ncapg2 cDNA ORF clone, Anolis carolinensis(green anole)

Gene
Clones
gRNAs

Summary

Gene Symbol	ncapg2
Entrez Gene ID	100558215
Full Name	non-SMC condensin II complex subunit G2
Gene Type	protein-coding
Organism	Anolis carolinensis(green anole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003221933.2	XP_003221981.2	condensin-2 complex subunit G2

Pathways from BioSystems
Gene Ontology

The following ncapg2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ncapg2 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
OAn37054	XM_003221933.2 Latest version!	Anolis carolinensis non-SMC condensin II complex subunit G2 (ncapg2), 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)

ncapg2 ( XM_003221933.2 ) cDNA ORF clone, Anolis carolinensis(green anole) -> XP_003221981.2 Anolis carolinensis non-SMC condensin II complex subunit G2 (ncapg2), mRNA.

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CloneID	OAn37054
Clone ID Related Accession (Same CDS sequence)	XM_003221933.2
Accession Version	XM_003221933.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3438bp) 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	2016-05-30
Organism	Anolis carolinensis(green anole)
Product	condensin-2 complex subunit G2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_014781.1) and transcript sequence (GAFN01049107.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 22, 2014 this sequence version replaced XM_003221933.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anolis carolinensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 781 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGCAAAAC GCGAGGCTTT TCTACAAGCT GTACTTAATG GTGCCACTGA TGACTTCTTG 
CATTTCATCC AGCTTCATAA GGATGCCACT GATCCGTTTG ACCTGAACGA GCGGCTTCAA 
GAAATGTCAA GGAAACAGAA AGAAGCATTA TGGGAGAAGT TAAAGCAAAT GTTAGCCCAA 
GTTTTGGTAG AAGATCCGGT AGAAGCATGG CAGAAAAGTA CTGAAGATGA TGAGGATGAC 
ATGGAAACTC AAACAGCTTC TAAAAAGGAA CACTCCATAG CTGTGATTCA AGGCGTGACA 
ACTGTAGTCA CCACTTCCAT ACCTATAGTA GATGAAAATA TAAACTACAC ATCCCTTTTA 
GAATGTGCTT TGATATTAAA CGGCATTATT TATACTTTAC CTGACACTGA AACATCCTTG 
TTGAGAGCCC TCCAAGGCCT GTGTGAACAG TGGTGGACAA AGGGGCTGAA CGGGAAGGAA 
CAATTTGGGA AAACCACTTT CATCCTGTTC CTGAAAAACA GCCTTGAGAA GAAAACAGTT 
GCGGGGGCAG ATGTAATCCG TCTATGGCAC TTTCATCGGG CTTTACTGTG TTTCGATTAC 
GATTCAGAGG AGAGTAACGA AGTGAAGGAT TTGTTGCTTC GATGCTTTAT GAGTGTTTTG 
CATATTAAAA AAGAAGAGGG AAGAAGATTC CTGAGCTTTG TTTTTACGTG GAATGTAAAC 
TTCATTAAAC TGATACACGG GACTGTGAAA AACCAATTGC AGTGTTCTCC TAGGTCCTTG 
GTGACGCATA TTGCTGAAAT TTATTTCCGA GCATGGAAGA AAGCTTCAGG GGAGATATTG 
GAGGTGATTG AACACAGCTG CATTCAGGAT TTCATGCATC ATGGAATTCA TCTTCCCAGG 
AATTCTCCAT TGCATCCCAA AGTGCGAGAG TTCCTGAGCT ATTTCCACAA ACAAAACAAA 
TGCCGCCAAG GAGTTGAAGA AGTCCTTTAC CGACTTTACC AGCCTATTCT TTGGAGATCG 
