ITGA7 cDNA ORF clone, Nanorana parkeri

Gene
Clones
gRNAs

Summary

Gene Symbol	ITGA7
Entrez Gene ID	108796489
Full Name	integrin subunit alpha 7
Gene Type	protein-coding
Organism	Nanorana parkeri

mRNA and Protein(s)

mRNA	Protein	Name
XM_018567975.1	XP_018423477.1	integrin alpha-7

Pathways from BioSystems
Gene Ontology

The following ITGA7 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ITGA7 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
ONa64318	XM_018567975.1 Latest version!	Nanorana parkeri integrin subunit alpha 7 (ITGA7), 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)

ITGA7 ( XM_018567975.1 ) cDNA ORF clone, Nanorana parkeri -> XP_018423477.1 Nanorana parkeri integrin subunit alpha 7 (ITGA7), mRNA.

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CloneID	ONa64318
Clone ID Related Accession (Same CDS sequence)	XM_018567975.1
Accession Version	XM_018567975.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3246bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-29
Organism	Nanorana parkeri
Product	integrin alpha-7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017307393.1) 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 :: Nanorana parkeri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCCTGTAC TATGGGCTAC ATTGCTCTCT CTCGCCTGTC TCCTATCTAG GGACACAGTC 
AGGGGCTTCA ATCTGGATGT CACACACACC CTTATCAAGG ATGGAGACAA AGGCAGTTTA 
TTTGGATTCT CAGTAGCGCT TCACAAGCAG CTCAGTCCGG AGCCACTGAG TTGGCTTTTG 
GTGGGGGCAC CCCAGGCACC ATCATTACCA AACCAGTTCT CAAATCGCAC AGGTGGTCTA 
TATGGGTGTC CGCTGGCTGC TGGAGCCCAG GAATGTCAAA GGCTTGACAT TGATGATGGA 
GTTGATAGGA ATCGGGAGAG TAAAGAAAAT CAATGGCTTG GGGTTACCGT GAAAAGTCAG 
GGACCAGGGG GAAAGATTGT GACATGTGCT CACCTTTATG AGTCTCGCCA AAGAGTAAAA 
CAGCCATCGG AAACAAGAGC TGTCATTGGC CGTTGCTTTG TGCTGAGTGA AGACCTGACT 
ACTAGTGAAG ACCTGGATGG AGGAGACTGG AAGTTTTGCG AGGGTCGGCC TCAAGGTCAT 
GAGATGTTTG GGTTCTGCCA ACAAGGAATG TCAGCTGGAT TCACCTCAGA TAATAATTAC 
ATCATGTTTG GGGCCCCTGG GACCTACAAC TGGAAAGGTG AGCTGCGTGT GGAGCTCTTT 
AATCAGAGTG CTCTGGATCT TGGTACTTAC GATGACGGTC CATATGAAGT TGCTGGAGAA 
AACAGCCAGA AACCCGAATT GATCCCACTG CCGTTCAACA GCTATCTTGG TTTCTCAGTG 
GACTCAGGGT GGGGGGTGAC AGGGAAGAAC AAGCTGAGCT TTGTAAGCGG TGCCCCCCGG 
GCAAATCACA CAGGGGCCGT GGTTGTTCTT CGCCAAGAGA GTGGAAGCCA ACTTGTTCCA 
GAGCTAACGC TATGGGGAGA GACTCTTGCC TCATCGTTTG GTTACTCTGT AGCAGTTGAG 
GACCTCAATG GTGATGGCTG GACTGACCTA GTGGTAGGTG CTCCCAATTT CTTCTCCCGG 
AAAGAGGAAA TTGGTGGTGC CGTGTATGTC TACATGAATA AAGATGGGAA ACTGGATAGC 
