GCC2 cDNA ORF clone, Balaenoptera acutorostrata scammoni

Gene
Clones
gRNAs

Summary

Gene Symbol	GCC2
Entrez Gene ID	103000578
Full Name	GRIP and coiled-coil domain containing 2
Gene Type	protein-coding
Organism	Balaenoptera acutorostrata scammoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_007187199.1	XP_007187261.1	GRIP and coiled-coil domain-containing protein 2 isoform X1
XM_007187201.1	XP_007187263.1	GRIP and coiled-coil domain-containing protein 2 isoform X3
XM_007187200.1	XP_007187262.1	GRIP and coiled-coil domain-containing protein 2 isoform X2

Pathways from BioSystems
Gene Ontology

The following GCC2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GCC2 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)
OBa166113	XM_007187199.1 Latest version!	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OBa166114	XM_007187200.1 Latest version!	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBa166115	XM_007187201.1 Latest version!	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

GCC2 ( XM_007187199.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007187261.1 Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OBa166113
Clone ID Related Accession (Same CDS sequence)	XM_007187199.1
Accession Version	XM_007187199.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5043bp) 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	1549814400000
Organism	Balaenoptera acutorostrata scammoni
Product	GRIP and coiled-coil domain-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006728682.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAGC CTGTTCACGA CGGGGTGGCC TCGCCGGCCG CTCCTGGGAC CGGGAAATCC 
AAGCTGGAAA CATTGCCCAA GGAAGATCTT ATCAAGTTTG CCAAGAAGCA GATGATGCTA 
ATACAGAAAG CTAAATCAAG ATGTACAGAA TTGGAGAAAG AAATTGAAGA ATTGAGATCA 
AAACCTGTTG CTGGAGGAAC TGATGATATT ATTAAGGCAT TGACCATACG TCTGGATGCT 
ATTCTTTTGG AAAAAGCAGA GACTGAGCAA CAGTGTGTTT CTTTGAAGAA GGAAAATATT 
AAAATGAAGC AAGAGGTTGA GGATTCTGTA ACTAAGTTGG AAGATGTGCA TAAGGAGTTT 
GAACAATCAG AAAGAAACTA TGCAAAAGAA ATGGAAAATT TGAAAAATGA ATTAATGGCA 
GTACATTCCA AATACAGTAA CGATAAAGCT GGTTGGCAAA AGGAACTGGA GGAAGCAGCA 
AAAAAACAAT TAGAGCTTTC AGAACAAATC AAATTTCAGA GTGATTCTGA AGATAATGTT 
AAAAAACTAC AGGAAGAGAT TCAGAAAATT AAGCCAGCCT TTGAGGAGCA AATTTTATGT 
CTGCAAAAGC AGTTAGAAGC TGCTACAAAT GAAAAGGAGC AAGAAATTAC TCATCTCCAA 
GGAGTCATTG AGGCTAATTC TCAGCAGTAC CAAAAAGAAA TTAATAGTTT GCAAGAAGAA 
CTTTTACGGT TGAAATCTAC ACACCAAGAA GAGGTGAAAG AATTGAAGTG CCAAATTGAA 
GCATCTGCTA AAGAACACGA AGCAGAAGTA AATCATTTAA ACCAGCTAAA GGAGAACTTA 
GTCAAACAGT GTGAGGCAAG TGAGAAGAAC CTTCAGGAGA AATATGAATG TGAATTAGAA 
AACGCAGACC AGGAAAATCA AATGTGTTCT TTGCCCTTAC AGGAAGATAT TCGTGTAGAA 
CAAGCAGTAA ATGAAAAAGT CAAACACTTA GAAGATACCC TAAAAGAACT GAAGTCTCAA 
CATAGCATCT TAAAAGACGA GTTAACTTAC ATGAATAATC TTAAATTAAA ACTTGAAATT 
GATGCCCAGC ATACAAAGGA TGAGTTTTTT CACGAACGGG AAGATTTAGA GTTTAAAATT 
AATGAATTAT TACTAGCTAA AGAAGAGCAG GGGTGTGTAA TTGAAAAATT AAAATCTGAG 
CTAGAAGATT CAAATAAACA GTCTTGCTGT ACCGTAGAAC AACATAACAA AGAAGTACAG 
AGTCTTAAGG AACAACATCA AAAAGAAATA TCAGAACTAA ATGAGGCATT TTTGTCAGGT 
TCAGAAAAAG AAAAATTAAC ATTGATGTTT GAAATACAGG GTCTTAAGGA ACAGTGTGAA 
AACCTACAAA AAGAAAAGCA AGAAGCAATT TTAAATTATG AGAGTTTACG AGAGATTATG 
GAAATTTTAC AAACAGAGTT GGGGGAATCT GCTGGAAAAA TAAGTCAAGA GTTTGAATCA 
ATGAAGCAAC AGCAAGCATC TGATGTTAAT GAACTTCAGC AGAAGCTCAG AACTGCATTT 
AATGAAAAAG ATGCTCTTCT TGAAACTGTG AATCGTCTCC AGAGAGAAAA TGAAAAGTTA 
TTAACACAGC AACAATTTGT ACCAGAACTT GAAAATACCA TAAAGAACCT TCAAGAAAAG 
AATGAAGTGT ATTTAGTTAG TCTCAGTCAG AGAGATACCA TGTTACAAGA ATTTGAAGCA 
AAGATAAGTT CTCTTACTGA GGAAAAAGAT GATCTCATAA GTAAAATTAA AAGTTATCAT 