CTAAAGGCTA GGAATTCAGA AGTTCGATCA AATGCGGCAC TGCTATTTAT TGATGCTTTT 
CCTATTTTGG ATCCTGGTTT TAACAGAGAA GATACTGATA ATGAAATCCA AAGGCAATTT 
GATGAACTTT TTAGTCTCTT GGAGGATCCT CAGCCTCTGG TTCGCTCAAC AGGGGTACTT 
GGCGTTTGTA AAATAGCATT CAAGTATTGG GAAATGATTC CTGCAACTGT GCTGGCTGAT 
CTTTTAAAAG CTCTAATTGA AAAACTTGCT TTTGATGCAA CGTCAGCAGA TGTTCGGTGC 
TCTGTCTTTA AATGCTTGCC TATAATTTTG GACAACGTAC TAAGCCACCC TTTATTGGAA 
CAGCTCCTGC CAGCTCTGAA ATACAATCTC CATGACAATT CGGAGAAAGT TAGAGTGGCT 
TTTGTTGATA TGTTGCTGAA AATTAAGTCT GTCAAGGCTG CTAAGTTTTG GAAAATCTGT 
TCGATAGACA GTCTCTTAGT CCGCCTTGAG ATGGACTCAC GCCCCGTGTC GCGACGCCTA 
GTAAGTCTCC TGTTCAGCTC CTTTTTCCCC ACCGATCAGC CAGAAGAAGT CTGGTGCGAG 
CGCTGTGTTA CGTTGATCCA GATGAATCCG GCCGCAGCCA GAAAGTTTTA TCTGTACGCA 
TACGAGAACA CGAGCCCATC CAACATAGCT AAATTGATGC TAACCATTCA GAGGTGTTTG 
AACGCCTGTA TCCAGCAGGG ATTAAAGACA TCTGACAGCG GTGATGAAGA CAGCGAAAAA 
GAAAACATGA GTATTTCGGA TAATGTGCTA TCAATCGATG ATGTGCCTTC TATGGCCGGC 
TTGCTCGAAG TTGTCGTGAT TCTCTGGAGA AGTATTCGTA AAGCGCTTGA TCGTAATGAA 
GAAGGAAAAA ACCATATTAT TCAAAAATTT GCATCAGTAC TCCCTGATTA TTTAAAGATA 
TTTAAGGATG AACGTTGTAT ATCGCCTATA ATTATTATGG CATCTTTCAT GACGCCTGCA 
GATATTCCTA CATTCAGTTG TGGCGTGATC TCTAAACTGA AGAATCTGGA AAATGGTGCA 
ACTGAAAATA AATACTCTCC TCTGCTTGAC TGTCTCTGCC GTTGGGGAAA AGTGAGCCAT 
GTTATTGAAT TAATCTGTGA TTGGATGGTT GCTGAGCCAA GCAGGAGAGA GAGTAATGGC 
GAGGGATCTG AACGGCGAGT ACGTATCCAA GAAACACATG AGTCAAAACC AGAACTGGCA 
CTTGATTATA CAGAGTATTT ACTCACTCAT TATATGAATT GGAATTGTCT GTTGTCATTG 
CCCAAAGAGA AGCTGAACCA ACTTTTGGAA GTTCTTGAAG CTGCAAAAGA TGTCCTTGAT 
TCTCATATTA GAGAAAGTGA TGCAAGGTCT CCCGGTTTCT GCAAGCCAAC TGCATTGAGA 
GCCTTTGGTC TATACTGTAG GTTGAGCATC CATCTTCAAT ACAAGTTTGC CTCGGATGGT 
CAGGATTACC TGTCAGCTTT GGAGGAAACA GGGGCGTGGA TAGGAAATAG CATTCTACCT 
CCCCTTTTAA CAGACGAGGA AGAAGGGCAT TCAGCACACA TCAGTGAAAC CTCCCGGCTG 
GTGGTCCAGA CTTATCTGAC AGTGTGCAAG GATATGATTG CTGTTGGTCT TGGTGATTCA 
GAATTTCAAG AACGCATTCT GACCATGGGG GGCATGATTC TGCATGGAGA CCGGGGCTGT 
GTTTTCATCC CAGTATTACT TGGCATCCTG GGAGAGATGG TGGAGGCTTC CTTGACCGCT 
AAGAATGACA ATGAATGTTT GGTGGAAGTT CTGAACAATA TTCAGAAAAT GTTCCAGAAG 
ATTTTAGAAT GTATGGCACT CAAGCTCAGG AGGCATCGGG AAGAAGGGAT TCAGTTAATT 
CACTCTGCTC AAGAGCCTCT TGGGAAATTC CTACATATGG TCCAGAATTG TAGTTGGAGT 
TGTCCAACAG TTCATCATGG GGTCCTTTCT TCCTTGTTAG CTGCAGCAGT AGTTGAAACA 
GGTTACACCC TGCAGCACAA GGCGTCAAAT CCAGAAGAAC TGACTCCACC AAAGTCTCTT 
TCAGACCTTC CCCCACTTTC AAGCACTTTA ATGATAATCA TGAATAAGTC AGTAAACATG 
GTCAAATCTT TTTTGAATCA GTTGATGGAA TCTATTGAAT CTGAAGAAAT TGAAGGGATT 
ATTAGCCTTA CAGCAACTGT TTATATTGTT GCCTTAATTA AAGGTAAGAA AAAGCCTTCA 
TATGTAAAAG ATGTCGCATC TGCCCTTCAA AGAAAGCTCG TGTTATACAG TGAGATTACA 
AAGGAAGACG TTGGCAATGT GCAAAGGACC CTGTATGAAA TTGCTCTGCA CACTTTAAAT 
GAAAATTTCA GTCCTTGA