TCTCCTCCTA TACGACTGAA CGGAACAGAT GGTTCCATGT TTGGGTTGAC TGTGGGCAGC 
TTGGGGGATA TAAATCAGGA TGGATTCAAA GATATTGCTG TTGGGGCACC ATTTGATGGC 
AGTGGGAAAC TATTCATATA TCATGGAAGC CGGACAGGAT TAGTAACCAA ACCAGCACAG 
ATCTTGGATG GAGTGAGTGT TGGGGTAACT ACCTTTGGTT ATTCATTTTC TGGTGGCCTT 
GATATTGATG GAAACTCATA TCCAGACCTG GTAGTTGGAT CTTTATCTGA CACAGTGGTC 
CTTTACAGAT CTCGCACTGT TATTCGTGTT AATAAAGAGG TCACTGTTAC TCCGCAAAAC 
ATTGACTTGG AGCAGCAGAG CTGCAAGAAT GGCCCCGGGA TCTGTGTGGA ATTTAGAGCA 
TGTTTCAGCT ATAGTGCCTT CCCTGCAACC TACAATCCAA AGATCATTTT AAGATGTGTA 
TTTGAGGCTG AAGCAACTAG GAGACAACAA GTGAAGTCCA GTCGTGTTTC TTTTATAAAC 
CGCCAACCAA ATGATCCAGA ACACCAGTTC AGTACCACAG TAGAACTCCA CAGACAGTCC 
TCCAGCCGCT GTACTACCGC CATATTCCAA CTTCAGGAGG ACGTTAGAGA CAAACTTCGA 
TCGATCCCAG TGACTCTGAC ATACAATATC CTAGAAGCAA GACACAAGCG TCAGTCTGCA 
GACGAGTCGC TGCCCCCTCT CATGCCTATC CTCAGTGAGG AAGAGCCCAA TGTCTACAAC 
ACTGAGGTAC ACTTTCTGAA AGAAGGCTGC GGAGAGGACA AAATATGTCA CAGTAACCTG 
CAGTTGAACT ATAATTTCCA CTCTCGTGTT GGCAACACAG AACACTTTGT AGCATTGCCC 
ATTGAGAACG ATGTTCCTGT GTTCGCACTC ACTGACCAGA AGGATATTAT CCTCAAGATT 
ACAGTAAATA ATATTCCTTC TGACCTACAA AATCCACAAC TAGATGGAGA TGATGCCCAT 
GAGGCCCAGC TGATTGCAAC CTTTCCTGAC ACCATGTCTT ACTCAGGTGT CCGTCCATTT 
GAGACATTCA AGTTGGTGGT GTGTCAATCC AATGAAAATG CATCAAAGGC TATATGTGAA 
ATTGGCAACC CGATGAAAAG GAATGCTGAG ATCACGTTCT ATATGGTTAT TAGCACTCCA 
GGAATCACAA TAGAAACTAC AGAACTGGAG GTGAAACTTG AACTGGCCAC GATAAGTGAG 
CAAGTGAATT TGCCTACAGT ACTTGCAAAA GTCAACGTGA TCATCGAACT GCCGCTGTCT 
GTCTCTGGAG AGGCTGCACC AAACAGACTG TTCTATAGTG GACAGGTAAA GGGGGAGTCT 
GCCATGAAGA ATGAAGATGA TGTGGGCAGC CCTGTGGATG TGGAAGTCAC CGTAACAAAC 
CGGGGAAAGT CATTGCGCAC ACTTGGTTCT GCCTACCTGA ATCTGATGTG GCCATATGAG 
ATGGCAAATG GGAAATGGCT GCTGTACCCA ATGAAGATAC AGCTAAAGGA GAAGGATCTT 
TCTGGACGCA GCATGGAATG TAGTCCCTTA GAAGCAGTCA ACCCCCTTAA ACTGAATACA 
GTCAGAGAGG ACACAAAAAG CTTTGGCCAA AGCCAGAGCT CGGCAAGCCG ATGGGCAGTT 
ACCTATCCAG CAAAGAAGAA GGACGTTGTT TTGGATTGTG CTCGCGGCAC TGCTCACTGT 
ACGATATTTC AGTGTCCTCT GTACAGTTTT GACCAGCAGG TGGTGCTTAA TGTCCATGGA 
CGGCTTTGGA ATAGCACATT TTTAGAGGAC TATCCATCTG GTAGTGCCAT AGAGGTGATC 
ATCAGAGCAA ATATCACTGT GAAGTCTAGT ATTAAGAACC TAGTATTGAG AGATGCTACA 
ACACAGATCT CTGTAATGCT GTACTCTGAT CTGGATGTTG TGGCACATGC AGGGGTTCCT 
TGGTGGATCA TTCTTATTGC AATTCTGGCT GGCATATTAC TGCTATTACT CCTAGTCTCT 
ATCCTGTGGA AGTGTGGTTT CTTCAAGAGA GAGTCTGCAG AGGCCAAGTA TACCACAGAC 
TACTATCGGG CACAATTGGG GGTTCAGCCC TCTGAGGCAC AGAGGCAGGC CGAGGAGGAT 
TTCTAG