GAAGAGGTGG AGACTGTCTA TCACAAATGT GAAAGGGAAG AAAGGTTGAT TGTAGGACCC 
AGGGAGAAAG TGGAGCAGAC TACCCAGTAC AGCAGTGAGC TAGAACAAAA GGTAAACGAT 
TTAACAGCAC GACTAGAAGA AACCTTAGAA GAAAAGGATC AAAAGGACCA AAAACTGGAA 
AAGCTTATGG CTCAGTTGAA AACTCTCGCT CAAGACCAGG AAGCAGTGTC ATCTGAAGTG 
AAGTCTCTTC ATGAGGAAAA TAGTAGACTG AGTTCAGAAA AGAACCAGTT GAGCAGGGAT 
TTGGAAGCTC TCCTGTCTCA AAAAGAAGGA GATTTTATGC TGAAGGAGCA GATTTCTGAA 
TTAGAAAAGA AACTTCAGTT AACAGTTGAA GCAAGAGATA ATTTAAATAA ACTGTTGGAA 
AATGAGCAAG TTCAGAAGTT ATTTGTCAAA ACTCAGTTGT GTGGTTTTCT TGAACAAATG 
GAGTCAAAAG TTTCAGAAAA AAGTGAGGAA CAAGATGTTG TAAATGTCCT ACAAGCTGTA 
GGTGAATCCT TAGCTAAAAT AAATGAAGAA AAACACAACT TGGTCTGCCA GTATGGTAAA 
AGGGTAGCAG AGTTAGAAAA AGAGATTAAG TTCCTCCAAG AAGAGAATGT GATTCAATGT 
GAGGAACTTA GGTCTTTACT AGGAGACCAT GAGCTAGAGA AAGCTCTCTT AAGGAAAGAA 
TTAGAAGAAA CCGTCTTGGA AAAAGAGGCC CTGCAGTCTG ATCTTCTAGA AATGAAGAAT 
GCTAACGAAC AAACAAGGCT TGAAAATCAG AATCTCCTAA TTCAAGTTGA TGAATTATCT 
CAAAAATTAT GTAGCAAAAA TGAAAACCAT AATGAAGAAG AAAAATATTT TATAAAGGAA 
CTTGAAAACC TAAGGCCATT ACTAGAACAA AAAGAATCAG AATTGCAAGA TGTGAGAGCA 
GAGTTGATAT CATTAAAGGA TTCCTTAGAG AAATCACCTT CTGTAGAAAG TGATCAACCT 
TCAGTAAAAG AGTTTGAAGA AAAAATAGCA TATCTGGAAG AAGAATGCAA AGACAAAGAG 
GAGAAAATAG AGAAATTAAA ACTAGTTGCT GTGAAGGCAA AGAAAGAACT AGGTTCTAGC 
AGAAAAGAGG CCCAGACGCT ACGGGAAGAA CTTGAATCTG TTCGCTCAGA AAGGGATCAG 
GTGTCTACTT CCATGAGAGA TCTCATTCAA GGAGCAGAAA GCTATAAGAA TCTTGTATTG 
GAATATGATA AGCAGTCAGA GCAGTTGGAT CTGGAGAAAG AACGGGCTAA TAATTTTGAG 
CACCAAGTAG AAGACCTTAC AAGACAACTA AGGAATATGG CTTTTCAGTG TGAAAAATTA 
AACTCAGATA ATGAAGACCT CCTGGCCCGT GTTGGGACAC TGCAGTCTAA CACCCGGTTA 
TTAGAAGTGC AGATTTTGGA AGTCCACAAA GCCAAGGCCA TGGCAGACAA AGAGTTGGAA 
GCTGAAAAAC TTAAGAAAGA GCAGAAAATA AAGGAGCATG CCAGTTCTGT AAACGAACTT 
GAAGAGCTTC AGCTACAACT GCAAAAGGAA AAGAAACAGC TTCAGAAAAC CATGCAAGAA 
TTAGAGCTGG TTAGAAAGGA TGCCCAACAA ACCACATTGA TGAACATGGA AATTGCTGAT 
TACGAACGTT TGTTGAAAGA ACTAAATCAA AAGTTAGCTA ATAAGAACAG CAAGATAGAA 
GATTTGGAAC AAGAAATAAA AATCCAAAAA CAGAAACAAG AAACCCTGCA GGAAGAAATG 
ACTTCGCTGC AGGCTTCAGT ACAACAGTAT GAGGAAAAAA ACACCAAAAT CAAGCAGTTG 
CTTGTGAAAA CCAAAAAAGA ACTGGCAGAT TCAAAGCAAG CGGAAACTGA TCACTTAATA 
CTCCAAGCGT CTTTAAAGGG CGAGCTGGAG GCAAGCCAGC AGCAAGTAGA AATGTATAAA 
ATTCAGCTGG CGGAAATGAC GTCGGAGAAG CACAAAGCTC ACCAGCACCT GAAGGCGTCC 
GCGGACCAGC AGCAGCGCAC ACTGGGCGCC TACCAGCAGA GGGTGGCGGC CCTGCAGGAG 
GAGTGCCGCG CTGCCAGGGC AGAACAAGCT GCTGTCACCT CTGAATTTGA GAGCTACAAA 
GTCCGAGTTC ACAATGTTCT AAAACAACAG AAAAATAAGT CTGTGTCTCA GACTGAGACC 
GACGGAGCCA AACAAGAAAG AGAACATCTG GAAATGCTGA TTGACCAACT AAAGATCAAA 
TTACAAGACA CCCAAAGTAA CTTACAGATC AACGTCTCTG AACTGCAGAC CTTGCAGTCT 
GAACACGACG CCCTGCTAGA AAGGCACAGC AGGGTGCTGC AGGAGACCGT GTCCAAGGAG 
ACCGCGCTCC GAGAGAGGCT GTGCGCCGTG CAGTCGGAGA ACTCCGCGAT GAAGTCGGAG 
CACGCGCAGA CCGTGAGTCA GCTCTCGGCC CAGCACGAGG CCCTGCGTGG CAGCTTCCGA 
GACCAGGTGC TGCAGCTTCA GGAGGAGCAC CGGCGGACGG TGGAGACGCT GCAGCAGCAG 
CTGACCAGGC TGGAGGCCCA GCTCTTCCAG CTCCAGAGCG AGCCGTCCAC AAGAAGCCCA 
GCTTCTTCCC AGCAACCTTT GAGGAGCCTT CGAGAAAGGA GAAGCACAGA CCTCCCGCTT 
CTGGATGTGC CGGCCACGAC CCGGGAGGAG GGGGAGGGGA TGGAGACCAC GGACTCCGAG 
TCCGTATCTT CCGCCGGCAT CCACGCGCAG TCCTTAGAGC AGCTGCTCCG TTCTCCCGAA 
GCCAGGCTCG AGCCTCCTTC CTGGCACGCT GAATTCACCA AAGAAGAATT GGTTCAAAAG 
CTCAGTTCCA CCACAAAAAG TGCCGACCAC TTAAACGGGC TACTTCGGGA AACAGAAGGC 
ACCAACGCCA TCCTCATGGA GCAGATTAAG CTTCTGAAGA GTGAGATCCG GCGGCTGGAG 
AGGAACCAGG CGCGAGAGCA GTCGGCCGCC AACCTGGAGT ACCTGAAGAA CGTGCTGCTG 
CAGTTCGTCC TCCTGAAGCC GGGGAGCGAG CGGGCGCGGC TGCTGCCCGT CGTGGGCACG 
ATGCTGCAGC TCAGCCCCGA GGAGAAGGCC AGGCTGGCCG CTGCCGCCCA AGGTGAGGAG 
GAAAATGCTT CCCGTTCCTC CGGCTGGGCG TCCTATCTGC ACAGCTGGTC TGGACTTCGA 
TAG

