NID1 cDNA ORF clone, Anser cygnoides domesticus

Gene
Clones
gRNAs

Summary

Gene Symbol	NID1
Entrez Gene ID	106048842
Full Name	nidogen 1
Gene Type	protein-coding
Organism	Anser cygnoides domesticus

mRNA and Protein(s)

mRNA	Protein	Name
XM_013200955.1	XP_013056409.1	nidogen-1

Pathways from BioSystems
Gene Ontology

The following NID1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NID1 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
OAn124594	XM_013200955.1 Latest version!	Anser cygnoides domesticus nidogen 1 (NID1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

NID1 ( XM_013200955.1 ) cDNA ORF clone, Anser cygnoides domesticus -> XP_013056409.1 Anser cygnoides domesticus nidogen 1 (NID1), mRNA.

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CloneID	OAn124594
Clone ID Related Accession (Same CDS sequence)	XM_013200955.1
Accession Version	XM_013200955.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3462bp) 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	nidogen-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013185659.1) 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##

ATGGCTGATC TGGATACAAC AGATGGACGT GGAAATGTGT ATTACAGAGA AGATTCATCC 
TCAGAGGTCT TGAAACTTGC ATCAGACTAC ATCAAAAGGG GGTTTCCTGA GACCACTTTC 
GAACCCAGCA GTGTTGTTAT TGTTACCTGG AAGCTTGTGG CTCCTTACCA GGGACCTGGA 
GAAGATCCTA CTTTGGAAGA AAAGAGAAAC ACATTCCAGG CTGTTTTAGC CTCATCCGAT 
TCCAGTTCCT ATGCTATTTT CCTTTACCCA GAAGACAGTT TGCAGTTCTA TAGTACATAC 
TCCAAGAATG ATGATGGGAA GATTCCTGCT ATGGTTGGCT TTAGCCAAGC CTCCACAAAC 
TACTACTTCT GGGAAAAGCC GGGATCCTAC AATATCATCG CTAATGATGA AGACAGCATT 
AGAAACTTGC ACAAAAGCAG CAATGCTGGG AAGAAAGGAG TCTGGGTGTT TGAGATTGGT 
AGCTCGTCTG ACAGTATTGT GCCTGCCAAG ATCAGCAATG TTCCGGAGAG CGTAGAGTCC 
AGTGAACAAG ACCAGGAGAT GACCTCAAAA CCATTTATGT CAGACTATGG CTCCACTGAA 
ATAAGACAAC AGTATGTCAC CAGCAGTATG GACAGTATAG AAGAGGATCA GCACGTGACG 
TATAGCGTTC CTCAGTTAGC TGCGGAAGAC TTGGTAACTT CATACCAAGA TATAACAGGA 
ACACCTTCAA CTGAGTCTTT TTACAGTCAT CAAGATTTCC CAACAGCAAA AGCTCCACCT 
CGCCAGTTCC CGGCCCAGCA GTTCCCACCG CAGGAACCCC AGGTCATAGA TGTGGAAGAA 
TTTGATGAAA CTGGTATCGT GTTCCGCTAC CACACAGATG TCCAACAGAC CTGTGCTAAC 
AATCGCCACC AGTGCTCTGT TCATGCTATT TGCAAAGATT ACCCCAATGG ATTTTGTTGC 
AGTTGTATTG CTGGTTACAA AGGAAACGGC AGACAATGTG TAGCAGAAGG TTCCCCTCAG 
AGAGTCAATG GGAAAGTCAA AGGAAGAATC TTTGTGGGAA ATAACCCTGT GCCAGTTACA 
TTTGAGAACA CTGATCTCCA CTCCTACGTT GTGATGAACC AAGGACGTGC CTACACTGCT 
ATCAGCACAA TCCCGGAGAC CTTGGGGTAT TCTTTATTGC CTCTTGCCTC TATTGGAGGT 