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

RefSeq	XP_018423477.1
CDS	1..3246
Translation	MPVLWATLLSLACLLSRDTVRGFNLDVTHTLIKDGDKGSLFGFSVALHKQLSPEPLSWLLVGAPQAPSLPNQFSNRTGGLYGCPLAAGAQECQRLDIDDGVDRNRESKENQWLGVTVKSQGPGGKIVTCAHLYESRQRVKQPSETRAVIGRCFVLSEDLTTSEDLDGGDWKFCEGRPQGHEMFGFCQQGMSAGFTSDNNYIMFGAPGTYNWKGELRVELFNQSALDLGTYDDGPYEVAGENSQKPELIPLPFNSYLGFSVDSGWGVTGKNKLSFVSGAPRANHTGAVVVLRQESGSQLVPELTLWGETLASSFGYSVAVEDLNGDGWTDLVVGAPNFFSRKEEIGGAVYVYMNKDGKLDSSPPIRLNGTDGSMFGLTVGSLGDINQDGFKDIAVGAPFDGSGKLFIYHGSRTGLVTKPAQILDGVSVGVTTFGYSFSGGLDIDGNSYPDLVVGSLSDTVVLYRSRTVIRVNKEVTVTPQNIDLEQQSCKNGPGICVEFRACFSYSAFPATYNPKIILRCVFEAEATRRQQVKSSRVSFINRQPNDPEHQFSTTVELHRQSSSRCTTAIFQLQEDVRDKLRSIPVTLTYNILEARHKRQSADESLPPLMPILSEEEPNVYNTEVHFLKEGCGEDKICHSNLQLNYNFHSRVGNTEHFVALPIENDVPVFALTDQKDIILKITVNNIPSDLQNPQLDGDDAHEAQLIATFPDTMSYSGVRPFETFKLVVCQSNENASKAICEIGNPMKRNAEITFYMVISTPGITIETTELEVKLELATISEQVNLPTVLAKVNVIIELPLSVSGEAAPNRLFYSGQVKGESAMKNEDDVGSPVDVEVTVTNRGKSLRTLGSAYLNLMWPYEMANGKWLLYPMKIQLKEKDLSGRSMECSPLEAVNPLKLNTVREDTKSFGQSQSSASRWAVTYPAKKKDVVLDCARGTAHCTIFQCPLYSFDQQVVLNVHGRLWNSTFLEDYPSGSAIEVIIRANITVKSSIKNLVLRDATTQISVMLYSDLDVVAHAGVPWWIILIAILAGILLLLLLVSILWKCGFFKRESAEAKYTTDYYRAQLGVQPSEAQRQAEEDF

Target ORF information:

RefSeq Version	XM_018567975.1
Organism	Nanorana parkeri
Definition	Nanorana parkeri integrin subunit alpha 7 (ITGA7), mRNA.