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

RefSeq	XP_007187261.1
CDS	23..5065
Translation	MEEPVHDGVASPAAPGTGKSKLETLPKEDLIKFAKKQMMLIQKAKSRCTELEKEIEELRSKPVAGGTDDIIKALTIRLDAILLEKAETEQQCVSLKKENIKMKQEVEDSVTKLEDVHKEFEQSERNYAKEMENLKNELMAVHSKYSNDKAGWQKELEEAAKKQLELSEQIKFQSDSEDNVKKLQEEIQKIKPAFEEQILCLQKQLEAATNEKEQEITHLQGVIEANSQQYQKEINSLQEELLRLKSTHQEEVKELKCQIEASAKEHEAEVNHLNQLKENLVKQCEASEKNLQEKYECELENADQENQMCSLPLQEDIRVEQAVNEKVKHLEDTLKELKSQHSILKDELTYMNNLKLKLEIDAQHTKDEFFHEREDLEFKINELLLAKEEQGCVIEKLKSELEDSNKQSCCTVEQHNKEVQSLKEQHQKEISELNEAFLSGSEKEKLTLMFEIQGLKEQCENLQKEKQEAILNYESLREIMEILQTELGESAGKISQEFESMKQQQASDVNELQQKLRTAFNEKDALLETVNRLQRENEKLLTQQQFVPELENTIKNLQEKNEVYLVSLSQRDTMLQEFEAKISSLTEEKDDLISKIKSYHEEVETVYHKCEREERLIVGPREKVEQTTQYSSELEQKVNDLTARLEETLEEKDQKDQKLEKLMAQLKTLAQDQEAVSSEVKSLHEENSRLSSEKNQLSRDLEALLSQKEGDFMLKEQISELEKKLQLTVEARDNLNKLLENEQVQKLFVKTQLCGFLEQMESKVSEKSEEQDVVNVLQAVGESLAKINEEKHNLVCQYGKRVAELEKEIKFLQEENVIQCEELRSLLGDHELEKALLRKELEETVLEKEALQSDLLEMKNANEQTRLENQNLLIQVDELSQKLCSKNENHNEEEKYFIKELENLRPLLEQKESELQDVRAELISLKDSLEKSPSVESDQPSVKEFEEKIAYLEEECKDKEEKIEKLKLVAVKAKKELGSSRKEAQTLREELESVRSERDQVSTSMRDLIQGAESYKNLVLEYDKQSEQLDLEKERANNFEHQVEDLTRQLRNMAFQCEKLNSDNEDLLARVGTLQSNTRLLEVQILEVHKAKAMADKELEAEKLKKEQKIKEHASSVNELEELQLQLQKEKKQLQKTMQELELVRKDAQQTTLMNMEIADYERLLKELNQKLANKNSKIEDLEQEIKIQKQKQETLQEEMTSLQASVQQYEEKNTKIKQLLVKTKKELADSKQAETDHLILQASLKGELEASQQQVEMYKIQLAEMTSEKHKAHQHLKASADQQQRTLGAYQQRVAALQEECRAARAEQAAVTSEFESYKVRVHNVLKQQKNKSVSQTETDGAKQEREHLEMLIDQLKIKLQDTQSNLQINVSELQTLQSEHDALLERHSRVLQETVSKETALRERLCAVQSENSAMKSEHAQTVSQLSAQHEALRGSFRDQVLQLQEEHRRTVETLQQQLTRLEAQLFQLQSEPSTRSPASSQQPLRSLRERRSTDLPLLDVPATTREEGEGMETTDSESVSSAGIHAQSLEQLLRSPEARLEPPSWHAEFTKEELVQKLSSTTKSADHLNGLLRETEGTNAILMEQIKLLKSEIRRLERNQAREQSAANLEYLKNVLLQFVLLKPGSERARLLPVVGTMLQLSPEEKARLAAAAQGEEENASRSSGWASYLHSWSGLR

Target ORF information:

RefSeq Version	XM_007187199.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, mRNA.

Target ORF information:

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

XM_007187199.1

ORF Insert Sequence:

ATGGAGGAGC CTGTTCACGA CGGGGTGGCC TCGCCGGCCG CTCCTGGGAC CGGGAAATCC 
AAGCTGGAAA CATTGCCCAA GGAAGATCTT ATCAAGTTTG CCAAGAAGCA GATGATGCTA 
ATACAGAAAG CTAAATCAAG ATGTACAGAA TTGGAGAAAG AAATTGAAGA ATTGAGATCA 
AAACCTGTTG CTGGAGGAAC TGATGATATT ATTAAGGCAT TGACCATACG TCTGGATGCT 
ATTCTTTTGG AAAAAGCAGA GACTGAGCAA CAGTGTGTTT CTTTGAAGAA GGAAAATATT 
AAAATGAAGC AAGAGGTTGA GGATTCTGTA ACTAAGTTGG AAGATGTGCA TAAGGAGTTT 
GAACAATCAG AAAGAAACTA TGCAAAAGAA ATGGAAAATT TGAAAAATGA ATTAATGGCA 
GTACATTCCA AATACAGTAA CGATAAAGCT GGTTGGCAAA AGGAACTGGA GGAAGCAGCA 
AAAAAACAAT TAGAGCTTTC AGAACAAATC AAATTTCAGA GTGATTCTGA AGATAATGTT 
AAAAAACTAC AGGAAGAGAT TCAGAAAATT AAGCCAGCCT TTGAGGAGCA AATTTTATGT 
CTGCAAAAGC AGTTAGAAGC TGCTACAAAT GAAAAGGAGC AAGAAATTAC TCATCTCCAA 
GGAGTCATTG AGGCTAATTC TCAGCAGTAC CAAAAAGAAA TTAATAGTTT GCAAGAAGAA 
CTTTTACGGT TGAAATCTAC ACACCAAGAA GAGGTGAAAG AATTGAAGTG CCAAATTGAA 
GCATCTGCTA AAGAACACGA AGCAGAAGTA AATCATTTAA ACCAGCTAAA GGAGAACTTA 
GTCAAACAGT GTGAGGCAAG TGAGAAGAAC CTTCAGGAGA AATATGAATG TGAATTAGAA 
AACGCAGACC AGGAAAATCA AATGTGTTCT TTGCCCTTAC AGGAAGATAT TCGTGTAGAA 
CAAGCAGTAA ATGAAAAAGT CAAACACTTA GAAGATACCC TAAAAGAACT GAAGTCTCAA 
CATAGCATCT TAAAAGACGA GTTAACTTAC ATGAATAATC TTAAATTAAA ACTTGAAATT 
GATGCCCAGC ATACAAAGGA TGAGTTTTTT CACGAACGGG AAGATTTAGA GTTTAAAATT 
AATGAATTAT TACTAGCTAA AGAAGAGCAG GGGTGTGTAA TTGAAAAATT AAAATCTGAG 
CTAGAAGATT CAAATAAACA GTCTTGCTGT ACCGTAGAAC AACATAACAA AGAAGTACAG 
AGTCTTAAGG AACAACATCA AAAAGAAATA TCAGAACTAA ATGAGGCATT TTTGTCAGGT 
TCAGAAAAAG AAAAATTAAC ATTGATGTTT GAAATACAGG GTCTTAAGGA ACAGTGTGAA 
AACCTACAAA AAGAAAAGCA AGAAGCAATT TTAAATTATG AGAGTTTACG AGAGATTATG 
GAAATTTTAC AAACAGAGTT GGGGGAATCT GCTGGAAAAA TAAGTCAAGA GTTTGAATCA 
ATGAAGCAAC AGCAAGCATC TGATGTTAAT GAACTTCAGC AGAAGCTCAG AACTGCATTT 
AATGAAAAAG ATGCTCTTCT TGAAACTGTG AATCGTCTCC AGAGAGAAAA TGAAAAGTTA 
TTAACACAGC AACAATTTGT ACCAGAACTT GAAAATACCA TAAAGAACCT TCAAGAAAAG 
AATGAAGTGT ATTTAGTTAG TCTCAGTCAG AGAGATACCA TGTTACAAGA ATTTGAAGCA 
AAGATAAGTT CTCTTACTGA GGAAAAAGAT GATCTCATAA GTAAAATTAA AAGTTATCAT 
GAAGAGGTGG AGACTGTCTA TCACAAATGT GAAAGGGAAG AAAGGTTGAT TGTAGGACCC 
AGGGAGAAAG TGGAGCAGAC TACCCAGTAC AGCAGTGAGC TAGAACAAAA GGTAAACGAT 
TTAACAGCAC GACTAGAAGA AACCTTAGAA GAAAAGGATC AAAAGGACCA AAAACTGGAA 
AAGCTTATGG CTCAGTTGAA AACTCTCGCT CAAGACCAGG AAGCAGTGTC ATCTGAAGTG 
AAGTCTCTTC ATGAGGAAAA TAGTAGACTG AGTTCAGAAA AGAACCAGTT GAGCAGGGAT 
TTGGAAGCTC TCCTGTCTCA AAAAGAAGGA GATTTTATGC TGAAGGAGCA GATTTCTGAA 
TTAGAAAAGA AACTTCAGTT AACAGTTGAA GCAAGAGATA ATTTAAATAA ACTGTTGGAA 
AATGAGCAAG TTCAGAAGTT ATTTGTCAAA ACTCAGTTGT GTGGTTTTCT TGAACAAATG 
GAGTCAAAAG TTTCAGAAAA AAGTGAGGAA CAAGATGTTG TAAATGTCCT ACAAGCTGTA 
GGTGAATCCT TAGCTAAAAT AAATGAAGAA AAACACAACT TGGTCTGCCA GTATGGTAAA 
AGGGTAGCAG AGTTAGAAAA AGAGATTAAG TTCCTCCAAG AAGAGAATGT GATTCAATGT 
GAGGAACTTA GGTCTTTACT AGGAGACCAT GAGCTAGAGA AAGCTCTCTT AAGGAAAGAA 