ATAATAGGAT GGATGTTTGC TGTGGAACAG CAAGGATATA AAAATGGATT CAGCGTTACT 
GGTGGCGAGT TTACACGGCA AACAGAAGTT ACTTTTCTTG GCAACAATGA GAAGCTGGTT 
ATAAAGCAGA AATTCAGTGG AATTGATGAG CACGGTCACC TTACTATCAG CACAGAAATG 
GAGGGCAGAA TACCTGAGAT CCCCTCTGGT GCATCAGTTC ATATTGAACC ATACACTGAA 
CTCTATCACA CTTCTAGTTC TGTGATCACT TCCTCATCCA CCCGAGAGTA CACAGTGACA 
GAGCCAGAAA GGGATGGGGT TGCTTCCACA TACACAGGTG CCTATCAGTG GCGACAGACC 
ATCTCCTTTG ATGAATGCAT TCATGATGAG TCGTTACATG CTACTTCTGC TACTCAGCAG 
CTCTCAGTGG ACAGTGTATT TGTCCTGTAT AACAGAGATG AGCAAATTCT GCGATACGCT 
ATGAGTAATT CCATCGGCCC AATCAGCGAT GGTTCTGCTG ATATTAACCG AAATCCTTGC 
TACACGGGTA CCCATAATTG TGACACCAAT GCAATATGTC GTCCAGGAAC TGGAAATCGT 
TTCTTCTGTG AATGTTCAAT TGGCTTCCGT GGAGATGGAA ACGTTTGTTA TGATGTTGAT 
GAATGTTCAG AGCAACCAGC TGTATGTGGC AGCAATGCAG TTTGCAATAA CCAGCCAGGA 
ACGTACCGAT GTGAGTGTGT AGATGGATAC CAGTTTGCAG CAGATGGACA GACTTGTGTT 
GCTGTTGAAT ATGCCGTAAA CCACTGTCAG ACAGGCACAC ATGGTTGTGA CATTCCTCAG 
CGTGCTCAGT GTGTGTACAC TGGTGGCTCT GCCTACATCT GCACGTGCCT CCCTGGCTTC 
TCTGGAGACG GGCGTGCCTG TGAGGATACA GACGAATGTC AACAGGGCCG CTGTCATCCT 
GATGCTTTCT GCTACAACAC TCCTGGGTCC TTCAGCTGCC AGTGTAAGGC AGGTTATCGT 
GGGGATGGTT TCCAGTGTGT ATTAGGAGGA GTGGAAAAGA CCAGATGTCA GCATGAGCAA 
GAAGTAGCTC TTGCAAGCGG GGGCGCCTTC TTCCAAAGAG AGATGAGAGT GGCTCAGTTC 
GTTCCTCAGT GTGATGAGCA TGGCAATTAC CTGCCCACTC AGTGCCATTC CAACACTGGA 
TATTGCTGGT GTGTGGATAG GGATGGAAAT GAGATTGATG GCACCAGAAG TGGCCCAGGA 
GTTCAACCAC CATGTCTGAG CACAGCTGCT CCTCCTGTTG CTATTGGGCC CTCTGTTCGA 
CCAGACACGA TACCTCTGCC TCCAGGAACA CACTTGCTCT TTGCCCAAAG TGGGAAAATT 
GAGCATGTTC CACTAGAGGG AAACAATATG AAGAAAAACG GTGCAAAAGC ACTCTTGCAT 
ATTCCAGACA AAGTTATTAT TGGAGTTGCT TATGATTGCA TGGACAAGAT GGTTTATTGG 
ACAGACATCA GTGGCCCTTC GATCAGCAGA GCTAGCCTGC ATGGTGGGGA GCCAACAACC 
ATCATCAAAA CAGACTTGGG AAGCCCTGAG GGGATAGCTG TAGATCATCT GGGTCGCAAC 
ATCTTCTGGA CTGACTCCCA ACTCGATAGA ATAGAAGTGG CTAGGCTGGA TGGGCGCCAG 
CGTCGCATCC TTTTTGACAC TGGCCTGGTG AACCCCAGAG CAATTGTTGT GGATCCTGTG 
AGAGGAAACT TGTACTGGAC TGACTGGAAC AGAGAAGCTC CTAAAATTGA AACCTCATAC 
ATGGATGGCA CAAACAGAAG AATACTCGTT AAGGATGATC TGGGATTACC AAATGGGCTG 
ACATTTGATC CTTATTCCTC AATGCTGTGT TGGGTAGATG CAGGTACAAA GAAACTGGAA 
TGCATGAACC CTAATCAGTT TGGTCGACGA AAGATTGTTG AAGGAATTCA GTATCCTTTT 
AGTGTTACAA GCTATGGGAA GAATTTATAC TACACAGACT GGCGCAGGGA TGCTGTTGTA 
GCAGTAGATC GCATGGTTTC GATAGAAAAT GATAACTTCC AGCCTCACAA GCGCTCCCGT 
CTCTATGGAA TCACTACAGC CTTTGCTCAG TGCCCAGGAG GACACAATTA CTGCTCAGTG 
AATAATGGTG GTTGTACTCA CCTCTGCCTG GCTACCCCAG GAGGCCGTAC TTGCCGCTGC 
CCTGACAACA CAGTTGGAGT GGATTGTATA GAAAGAAACT GA