Target ORF information:

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

XM_018567975.1

ORF Insert Sequence:

ATGCCTGTAC TATGGGCTAC ATTGCTCTCT CTCGCCTGTC TCCTATCTAG GGACACAGTC 
AGGGGCTTCA ATCTGGATGT CACACACACC CTTATCAAGG ATGGAGACAA AGGCAGTTTA 
TTTGGATTCT CAGTAGCGCT TCACAAGCAG CTCAGTCCGG AGCCACTGAG TTGGCTTTTG 
GTGGGGGCAC CCCAGGCACC ATCATTACCA AACCAGTTCT CAAATCGCAC AGGTGGTCTA 
TATGGGTGTC CGCTGGCTGC TGGAGCCCAG GAATGTCAAA GGCTTGACAT TGATGATGGA 
GTTGATAGGA ATCGGGAGAG TAAAGAAAAT CAATGGCTTG GGGTTACCGT GAAAAGTCAG 
GGACCAGGGG GAAAGATTGT GACATGTGCT CACCTTTATG AGTCTCGCCA AAGAGTAAAA 
CAGCCATCGG AAACAAGAGC TGTCATTGGC CGTTGCTTTG TGCTGAGTGA AGACCTGACT 
ACTAGTGAAG ACCTGGATGG AGGAGACTGG AAGTTTTGCG AGGGTCGGCC TCAAGGTCAT 
GAGATGTTTG GGTTCTGCCA ACAAGGAATG TCAGCTGGAT TCACCTCAGA TAATAATTAC 
ATCATGTTTG GGGCCCCTGG GACCTACAAC TGGAAAGGTG AGCTGCGTGT GGAGCTCTTT 
AATCAGAGTG CTCTGGATCT TGGTACTTAC GATGACGGTC CATATGAAGT TGCTGGAGAA 
AACAGCCAGA AACCCGAATT GATCCCACTG CCGTTCAACA GCTATCTTGG TTTCTCAGTG 
GACTCAGGGT GGGGGGTGAC AGGGAAGAAC AAGCTGAGCT TTGTAAGCGG TGCCCCCCGG 
GCAAATCACA CAGGGGCCGT GGTTGTTCTT CGCCAAGAGA GTGGAAGCCA ACTTGTTCCA 
GAGCTAACGC TATGGGGAGA GACTCTTGCC TCATCGTTTG GTTACTCTGT AGCAGTTGAG 
GACCTCAATG GTGATGGCTG GACTGACCTA GTGGTAGGTG CTCCCAATTT CTTCTCCCGG 
AAAGAGGAAA TTGGTGGTGC CGTGTATGTC TACATGAATA AAGATGGGAA ACTGGATAGC 
TCTCCTCCTA TACGACTGAA CGGAACAGAT GGTTCCATGT TTGGGTTGAC TGTGGGCAGC 
TTGGGGGATA TAAATCAGGA TGGATTCAAA GATATTGCTG TTGGGGCACC ATTTGATGGC 
AGTGGGAAAC TATTCATATA TCATGGAAGC CGGACAGGAT TAGTAACCAA ACCAGCACAG 
ATCTTGGATG GAGTGAGTGT TGGGGTAACT ACCTTTGGTT ATTCATTTTC TGGTGGCCTT 
GATATTGATG GAAACTCATA TCCAGACCTG GTAGTTGGAT CTTTATCTGA CACAGTGGTC 
CTTTACAGAT CTCGCACTGT TATTCGTGTT AATAAAGAGG TCACTGTTAC TCCGCAAAAC 
ATTGACTTGG AGCAGCAGAG CTGCAAGAAT GGCCCCGGGA TCTGTGTGGA ATTTAGAGCA 
TGTTTCAGCT ATAGTGCCTT CCCTGCAACC TACAATCCAA AGATCATTTT AAGATGTGTA 