TTAGAAGAAA CCGTCTTGGA AAAAGAGGCC CTGCAGTCTG ATCTTCTAGA AATGAAGAAT 
GCTAACGAAC AAACAAGGCT TGAAAATCAG AATCTCCTAA TTCAAGTTGA TGAATTATCT 
CAAAAATTAT GTAGCAAAAA TGAAAACCAT AATGAAGAAG AAAAATATTT TATAAAGGAA 
CTTGAAAACC TAAGGCCATT ACTAGAACAA AAAGAATCAG AATTGCAAGA TGTGAGAGCA 
GAGTTGATAT CATTAAAGGA TTCCTTAGAG AAATCACCTT CTGTAGAAAG TGATCAACCT 
TCAGTAAAAG AGTTTGAAGA AAAAATAGCA TATCTGGAAG AAGAATGCAA AGACAAAGAG 
GAGAAAATAG AGAAATTAAA ACTAGTTGCT GTGAAGGCAA AGAAAGAACT AGGTTCTAGC 
AGAAAAGAGG CCCAGACGCT ACGGGAAGAA CTTGAATCTG TTCGCTCAGA AAGGGATCAG 
GTGTCTACTT CCATGAGAGA TCTCATTCAA GGAGCAGAAA GCTATAAGAA TCTTGTATTG 
GAATATGATA AGCAGTCAGA GCAGTTGGAT CTGGAGAAAG AACGGGCTAA TAATTTTGAG 
CACCAAGTAG AAGACCTTAC AAGACAACTA AGGAATATGG CTTTTCAGTG TGAAAAATTA 
AACTCAGATA ATGAAGACCT CCTGGCCCGT GTTGGGACAC TGCAGTCTAA CACCCGGTTA 
TTAGAAGTGC AGATTTTGGA AGTCCACAAA GCCAAGGCCA TGGCAGACAA AGAGTTGGAA 
GCTGAAAAAC TTAAGAAAGA GCAGAAAATA AAGGAGCATG CCAGTTCTGT AAACGAACTT 
GAAGAGCTTC AGCTACAACT GCAAAAGGAA AAGAAACAGC TTCAGAAAAC CATGCAAGAA 
TTAGAGCTGG TTAGAAAGGA TGCCCAACAA ACCACATTGA TGAACATGGA AATTGCTGAT 
TACGAACGTT TGTTGAAAGA ACTAAATCAA AAGTTAGCTA ATAAGAACAG CAAGATAGAA 
GATTTGGAAC AAGAAATAAA AATCCAAAAA CAGAAACAAG AAACCCTGCA GGAAGAAATG 
ACTTCGCTGC AGGCTTCAGT ACAACAGTAT GAGGAAAAAA ACACCAAAAT CAAGCAGTTG 
CTTGTGAAAA CCAAAAAAGA ACTGGCAGAT TCAAAGCAAG CGGAAACTGA TCACTTAATA 
CTCCAAGCGT CTTTAAAGGG CGAGCTGGAG GCAAGCCAGC AGCAAGTAGA AATGTATAAA 
ATTCAGCTGG CGGAAATGAC GTCGGAGAAG CACAAAGCTC ACCAGCACCT GAAGGCGTCC 
GCGGACCAGC AGCAGCGCAC ACTGGGCGCC TACCAGCAGA GGGTGGCGGC CCTGCAGGAG 
GAGTGCCGCG CTGCCAGGGC AGAACAAGCT GCTGTCACCT CTGAATTTGA GAGCTACAAA 
GTCCGAGTTC ACAATGTTCT AAAACAACAG AAAAATAAGT CTGTGTCTCA GACTGAGACC 
GACGGAGCCA AACAAGAAAG AGAACATCTG GAAATGCTGA TTGACCAACT AAAGATCAAA 
TTACAAGACA CCCAAAGTAA CTTACAGATC AACGTCTCTG AACTGCAGAC CTTGCAGTCT 
GAACACGACG CCCTGCTAGA AAGGCACAGC AGGGTGCTGC AGGAGACCGT GTCCAAGGAG 
ACCGCGCTCC GAGAGAGGCT GTGCGCCGTG CAGTCGGAGA ACTCCGCGAT GAAGTCGGAG 
CACGCGCAGA CCGTGAGTCA GCTCTCGGCC CAGCACGAGG CCCTGCGTGG CAGCTTCCGA 
GACCAGGTGC TGCAGCTTCA GGAGGAGCAC CGGCGGACGG TGGAGACGCT GCAGCAGCAG 
CTGACCAGGC TGGAGGCCCA GCTCTTCCAG CTCCAGAGCG AGCCGTCCAC AAGAAGCCCA 
GCTTCTTCCC AGCAACCTTT GAGGAGCCTT CGAGAAAGGA GAAGCACAGA CCTCCCGCTT 
CTGGATGTGC CGGCCACGAC CCGGGAGGAG GGGGAGGGGA TGGAGACCAC GGACTCCGAG 
TCCGTATCTT CCGCCGGCAT CCACGCGCAG TCCTTAGAGC AGCTGCTCCG TTCTCCCGAA 
GCCAGGCTCG AGCCTCCTTC CTGGCACGCT GAATTCACCA AAGAAGAATT GGTTCAAAAG 
CTCAGTTCCA CCACAAAAAG TGCCGACCAC TTAAACGGGC TACTTCGGGA AACAGAAGGC 
ACCAACGCCA TCCTCATGGA GCAGATTAAG CTTCTGAAGA GTGAGATCCG GCGGCTGGAG 
AGGAACCAGG CGCGAGAGCA GTCGGCCGCC AACCTGGAGT ACCTGAAGAA CGTGCTGCTG 
CAGTTCGTCC TCCTGAAGCC GGGGAGCGAG CGGGCGCGGC TGCTGCCCGT CGTGGGCACG 
ATGCTGCAGC TCAGCCCCGA GGAGAAGGCC AGGCTGGCCG CTGCCGCCCA AGGTGAGGAG 
GAAAATGCTT CCCGTTCCTC CGGCTGGGCG TCCTATCTGC ACAGCTGGTC TGGACTTCGA 
TAG