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

RefSeq	XP_013056409.1
CDS	115..3576
Translation	MADLDTTDGRGNVYYREDSSSEVLKLASDYIKRGFPETTFEPSSVVIVTWKLVAPYQGPGEDPTLEEKRNTFQAVLASSDSSSYAIFLYPEDSLQFYSTYSKNDDGKIPAMVGFSQASTNYYFWEKPGSYNIIANDEDSIRNLHKSSNAGKKGVWVFEIGSSSDSIVPAKISNVPESVESSEQDQEMTSKPFMSDYGSTEIRQQYVTSSMDSIEEDQHVTYSVPQLAAEDLVTSYQDITGTPSTESFYSHQDFPTAKAPPRQFPAQQFPPQEPQVIDVEEFDETGIVFRYHTDVQQTCANNRHQCSVHAICKDYPNGFCCSCIAGYKGNGRQCVAEGSPQRVNGKVKGRIFVGNNPVPVTFENTDLHSYVVMNQGRAYTAISTIPETLGYSLLPLASIGGIIGWMFAVEQQGYKNGFSVTGGEFTRQTEVTFLGNNEKLVIKQKFSGIDEHGHLTISTEMEGRIPEIPSGASVHIEPYTELYHTSSSVITSSSTREYTVTEPERDGVASTYTGAYQWRQTISFDECIHDESLHATSATQQLSVDSVFVLYNRDEQILRYAMSNSIGPISDGSADINRNPCYTGTHNCDTNAICRPGTGNRFFCECSIGFRGDGNVCYDVDECSEQPAVCGSNAVCNNQPGTYRCECVDGYQFAADGQTCVAVEYAVNHCQTGTHGCDIPQRAQCVYTGGSAYICTCLPGFSGDGRACEDTDECQQGRCHPDAFCYNTPGSFSCQCKAGYRGDGFQCVLGGVEKTRCQHEQEVALASGGAFFQREMRVAQFVPQCDEHGNYLPTQCHSNTGYCWCVDRDGNEIDGTRSGPGVQPPCLSTAAPPVAIGPSVRPDTIPLPPGTHLLFAQSGKIEHVPLEGNNMKKNGAKALLHIPDKVIIGVAYDCMDKMVYWTDISGPSISRASLHGGEPTTIIKTDLGSPEGIAVDHLGRNIFWTDSQLDRIEVARLDGRQRRILFDTGLVNPRAIVVDPVRGNLYWTDWNREAPKIETSYMDGTNRRILVKDDLGLPNGLTFDPYSSMLCWVDAGTKKLECMNPNQFGRRKIVEGIQYPFSVTSYGKNLYYTDWRRDAVVAVDRMVSIENDNFQPHKRSRLYGITTAFAQCPGGHNYCSVNNGGCTHLCLATPGGRTCRCPDNTVGVDCIERN

Target ORF information:

RefSeq Version	XM_013200955.1
Organism	Anser cygnoides domesticus
Definition	Anser cygnoides domesticus nidogen 1 (NID1), mRNA.