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

RefSeq	XP_003221981.2
CDS	104..3541
Translation	MAKREAFLQAVLNGATDDFLHFIQLHKDATDPFDLNERLQEMSRKQKEALWEKLKQMLAQVLVEDPVEAWQKSTEDDEDDMETQTASKKEHSIAVIQGVTTVVTTSIPIVDENINYTSLLECALILNGIIYTLPDTETSLLRALQGLCEQWWTKGLNGKEQFGKTTFILFLKNSLEKKTVAGADVIRLWHFHRALLCFDYDSEESNEVKDLLLRCFMSVLHIKKEEGRRFLSFVFTWNVNFIKLIHGTVKNQLQCSPRSLVTHIAEIYFRAWKKASGEILEVIEHSCIQDFMHHGIHLPRNSPLHPKVREFLSYFHKQNKCRQGVEEVLYRLYQPILWRSLKARNSEVRSNAALLFIDAFPILDPGFNREDTDNEIQRQFDELFSLLEDPQPLVRSTGVLGVCKIAFKYWEMIPATVLADLLKALIEKLAFDATSADVRCSVFKCLPIILDNVLSHPLLEQLLPALKYNLHDNSEKVRVAFVDMLLKIKSVKAAKFWKICSIDSLLVRLEMDSRPVSRRLVSLLFSSFFPTDQPEEVWCERCVTLIQMNPAAARKFYLYAYENTSPSNIAKLMLTIQRCLNACIQQGLKTSDSGDEDSEKENMSISDNVLSIDDVPSMAGLLEVVVILWRSIRKALDRNEEGKNHIIQKFASVLPDYLKIFKDERCISPIIIMASFMTPADIPTFSCGVISKLKNLENGATENKYSPLLDCLCRWGKVSHVIELICDWMVAEPSRRESNGEGSERRVRIQETHESKPELALDYTEYLLTHYMNWNCLLSLPKEKLNQLLEVLEAAKDVLDSHIRESDARSPGFCKPTALRAFGLYCRLSIHLQYKFASDGQDYLSALEETGAWIGNSILPPLLTDEEEGHSAHISETSRLVVQTYLTVCKDMIAVGLGDSEFQERILTMGGMILHGDRGCVFIPVLLGILGEMVEASLTAKNDNECLVEVLNNIQKMFQKILECMALKLRRHREEGIQLIHSAQEPLGKFLHMVQNCSWSCPTVHHGVLSSLLAAAVVETGYTLQHKASNPEELTPPKSLSDLPPLSSTLMIIMNKSVNMVKSFLNQLMESIESEEIEGIISLTATVYIVALIKGKKKPSYVKDVASALQRKLVLYSEITKEDVGNVQRTLYEIALHTLNENFSP

Target ORF information:

RefSeq Version	XM_003221933.2
Organism	Anolis carolinensis(green anole)
Definition	Anolis carolinensis non-SMC condensin II complex subunit G2 (ncapg2), mRNA.