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

GCC2 ( XM_007187200.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007187262.1 Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OBa166114
Clone ID Related Accession (Same CDS sequence)	XM_007187200.1
Accession Version	XM_007187200.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) 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	1549814400000
Organism	Balaenoptera acutorostrata scammoni
Product	GRIP and coiled-coil domain-containing protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006728682.1) 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 Name :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAGC CTGTTCACGA CGGGGTGGCC TCGCCGGCCG CTCCTGGGAC CGGGAAATCC 
AAGCTGGAAA CATTGCCCAA GGAAGATCTT ATCAAGTTTG CCAAGAAGCA GATGATGCTA 
ATACAGAAAG CTAAATCAAG ATGTACAGAA TTGGAGAAAG AAATTGAAGA ATTGAGATCA 
AAACCTGTTG CTGGAGGAAC TGATGATATT ATTAAGGCAT TGACCATACG TCTGGATGCT 
ATTCTTTTGG AAAAAGCAGA GACTGAGCAA CAGTGTGTTT CTTTGAAGAA GGAAAATATT 
AAAATGAAGC AAGAGGTTGA GGATTCTGTA ACTAAGTTGG AAGATGTGCA TAAGGAGTTT 
GAACAATCAG AAAGAAACTA TGCAAAAGAA ATGGAAAATT TGAAAAATGA ATTAATGGCA 
GTACATTCCA AATACAGTAA CGATAAAGCT GGTTGGCAAA AGGAACTGGA GGAAGCAGCA 
AAAAAACAAT TAGAGCTTTC AGAACAAATC AAATTTCAGA GTGATTCTGA AGATAATGTT 
AAAAAACTAC AGGAAGAGAT TCAGAAAATT AAGCCAGCCT TTGAGGAGCA AATTTTATGT 
CTGCAAAAGC AGTTAGAAGC TGCTACAAAT GAAAAGGAGC AAGAAATTAC TCATCTCCAA 
GGAGTCATTG AGGCTAATTC TCAGCAGTAC CAAAAAGAAA TTAATAGTTT GCAAGAAGAA 
CTTTTACGGT TGAAATCTAC ACACCAAGAA GAGGTGAAAG AATTGAAGTG CCAAATTGAA 
GCATCTGCTA AAGAACACGA AGCAGAAGTA AATCATTTAA ACCAGCTAAA GGAGAACTTA 
GTCAAACAGT GTGAGGCAAG TGAGAAGAAC CTTCAGGAGA AATATGAATG TGAATTAGAA 
AACGCAGACC AGGAAAATCA AATGTGTTCT TTGCCCTTAC AGGAAGATAT TCGTGTAGAA 
CAAGCAGTAA ATGAAAAAGT CAAACACTTA GAAGATACCC TAAAAGAACT GAAGTCTCAA 
CATAGCATCT TAAAAGACGA GTTAACTTAC ATGAATAATC TTAAATTAAA ACTTGAAATT 
GATGCCCAGC ATACAAAGGA TGAGTTTTTT CACGAACGGG AAGATTTAGA GTTTAAAATT 
AATGAATTAT TACTAGCTAA AGAAGAGCAG GGGTGTGTAA TTGAAAAATT AAAATCTGAG 
CTAGAAGATT CAAATAAACA GTCTTGCTGT ACCGTAGAAC AACATAACAA AGAAGTACAG 
AGTCTTAAGG AACAACATCA AAAAGAAATA TCAGAACTAA ATGAGGCATT TTTGTCAGGT 
TCAGAAAAAG AAAAATTAAC ATTGATGTTT GAAATACAGG GTCTTAAGGA ACAGTGTGAA 
AACCTACAAA AAGAAAAGCA AGAAGCAATT TTAAATTATG AGAGTTTACG AGAGATTATG 
GAAATTTTAC AAACAGAGTT GGGGGAATCT GCTGGAAAAA TAAGTCAAGA GTTTGAATCA 
ATGAAGCAAC AGCAAGCATC TGATGTTAAT GAACTTCAGC AGAAGCTCAG AACTGCATTT 
AATGAAAAAG ATGCTCTTCT TGAAACTGTG AATCGTCTCC AGAGAGAAAA TGAAAAGTTA 
TTAACACAGC AACAATTTGT ACCAGAACTT GAAAATACCA TAAAGAACCT TCAAGAAAAG 
AATGAAGTGT ATTTAGTTAG TCTCAGTCAG AGAGATACCA TGTTACAAGA ATTTGAAGCA 
AAGATAAGTT CTCTTACTGA GGAAAAAGAT GATCTCATAA GTAAAATTAA AAGTTATCAT 
GAAGAGGTGG AGACTGTCTA TCACAAATGT GAAAGGGAAG AAAGGTTGAT TGTAGGACCC 
AGGGAGAAAG TGGAGCAGAC TACCCAGTAC AGCAGTGAGC TAGAACAAAA GGTAAACGAT 
TTAACAGCAC GACTAGAAGA AACCTTAGAA GAAAAGGATC AAAAGGACCA AAAACTGGAA 
AAGCTTATGG CTCAGTTGAA AACTCTCGCT CAAGACCAGG AAGCAGTGTC ATCTGAAGTG 
AAGTCTCTTC ATGAGGAAAA TAGTAGACTG AGTTCAGAAA AGAACCAGTT GAGCAGGGAT 
TTGGAAGCTC TCCTGTCTCA AAAAGAAGGA GATTTTATGC TGAAGGAGCA GATTTCTGAA 
TTAGAAAAGA AACTTCAGTT AACAGTTGAA GCAAGAGATA ATTTAAATAA ACTGTTGGAA 
AATGAGCAAG TTCAGAAGTT ATTTGTCAAA ACTCAGTTGT GTGGTTTTCT TGAACAAATG 
GAGTCAAAAG TTTCAGAAAA AAGTGAGGAA CAAGATGTTG TAAATGTCCT ACAAGCTGTA 
GGTGAATCCT TAGCTAAAAT AAATGAAGAA AAACACAACT TGGTCTGCCA GTATGGTAAA 
AGGGTAGCAG AGTTAGAAAA AGAGATTAAG TTCCTCCAAG AAGAGAATGT GATTCAATGT 
GAGGAACTTA GGTCTTTACT AGGAGACCAT GAGCTAGAGA AAGCTCTCTT AAGGAAAGAA 
TTAGAAGAAA CCGTCTTGGA AAAAGAGGCC CTGCAGTCTG ATCTTCTAGA AATGAAGAAT 
GCTAACGAAC AAACAAGGCT TGAAAATCAG AATCTCCTAA TTCAAGTTGA TGAATTATCT 
CAAAAATTAT GTAGCAAAAA TGAAAACCAT AATGAAGAAG AAAAATATTT TATAAAGGAA 
CTTGAAAACC TAAGGCCATT ACTAGAACAA AAAGAATCAG AATTGCAAGA TGTGAGAGCA 
GAGTTGATAT CATTAAAGGA TTCCTTAGAG AAATCACCTT CTGTAGAAAG TGATCAACCT 
TCAGTAAAAG AGTTTGAAGA AAAAATAGCA TATCTGGAAG AAGAATGCAA AGACAAAGAG 
GAGAAAATAG AGAAATTAAA ACTAGTTGCT GTGAAGGCAA AGAAAGAACT AGGTTCTAGC 
AGAAAAGAGG CCCAGACGCT ACGGGAAGAA CTTGAATCTG TTCGCTCAGA AAGGGATCAG 
GTGTCTACTT CCATGAGAGA TCTCATTCAA GGAGCAGAAA GCTATAAGAA TCTTGTATTG 
GAATATGATA AGCAGTCAGA GCAGTTGGAT CTGGAGAAAG AACGGGCTAA TAATTTTGAG 
CACCAAGTAG AAGACCTTAC AAGACAACTA AGGAATATGG CTTTTCAGTG TGAAAAATTA 
AACTCAGATA ATGAAGACCT CCTGGCCCGT GTTGGGACAC TGCAGTCTAA CACCCGGTTA 
TTAGAAGTGC AGATTTTGGA AGTCCACAAA GCCAAGGCCA TGGCAGACAA AGAGTTGGAA 
GCTGAAAAAC TTAAGAAAGA GCAGAAAATA AAGGAGCATG CCAGTTCTGT AAACGAACTT 
GAAGAGCTTC AGCTACAACT GCAAAAGGAA AAGAAACAGC TTCAGAAAAC CATGCAAGAA 
TTAGAGCTGG TTAGAAAGGA TGCCCAACAA ACCACATTGA TGAACATGGA AATTGCTGAT 
TACGAACGTT TGTTGAAAGA ACTAAATCAA AAGTTAGCTA ATAAGAACAG CAAGATAGAA 
GATTTGGAAC AAGAAATAAA AATCCAAAAA CAGAAACAAG AAACCCTGCA GGAAGAAATG 
ACTTCGCTGC AGGCTTCAGT ACAACAGTAT GAGGAAAAAA ACACCAAAAT CAAGCAGTTG 
CTTGTGAAAA CCAAAAAAGA ACTGGCAGAT TCAAAGCAAG CGGAAACTGA TCACTTAATA 
CTCCAAGCGT CTTTAAAGGG CGAGCTGGAG GCAAGCCAGC AGCAAGTAGA AATGTATAAA 
ATTCAGCTGG CGGAAATGAC GTCGGAGAAG CACAAAGCTC ACCAGCACCT GAAGGCGTCC 
GCGGACCAGC AGCAGCGCAC ACTGGGCGCC TACCAGCAGA GGGTGGCGGC CCTGCAGGAG 
GAGTGCCGCG CTGCCAGGGC AGAACAAGCT GCTGTCACCT CTGAATTTGA GAGCTACAAA 
GTCCGAGTTC ACAATGTTCT AAAACAACAG AAAAATAAGT CTGTGTCTCA GACTGAGACC 
GACGGAGCCA AACAAGAAAG AGAACATCTG GAAATGCTGA TTGACCAACT AAAGATCAAA 
TTACAAGACA CCCAAAGTAA CTTACAGATC AACGTCTCTG AACTGCAGAC CTTGCAGTCT 
GAACACGACG CCCTGCTAGA AAGGCACAGC AGGGTGCTGC AGGAGACCGT GTCCAAGGAG 
ACCGCGCTCC GAGAGAGGCT GTGCGCCGTG CAGTCGGAGA ACTCCGCGAT GAAGTCGGAG 
CACGCGCAGA CCGTGAGTCA GCTCTCGGCC CAGCACGAGG CCCTGCGTGG CAGCTTCCGA 
GACCAGGTGC TGCAGCTTCA GGAGGAGCAC CGGCGGACGG TGGAGACGCT GCAGCAGCAG 
CTGACCAGGC TGGAGGCCCA GCTCTTCCAG CTCCAGAGCG AGCCGTCCAC AAGAAAGCCT 
CCTTCCTGGC ACGCTGAATT CACCAAAGAA GAATTGGTTC AAAAGCTCAG TTCCACCACA 
AAAAGTGCCG ACCACTTAAA CGGGCTACTT CGGGAAACAG AAGGCACCAA CGCCATCCTC 
ATGGAGCAGA TTAAGCTTCT GAAGAGTGAG ATCCGGCGGC TGGAGAGGAA CCAGGCGCGA 
GAGCAGTCGG CCGCCAACCT GGAGTACCTG AAGAACGTGC TGCTGCAGTT CGTCCTCCTG 
AAGCCGGGGA GCGAGCGGGC GCGGCTGCTG CCCGTCGTGG GCACGATGCT GCAGCTCAGC 
CCCGAGGAGA AGGCCAGGCT GGCCGCTGCC GCCCAAGGTG AGGAGGAAAA TGCTTCCCGT 
TCCTCCGGCT GGGCGTCCTA TCTGCACAGC TGGTCTGGAC TTCGATAG

