAGCCCA AGCTAGAGCT CCAAATTAAA GAAGTGGATG AGTTTGGTAA CCACAGCTCA 
CCTCATTACA AAGGAACAGC TGTTTTTTAT AAAATTACCA GAGAGATGAT AACCAAGGAA 
TGGAAACAGC CCTTGCCATG TGCTGATTAC CAGCACCAGT CAGCACTGTG CAAATTAGCA 
CTAACATTAC CAAAGCATGA AAAGTTGGTC AACCGTCCAC GAAGCACAAA AAGAATTTCT 
TCTGATTCAT CAGAGGCCTT ATGGGACAGC TTGCTCTTTT GGCTTGCAGA AGAGCTTGCA 
GAAGATAATA CATCACTGCT TGCTTTACGC CTCCCTGTTC GGCGGAGCGT ACTTCAGCTT 
GTTAGGCTGA AGTGCCCCGA TAATTTAACA CACCAGATCT ATGAGCTTCT TTGCTGCTGG 
CAAAAGACCC TTCCGAGGTC GGCTGATAAA CAGCAGCTCC TGTCTCGCTA TTTGCAGAAG 
AGCGGCAGAA AGGATCTTTC AGAAGGACTT CGTTGTAAGT GGCAAAATAA AGTGTTCACT 
TGA

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

RefSeq	XP_013041382.1
CDS	1..2883
Translation	MEMAEGGFTPSADKSEQLEKIWQLNLLARHVLLKSDNEERVEYVLRLISSTRELSGSLSQHLGSITESLQDTCHLLSVLHDKHKELTASPEYNDIIDCLQKMKDYLTNTVSHLQEAKNKLYAASCKPDDSQIQTAKNTSGETSVCCSEGEAMESVQASSSPSQQSQKTPSPNKTESQNINQIQPSDTKTMAKEIFVSSAENVSAQEQDISREPPMKKEDGEYRVLMTSTPEKKDNNGKDKPLRDNALTEKYSELACQDALKGTREGLPSQTLADIYDKIVTSPCEEEKEAVVIEPPKEVESEEHRLSEQMEDSKMKTNYEICTNDLITFTSLAQTCDLAAVNPSTNDSEVEKSRHWMNKEFLVEESGKNERKVVCFIKAPATALENLTCKIVNDTSSLVVDDSEELVSNVISIECSDNEKTIPFPINIAIPFTSCFRGNYREIMVKVTEVNFQSNYLTPISLEGYQGNHKETFAEVKVYQLGVFSVLSCLKRETFTVPKVGLSQKLSMDSRISFYYPPETFSSPAAMQLKVQPIEPSLISTLKARNDMYYSVVSTSALVYVQHPSAQPFNNSVTITLPCPPNPEKKRQGDETEQVRAISATVKRVAAAYHPRATSASVRKNGENLSDSLKLLGHRNKEREWMVFDDINIQNARNGLVSFELNEHLESFVVIRLSFLLETTYLLLFAQALEEAVCSTMSNVILYRKRENPNQIVVLLCASKELSWELQNLHEEGYFGPPEPTQQFPLREGEQIHFQFTGNIFASENGKDFGKAYRLTFHSQRKPKLELQIKEVDEFGNHSSPHYKGTAVFYKITREMITKEWKQPLPCADYQHQSALCKLALTLPKHEKLVNRPRSTKRISSDSSEALWDSLLFWLAEELAEDNTSLLALRLPVRRSVLQLVRLKCPDNLTHQIYELLCCWQKTLPRSADKQQLLSRYLQKSGRKDLSEGLRCKWQNKVFT

Target ORF information:

RefSeq Version	XM_013185928.1
Organism	Anser cygnoides domesticus
Definition	Anser cygnoides domesticus death domain containing 1 (DTHD1), mRNA.

Target ORF information:

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

XM_013185928.1

ORF Insert Sequence:

ATGGAAATGG CTGAAGGTGG GTTTACACCT TCTGCAGACA AATCAGAACA ACTGGAAAAG 
ATCTGGCAAC TGAACCTGCT AGCAAGACAT GTGCTTCTGA AAAGTGATAA TGAAGAGAGA 
GTGGAGTATG TGCTAAGACT GATCTCTTCG ACAAGAGAGC TGAGCGGATC TCTCAGCCAA 
CATCTGGGGA GCATTACAGA AAGCCTTCAA GACACTTGCC ACTTGCTGAG TGTTCTCCAT 
GACAAACACA AGGAATTGAC TGCAAGTCCA GAGTACAATG ACATTATAGA TTGTCTGCAG 
AAAATGAAGG ATTATTTGAC AAACACAGTC TCACACCTTC AAGAGGCCAA AAATAAACTT 
TATGCTGCTA GCTGCAAACC AGATGATTCT CAGATCCAGA CTGCTAAAAA TACTTCTGGA 
GAAACAAGTG TGTGTTGTTC TGAAGGAGAA GCAATGGAGT CTGTGCAAGC ATCTTCTAGT 
CCCAGTCAGC AATCCCAAAA AACTCCTTCA CCAAACAAGA CAGAAAGTCA GAACATTAAT 
CAAATACAGC CAAGTGACAC TAAAACTATG GCAAAAGAAA TATTTGTATC ATCAGCTGAA 
AATGTATCTG CTCAAGAACA GGACATTAGC AGAGAACCTC CAATGAAAAA GGAAGATGGT 
GAATACAGAG TGCTAATGAC CTCCACTCCA GAGAAAAAGG ATAATAATGG GAAAGATAAA 
CCTCTCAGAG ATAACGCTCT TACAGAAAAA TATTCAGAAC TGGCTTGTCA AGATGCTCTT 
AAGGGTACTC GAGAAGGCCT TCCATCTCAG ACATTGGCAG ATATTTATGA CAAAATTGTC 
ACAAGTCCTT GTGAAGAGGA AAAAGAGGCA GTAGTCATAG AACCGCCAAA AGAGGTGGAA 
AGTGAAGAAC ACAGACTGTC AGAGCAAATG GAAGACAGTA AAATGAAAAC AAATTATGAG 
ATTTGTACAA ATGATCTAAT TACCTTCACA TCTTTAGCAC AAACATGTGA TCTTGCTGCT 
GTGAATCCTT CTACAAATGA TTCAGAAGTG GAAAAATCTA GGCACTGGAT GAACAAAGAA 
TTTCTAGTGG AAGAGAGTGG TAAGAATGAA CGTAAAGTAG TTTGTTTTAT TAAAGCCCCT 
GCAACTGCTC TGGAGAATCT GACATGTAAG ATAGTCAATG ACACGAGTTC CTTGGTGGTT 
GATGATTCCG AGGAGCTGGT CAGCAATGTT ATCAGTATCG AATGCTCTGA TAATGAGAAA 
ACAATCCCTT TCCCTATCAA CATTGCAATC CCGTTTACTT CATGCTTCAG AGGAAATTAT 
CGGGAGATTA TGGTGAAGGT GACAGAAGTG AACTTTCAAT CAAATTACTT AACTCCCATT 
TCTTTGGAGG GATACCAAGG AAACCATAAG GAAACATTTG CGGAAGTGAA AGTTTACCAG 
CTGGGTGTTT TTTCTGTGTT GTCATGCTTA AAGAGAGAAA CTTTTACTGT TCCAAAGGTA 
GGACTCTCAC AAAAGCTGAG CATGGATTCT AGAATCTCTT TCTATTATCC TCCGGAAACG 
TTCAGTTCTC CAGCAGCCAT GCAGTTAAAG GTTCAGCCAA TTGAACCATC ACTGATTTCC 
ACACTGAAAG CAAGAAATGA TATGTACTAC TCAGTGGTAT CCACCAGTGC ACTGGTTTAT 
GTCCAGCATC CTTCAGCTCA ACCGTTTAAT AACTCAGTCA CTATTACTCT ACCCTGTCCT 
CCAAACCCAG AAAAAAAAAG GCAAGGAGAT GAGACAGAAC AAGTGAGAGC CATCAGTGCT 
ACAGTGAAGA GGGTTGCTGC AGCATACCAT CCTCGGGCTA CAAGTGCTTC TGTGAGAAAG 
AATGGAGAGA ATCTCAGCGA TTCTTTGAAA TTATTAGGTC ATAGAAACAA AGAACGGGAA 
TGGATGGTGT TTGATGATAT TAATATCCAG AATGCACGGA ATGGGCTTGT ATCATTTGAA 
CTAAATGAAC ATTTAGAAAG CTTTGTGGTC ATTCGGCTTT CATTCCTCTT GGAAACTACG 
TATCTTCTCC TTTTTGCTCA GGCTCTGGAA GAAGCTGTTT GTAGCACAAT GTCTAATGTG 
ATATTGTATC GGAAAAGAGA AAACCCAAAT CAAATAGTAG TCTTACTATG TGCATCCAAA 
GAATTGTCCT GGGAGCTACA AAATCTCCAT GAGGAGGGCT ACTTTGGTCC CCCAGAACCT 
ACGCAGCAGT TTCCTTTAAG AGAAGGAGAA CAGATTCATT TTCAATTTAC AGGCAATATA 
TTTGCTTCAG AAAATGGAAA AGATTTTGGA AAAGCCTACA GGCTGACTTT TCATTCACAA 
AGAAAGCCCA AGCTAGAGCT CCAAATTAAA GAAGTGGATG AGTTTGGTAA CCACAGCTCA 
CCTCATTACA AAGGAACAGC TGTTTTTTAT AAAATTACCA GAGAGATGAT AACCAAGGAA 
TGGAAACAGC CCTTGCCATG TGCTGATTAC CAGCACCAGT CAGCACTGTG CAAATTAGCA 
CTAACATTAC CAAAGCATGA AAAGTTGGTC AACCGTCCAC GAAGCACAAA AAGAATTTCT 
TCTGATTCAT CAGAGGCCTT ATGGGACAGC TTGCTCTTTT GGCTTGCAGA AGAGCTTGCA 
GAAGATAATA CATCACTGCT TGCTTTACGC CTCCCTGTTC GGCGGAGCGT ACTTCAGCTT 
GTTAGGCTGA AGTGCCCCGA TAATTTAACA CACCAGATCT ATGAGCTTCT TTGCTGCTGG 
CAAAAGACCC TTCCGAGGTC GGCTGATAAA CAGCAGCTCC TGTCTCGCTA TTTGCAGAAG 
AGCGGCAGAA AGGATCTTTC AGAAGGACTT CGTTGTAAGT GGCAAAATAA AGTGTTCACT 
TGA