Target ORF information:

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

XM_003221933.2

ORF Insert Sequence:

ATGGCAAAAC GCGAGGCTTT TCTACAAGCT GTACTTAATG GTGCCACTGA TGACTTCTTG 
CATTTCATCC AGCTTCATAA GGATGCCACT GATCCGTTTG ACCTGAACGA GCGGCTTCAA 
GAAATGTCAA GGAAACAGAA AGAAGCATTA TGGGAGAAGT TAAAGCAAAT GTTAGCCCAA 
GTTTTGGTAG AAGATCCGGT AGAAGCATGG CAGAAAAGTA CTGAAGATGA TGAGGATGAC 
ATGGAAACTC AAACAGCTTC TAAAAAGGAA CACTCCATAG CTGTGATTCA AGGCGTGACA 
ACTGTAGTCA CCACTTCCAT ACCTATAGTA GATGAAAATA TAAACTACAC ATCCCTTTTA 
GAATGTGCTT TGATATTAAA CGGCATTATT TATACTTTAC CTGACACTGA AACATCCTTG 
TTGAGAGCCC TCCAAGGCCT GTGTGAACAG TGGTGGACAA AGGGGCTGAA CGGGAAGGAA 
CAATTTGGGA AAACCACTTT CATCCTGTTC CTGAAAAACA GCCTTGAGAA GAAAACAGTT 
GCGGGGGCAG ATGTAATCCG TCTATGGCAC TTTCATCGGG CTTTACTGTG TTTCGATTAC 
GATTCAGAGG AGAGTAACGA AGTGAAGGAT TTGTTGCTTC GATGCTTTAT GAGTGTTTTG 
CATATTAAAA AAGAAGAGGG AAGAAGATTC CTGAGCTTTG TTTTTACGTG GAATGTAAAC 
TTCATTAAAC TGATACACGG GACTGTGAAA AACCAATTGC AGTGTTCTCC TAGGTCCTTG 
GTGACGCATA TTGCTGAAAT TTATTTCCGA GCATGGAAGA AAGCTTCAGG GGAGATATTG 
GAGGTGATTG AACACAGCTG CATTCAGGAT TTCATGCATC ATGGAATTCA TCTTCCCAGG 
AATTCTCCAT TGCATCCCAA AGTGCGAGAG TTCCTGAGCT ATTTCCACAA ACAAAACAAA 
TGCCGCCAAG GAGTTGAAGA AGTCCTTTAC CGACTTTACC AGCCTATTCT TTGGAGATCG 
CTAAAGGCTA GGAATTCAGA AGTTCGATCA AATGCGGCAC TGCTATTTAT TGATGCTTTT 
CCTATTTTGG ATCCTGGTTT TAACAGAGAA GATACTGATA ATGAAATCCA AAGGCAATTT 
GATGAACTTT TTAGTCTCTT GGAGGATCCT CAGCCTCTGG TTCGCTCAAC AGGGGTACTT 
GGCGTTTGTA AAATAGCATT CAAGTATTGG GAAATGATTC CTGCAACTGT GCTGGCTGAT 
CTTTTAAAAG CTCTAATTGA AAAACTTGCT TTTGATGCAA CGTCAGCAGA TGTTCGGTGC 
TCTGTCTTTA AATGCTTGCC TATAATTTTG GACAACGTAC TAAGCCACCC TTTATTGGAA 
CAGCTCCTGC CAGCTCTGAA ATACAATCTC CATGACAATT CGGAGAAAGT TAGAGTGGCT 
TTTGTTGATA TGTTGCTGAA AATTAAGTCT GTCAAGGCTG CTAAGTTTTG GAAAATCTGT 
TCGATAGACA GTCTCTTAGT CCGCCTTGAG ATGGACTCAC GCCCCGTGTC GCGACGCCTA 
GTAAGTCTCC TGTTCAGCTC CTTTTTCCCC ACCGATCAGC CAGAAGAAGT CTGGTGCGAG 
CGCTGTGTTA CGTTGATCCA GATGAATCCG GCCGCAGCCA GAAAGTTTTA TCTGTACGCA 