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

RefSeq	XP_007187262.1
CDS	23..4870
Translation	MEEPVHDGVASPAAPGTGKSKLETLPKEDLIKFAKKQMMLIQKAKSRCTELEKEIEELRSKPVAGGTDDIIKALTIRLDAILLEKAETEQQCVSLKKENIKMKQEVEDSVTKLEDVHKEFEQSERNYAKEMENLKNELMAVHSKYSNDKAGWQKELEEAAKKQLELSEQIKFQSDSEDNVKKLQEEIQKIKPAFEEQILCLQKQLEAATNEKEQEITHLQGVIEANSQQYQKEINSLQEELLRLKSTHQEEVKELKCQIEASAKEHEAEVNHLNQLKENLVKQCEASEKNLQEKYECELENADQENQMCSLPLQEDIRVEQAVNEKVKHLEDTLKELKSQHSILKDELTYMNNLKLKLEIDAQHTKDEFFHEREDLEFKINELLLAKEEQGCVIEKLKSELEDSNKQSCCTVEQHNKEVQSLKEQHQKEISELNEAFLSGSEKEKLTLMFEIQGLKEQCENLQKEKQEAILNYESLREIMEILQTELGESAGKISQEFESMKQQQASDVNELQQKLRTAFNEKDALLETVNRLQRENEKLLTQQQFVPELENTIKNLQEKNEVYLVSLSQRDTMLQEFEAKISSLTEEKDDLISKIKSYHEEVETVYHKCEREERLIVGPREKVEQTTQYSSELEQKVNDLTARLEETLEEKDQKDQKLEKLMAQLKTLAQDQEAVSSEVKSLHEENSRLSSEKNQLSRDLEALLSQKEGDFMLKEQISELEKKLQLTVEARDNLNKLLENEQVQKLFVKTQLCGFLEQMESKVSEKSEEQDVVNVLQAVGESLAKINEEKHNLVCQYGKRVAELEKEIKFLQEENVIQCEELRSLLGDHELEKALLRKELEETVLEKEALQSDLLEMKNANEQTRLENQNLLIQVDELSQKLCSKNENHNEEEKYFIKELENLRPLLEQKESELQDVRAELISLKDSLEKSPSVESDQPSVKEFEEKIAYLEEECKDKEEKIEKLKLVAVKAKKELGSSRKEAQTLREELESVRSERDQVSTSMRDLIQGAESYKNLVLEYDKQSEQLDLEKERANNFEHQVEDLTRQLRNMAFQCEKLNSDNEDLLARVGTLQSNTRLLEVQILEVHKAKAMADKELEAEKLKKEQKIKEHASSVNELEELQLQLQKEKKQLQKTMQELELVRKDAQQTTLMNMEIADYERLLKELNQKLANKNSKIEDLEQEIKIQKQKQETLQEEMTSLQASVQQYEEKNTKIKQLLVKTKKELADSKQAETDHLILQASLKGELEASQQQVEMYKIQLAEMTSEKHKAHQHLKASADQQQRTLGAYQQRVAALQEECRAARAEQAAVTSEFESYKVRVHNVLKQQKNKSVSQTETDGAKQEREHLEMLIDQLKIKLQDTQSNLQINVSELQTLQSEHDALLERHSRVLQETVSKETALRERLCAVQSENSAMKSEHAQTVSQLSAQHEALRGSFRDQVLQLQEEHRRTVETLQQQLTRLEAQLFQLQSEPSTRKPPSWHAEFTKEELVQKLSSTTKSADHLNGLLRETEGTNAILMEQIKLLKSEIRRLERNQAREQSAANLEYLKNVLLQFVLLKPGSERARLLPVVGTMLQLSPEEKARLAAAAQGEEENASRSSGWASYLHSWSGLR

Target ORF information:

RefSeq Version	XM_007187200.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X2, mRNA.