Target ORF information:

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

XM_013200955.1

ORF Insert Sequence:

ATGGCTGATC TGGATACAAC AGATGGACGT GGAAATGTGT ATTACAGAGA AGATTCATCC 
TCAGAGGTCT TGAAACTTGC ATCAGACTAC ATCAAAAGGG GGTTTCCTGA GACCACTTTC 
GAACCCAGCA GTGTTGTTAT TGTTACCTGG AAGCTTGTGG CTCCTTACCA GGGACCTGGA 
GAAGATCCTA CTTTGGAAGA AAAGAGAAAC ACATTCCAGG CTGTTTTAGC CTCATCCGAT 
TCCAGTTCCT ATGCTATTTT CCTTTACCCA GAAGACAGTT TGCAGTTCTA TAGTACATAC 
TCCAAGAATG ATGATGGGAA GATTCCTGCT ATGGTTGGCT TTAGCCAAGC CTCCACAAAC 
TACTACTTCT GGGAAAAGCC GGGATCCTAC AATATCATCG CTAATGATGA AGACAGCATT 
AGAAACTTGC ACAAAAGCAG CAATGCTGGG AAGAAAGGAG TCTGGGTGTT TGAGATTGGT 
AGCTCGTCTG ACAGTATTGT GCCTGCCAAG ATCAGCAATG TTCCGGAGAG CGTAGAGTCC 
AGTGAACAAG ACCAGGAGAT GACCTCAAAA CCATTTATGT CAGACTATGG CTCCACTGAA 
ATAAGACAAC AGTATGTCAC CAGCAGTATG GACAGTATAG AAGAGGATCA GCACGTGACG 
TATAGCGTTC CTCAGTTAGC TGCGGAAGAC TTGGTAACTT CATACCAAGA TATAACAGGA 
ACACCTTCAA CTGAGTCTTT TTACAGTCAT CAAGATTTCC CAACAGCAAA AGCTCCACCT 
CGCCAGTTCC CGGCCCAGCA GTTCCCACCG CAGGAACCCC AGGTCATAGA TGTGGAAGAA 
TTTGATGAAA CTGGTATCGT GTTCCGCTAC CACACAGATG TCCAACAGAC CTGTGCTAAC 
AATCGCCACC AGTGCTCTGT TCATGCTATT TGCAAAGATT ACCCCAATGG ATTTTGTTGC 
AGTTGTATTG CTGGTTACAA AGGAAACGGC AGACAATGTG TAGCAGAAGG TTCCCCTCAG 
AGAGTCAATG GGAAAGTCAA AGGAAGAATC TTTGTGGGAA ATAACCCTGT GCCAGTTACA 
TTTGAGAACA CTGATCTCCA CTCCTACGTT GTGATGAACC AAGGACGTGC CTACACTGCT 
ATCAGCACAA TCCCGGAGAC CTTGGGGTAT TCTTTATTGC CTCTTGCCTC TATTGGAGGT 
ATAATAGGAT GGATGTTTGC TGTGGAACAG CAAGGATATA AAAATGGATT CAGCGTTACT 
GGTGGCGAGT TTACACGGCA AACAGAAGTT ACTTTTCTTG GCAACAATGA GAAGCTGGTT 
ATAAAGCAGA AATTCAGTGG AATTGATGAG CACGGTCACC TTACTATCAG CACAGAAATG 
GAGGGCAGAA TACCTGAGAT CCCCTCTGGT GCATCAGTTC ATATTGAACC ATACACTGAA 
CTCTATCACA CTTCTAGTTC TGTGATCACT TCCTCATCCA CCCGAGAGTA CACAGTGACA 
GAGCCAGAAA GGGATGGGGT TGCTTCCACA TACACAGGTG CCTATCAGTG GCGACAGACC 
ATCTCCTTTG ATGAATGCAT TCATGATGAG TCGTTACATG CTACTTCTGC TACTCAGCAG 
CTCTCAGTGG ACAGTGTATT TGTCCTGTAT AACAGAGATG AGCAAATTCT GCGATACGCT 