TTTGAGGCTG AAGCAACTAG GAGACAACAA GTGAAGTCCA GTCGTGTTTC TTTTATAAAC 
CGCCAACCAA ATGATCCAGA ACACCAGTTC AGTACCACAG TAGAACTCCA CAGACAGTCC 
TCCAGCCGCT GTACTACCGC CATATTCCAA CTTCAGGAGG ACGTTAGAGA CAAACTTCGA 
TCGATCCCAG TGACTCTGAC ATACAATATC CTAGAAGCAA GACACAAGCG TCAGTCTGCA 
GACGAGTCGC TGCCCCCTCT CATGCCTATC CTCAGTGAGG AAGAGCCCAA TGTCTACAAC 
ACTGAGGTAC ACTTTCTGAA AGAAGGCTGC GGAGAGGACA AAATATGTCA CAGTAACCTG 
CAGTTGAACT ATAATTTCCA CTCTCGTGTT GGCAACACAG AACACTTTGT AGCATTGCCC 
ATTGAGAACG ATGTTCCTGT GTTCGCACTC ACTGACCAGA AGGATATTAT CCTCAAGATT 
ACAGTAAATA ATATTCCTTC TGACCTACAA AATCCACAAC TAGATGGAGA TGATGCCCAT 
GAGGCCCAGC TGATTGCAAC CTTTCCTGAC ACCATGTCTT ACTCAGGTGT CCGTCCATTT 
GAGACATTCA AGTTGGTGGT GTGTCAATCC AATGAAAATG CATCAAAGGC TATATGTGAA 
ATTGGCAACC CGATGAAAAG GAATGCTGAG ATCACGTTCT ATATGGTTAT TAGCACTCCA 
GGAATCACAA TAGAAACTAC AGAACTGGAG GTGAAACTTG AACTGGCCAC GATAAGTGAG 
CAAGTGAATT TGCCTACAGT ACTTGCAAAA GTCAACGTGA TCATCGAACT GCCGCTGTCT 
GTCTCTGGAG AGGCTGCACC AAACAGACTG TTCTATAGTG GACAGGTAAA GGGGGAGTCT 
GCCATGAAGA ATGAAGATGA TGTGGGCAGC CCTGTGGATG TGGAAGTCAC CGTAACAAAC 
CGGGGAAAGT CATTGCGCAC ACTTGGTTCT GCCTACCTGA ATCTGATGTG GCCATATGAG 
ATGGCAAATG GGAAATGGCT GCTGTACCCA ATGAAGATAC AGCTAAAGGA GAAGGATCTT 
TCTGGACGCA GCATGGAATG TAGTCCCTTA GAAGCAGTCA ACCCCCTTAA ACTGAATACA 
GTCAGAGAGG ACACAAAAAG CTTTGGCCAA AGCCAGAGCT CGGCAAGCCG ATGGGCAGTT 
ACCTATCCAG CAAAGAAGAA GGACGTTGTT TTGGATTGTG CTCGCGGCAC TGCTCACTGT 
ACGATATTTC AGTGTCCTCT GTACAGTTTT GACCAGCAGG TGGTGCTTAA TGTCCATGGA 
CGGCTTTGGA ATAGCACATT TTTAGAGGAC TATCCATCTG GTAGTGCCAT AGAGGTGATC 
ATCAGAGCAA ATATCACTGT GAAGTCTAGT ATTAAGAACC TAGTATTGAG AGATGCTACA 
ACACAGATCT CTGTAATGCT GTACTCTGAT CTGGATGTTG TGGCACATGC AGGGGTTCCT 
TGGTGGATCA TTCTTATTGC AATTCTGGCT GGCATATTAC TGCTATTACT CCTAGTCTCT 
ATCCTGTGGA AGTGTGGTTT CTTCAAGAGA GAGTCTGCAG AGGCCAAGTA TACCACAGAC 
TACTATCGGG CACAATTGGG GGTTCAGCCC TCTGAGGCAC AGAGGCAGGC CGAGGAGGAT 
TTCTAG