TACGAGAACA CGAGCCCATC CAACATAGCT AAATTGATGC TAACCATTCA GAGGTGTTTG 
AACGCCTGTA TCCAGCAGGG ATTAAAGACA TCTGACAGCG GTGATGAAGA CAGCGAAAAA 
GAAAACATGA GTATTTCGGA TAATGTGCTA TCAATCGATG ATGTGCCTTC TATGGCCGGC 
TTGCTCGAAG TTGTCGTGAT TCTCTGGAGA AGTATTCGTA AAGCGCTTGA TCGTAATGAA 
GAAGGAAAAA ACCATATTAT TCAAAAATTT GCATCAGTAC TCCCTGATTA TTTAAAGATA 
TTTAAGGATG AACGTTGTAT ATCGCCTATA ATTATTATGG CATCTTTCAT GACGCCTGCA 
GATATTCCTA CATTCAGTTG TGGCGTGATC TCTAAACTGA AGAATCTGGA AAATGGTGCA 
ACTGAAAATA AATACTCTCC TCTGCTTGAC TGTCTCTGCC GTTGGGGAAA AGTGAGCCAT 
GTTATTGAAT TAATCTGTGA TTGGATGGTT GCTGAGCCAA GCAGGAGAGA GAGTAATGGC 
GAGGGATCTG AACGGCGAGT ACGTATCCAA GAAACACATG AGTCAAAACC AGAACTGGCA 
CTTGATTATA CAGAGTATTT ACTCACTCAT TATATGAATT GGAATTGTCT GTTGTCATTG 
CCCAAAGAGA AGCTGAACCA ACTTTTGGAA GTTCTTGAAG CTGCAAAAGA TGTCCTTGAT 
TCTCATATTA GAGAAAGTGA TGCAAGGTCT CCCGGTTTCT GCAAGCCAAC TGCATTGAGA 
GCCTTTGGTC TATACTGTAG GTTGAGCATC CATCTTCAAT ACAAGTTTGC CTCGGATGGT 
CAGGATTACC TGTCAGCTTT GGAGGAAACA GGGGCGTGGA TAGGAAATAG CATTCTACCT 
CCCCTTTTAA CAGACGAGGA AGAAGGGCAT TCAGCACACA TCAGTGAAAC CTCCCGGCTG 
GTGGTCCAGA CTTATCTGAC AGTGTGCAAG GATATGATTG CTGTTGGTCT TGGTGATTCA 
GAATTTCAAG AACGCATTCT GACCATGGGG GGCATGATTC TGCATGGAGA CCGGGGCTGT 
GTTTTCATCC CAGTATTACT TGGCATCCTG GGAGAGATGG TGGAGGCTTC CTTGACCGCT 
AAGAATGACA ATGAATGTTT GGTGGAAGTT CTGAACAATA TTCAGAAAAT GTTCCAGAAG 
ATTTTAGAAT GTATGGCACT CAAGCTCAGG AGGCATCGGG AAGAAGGGAT TCAGTTAATT 
CACTCTGCTC AAGAGCCTCT TGGGAAATTC CTACATATGG TCCAGAATTG TAGTTGGAGT 
TGTCCAACAG TTCATCATGG GGTCCTTTCT TCCTTGTTAG CTGCAGCAGT AGTTGAAACA 
GGTTACACCC TGCAGCACAA GGCGTCAAAT CCAGAAGAAC TGACTCCACC AAAGTCTCTT 
TCAGACCTTC CCCCACTTTC AAGCACTTTA ATGATAATCA TGAATAAGTC AGTAAACATG 
GTCAAATCTT TTTTGAATCA GTTGATGGAA TCTATTGAAT CTGAAGAAAT TGAAGGGATT 
ATTAGCCTTA CAGCAACTGT TTATATTGTT GCCTTAATTA AAGGTAAGAA AAAGCCTTCA 
TATGTAAAAG ATGTCGCATC TGCCCTTCAA AGAAAGCTCG TGTTATACAG TGAGATTACA 
AAGGAAGACG TTGGCAATGT GCAAAGGACC CTGTATGAAA TTGCTCTGCA CACTTTAAAT 
GAAAATTTCA GTCCTTGA