ATGAGTAATT CCATCGGCCC AATCAGCGAT GGTTCTGCTG ATATTAACCG AAATCCTTGC 
TACACGGGTA CCCATAATTG TGACACCAAT GCAATATGTC GTCCAGGAAC TGGAAATCGT 
TTCTTCTGTG AATGTTCAAT TGGCTTCCGT GGAGATGGAA ACGTTTGTTA TGATGTTGAT 
GAATGTTCAG AGCAACCAGC TGTATGTGGC AGCAATGCAG TTTGCAATAA CCAGCCAGGA 
ACGTACCGAT GTGAGTGTGT AGATGGATAC CAGTTTGCAG CAGATGGACA GACTTGTGTT 
GCTGTTGAAT ATGCCGTAAA CCACTGTCAG ACAGGCACAC ATGGTTGTGA CATTCCTCAG 
CGTGCTCAGT GTGTGTACAC TGGTGGCTCT GCCTACATCT GCACGTGCCT CCCTGGCTTC 
TCTGGAGACG GGCGTGCCTG TGAGGATACA GACGAATGTC AACAGGGCCG CTGTCATCCT 
GATGCTTTCT GCTACAACAC TCCTGGGTCC TTCAGCTGCC AGTGTAAGGC AGGTTATCGT 
GGGGATGGTT TCCAGTGTGT ATTAGGAGGA GTGGAAAAGA CCAGATGTCA GCATGAGCAA 
GAAGTAGCTC TTGCAAGCGG GGGCGCCTTC TTCCAAAGAG AGATGAGAGT GGCTCAGTTC 
GTTCCTCAGT GTGATGAGCA TGGCAATTAC CTGCCCACTC AGTGCCATTC CAACACTGGA 
TATTGCTGGT GTGTGGATAG GGATGGAAAT GAGATTGATG GCACCAGAAG TGGCCCAGGA 
GTTCAACCAC CATGTCTGAG CACAGCTGCT CCTCCTGTTG CTATTGGGCC CTCTGTTCGA 
CCAGACACGA TACCTCTGCC TCCAGGAACA CACTTGCTCT TTGCCCAAAG TGGGAAAATT 
GAGCATGTTC CACTAGAGGG AAACAATATG AAGAAAAACG GTGCAAAAGC ACTCTTGCAT 
ATTCCAGACA AAGTTATTAT TGGAGTTGCT TATGATTGCA TGGACAAGAT GGTTTATTGG 
ACAGACATCA GTGGCCCTTC GATCAGCAGA GCTAGCCTGC ATGGTGGGGA GCCAACAACC 
ATCATCAAAA CAGACTTGGG AAGCCCTGAG GGGATAGCTG TAGATCATCT GGGTCGCAAC 
ATCTTCTGGA CTGACTCCCA ACTCGATAGA ATAGAAGTGG CTAGGCTGGA TGGGCGCCAG 
CGTCGCATCC TTTTTGACAC TGGCCTGGTG AACCCCAGAG CAATTGTTGT GGATCCTGTG 
AGAGGAAACT TGTACTGGAC TGACTGGAAC AGAGAAGCTC CTAAAATTGA AACCTCATAC 
ATGGATGGCA CAAACAGAAG AATACTCGTT AAGGATGATC TGGGATTACC AAATGGGCTG 
ACATTTGATC CTTATTCCTC AATGCTGTGT TGGGTAGATG CAGGTACAAA GAAACTGGAA 
TGCATGAACC CTAATCAGTT TGGTCGACGA AAGATTGTTG AAGGAATTCA GTATCCTTTT 
AGTGTTACAA GCTATGGGAA GAATTTATAC TACACAGACT GGCGCAGGGA TGCTGTTGTA 
GCAGTAGATC GCATGGTTTC GATAGAAAAT GATAACTTCC AGCCTCACAA GCGCTCCCGT 
CTCTATGGAA TCACTACAGC CTTTGCTCAG TGCCCAGGAG GACACAATTA CTGCTCAGTG 
AATAATGGTG GTTGTACTCA CCTCTGCCTG GCTACCCCAG GAGGCCGTAC TTGCCGCTGC 
CCTGACAACA CAGTTGGAGT GGATTGTATA GAAAGAAACT GA