Target ORF information:

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

XM_007187200.1

ORF Insert Sequence:

ATGGAGGAGC CTGTTCACGA CGGGGTGGCC TCGCCGGCCG CTCCTGGGAC CGGGAAATCC 
AAGCTGGAAA CATTGCCCAA GGAAGATCTT ATCAAGTTTG CCAAGAAGCA GATGATGCTA 
ATACAGAAAG CTAAATCAAG ATGTACAGAA TTGGAGAAAG AAATTGAAGA ATTGAGATCA 
AAACCTGTTG CTGGAGGAAC TGATGATATT ATTAAGGCAT TGACCATACG TCTGGATGCT 
ATTCTTTTGG AAAAAGCAGA GACTGAGCAA CAGTGTGTTT CTTTGAAGAA GGAAAATATT 
AAAATGAAGC AAGAGGTTGA GGATTCTGTA ACTAAGTTGG AAGATGTGCA TAAGGAGTTT 
GAACAATCAG AAAGAAACTA TGCAAAAGAA ATGGAAAATT TGAAAAATGA ATTAATGGCA 
GTACATTCCA AATACAGTAA CGATAAAGCT GGTTGGCAAA AGGAACTGGA GGAAGCAGCA 
AAAAAACAAT TAGAGCTTTC AGAACAAATC AAATTTCAGA GTGATTCTGA AGATAATGTT 
AAAAAACTAC AGGAAGAGAT TCAGAAAATT AAGCCAGCCT TTGAGGAGCA AATTTTATGT 
CTGCAAAAGC AGTTAGAAGC TGCTACAAAT GAAAAGGAGC AAGAAATTAC TCATCTCCAA 
GGAGTCATTG AGGCTAATTC TCAGCAGTAC CAAAAAGAAA TTAATAGTTT GCAAGAAGAA 
CTTTTACGGT TGAAATCTAC ACACCAAGAA GAGGTGAAAG AATTGAAGTG CCAAATTGAA 
GCATCTGCTA AAGAACACGA AGCAGAAGTA AATCATTTAA ACCAGCTAAA GGAGAACTTA 
GTCAAACAGT GTGAGGCAAG TGAGAAGAAC CTTCAGGAGA AATATGAATG TGAATTAGAA 
AACGCAGACC AGGAAAATCA AATGTGTTCT TTGCCCTTAC AGGAAGATAT TCGTGTAGAA 
CAAGCAGTAA ATGAAAAAGT CAAACACTTA GAAGATACCC TAAAAGAACT GAAGTCTCAA 
CATAGCATCT TAAAAGACGA GTTAACTTAC ATGAATAATC TTAAATTAAA ACTTGAAATT 
GATGCCCAGC ATACAAAGGA TGAGTTTTTT CACGAACGGG AAGATTTAGA GTTTAAAATT 
AATGAATTAT TACTAGCTAA AGAAGAGCAG GGGTGTGTAA TTGAAAAATT AAAATCTGAG 
CTAGAAGATT CAAATAAACA GTCTTGCTGT ACCGTAGAAC AACATAACAA AGAAGTACAG 
AGTCTTAAGG AACAACATCA AAAAGAAATA TCAGAACTAA ATGAGGCATT TTTGTCAGGT 
TCAGAAAAAG AAAAATTAAC ATTGATGTTT GAAATACAGG GTCTTAAGGA ACAGTGTGAA 
AACCTACAAA AAGAAAAGCA AGAAGCAATT TTAAATTATG AGAGTTTACG AGAGATTATG 
GAAATTTTAC AAACAGAGTT GGGGGAATCT GCTGGAAAAA TAAGTCAAGA GTTTGAATCA 
ATGAAGCAAC AGCAAGCATC TGATGTTAAT GAACTTCAGC AGAAGCTCAG AACTGCATTT 
AATGAAAAAG ATGCTCTTCT TGAAACTGTG AATCGTCTCC AGAGAGAAAA TGAAAAGTTA 
TTAACACAGC AACAATTTGT ACCAGAACTT GAAAATACCA TAAAGAACCT TCAAGAAAAG 
AATGAAGTGT ATTTAGTTAG TCTCAGTCAG AGAGATACCA TGTTACAAGA ATTTGAAGCA 
AAGATAAGTT CTCTTACTGA GGAAAAAGAT GATCTCATAA GTAAAATTAA AAGTTATCAT 
GAAGAGGTGG AGACTGTCTA TCACAAATGT GAAAGGGAAG AAAGGTTGAT TGTAGGACCC 
AGGGAGAAAG TGGAGCAGAC TACCCAGTAC AGCAGTGAGC TAGAACAAAA GGTAAACGAT 
TTAACAGCAC GACTAGAAGA AACCTTAGAA GAAAAGGATC AAAAGGACCA AAAACTGGAA 
AAGCTTATGG CTCAGTTGAA AACTCTCGCT CAAGACCAGG AAGCAGTGTC ATCTGAAGTG 
AAGTCTCTTC ATGAGGAAAA TAGTAGACTG AGTTCAGAAA AGAACCAGTT GAGCAGGGAT 
TTGGAAGCTC TCCTGTCTCA AAAAGAAGGA GATTTTATGC TGAAGGAGCA GATTTCTGAA 
TTAGAAAAGA AACTTCAGTT AACAGTTGAA GCAAGAGATA ATTTAAATAA ACTGTTGGAA 
AATGAGCAAG TTCAGAAGTT ATTTGTCAAA ACTCAGTTGT GTGGTTTTCT TGAACAAATG 
GAGTCAAAAG TTTCAGAAAA AAGTGAGGAA CAAGATGTTG TAAATGTCCT ACAAGCTGTA 
GGTGAATCCT TAGCTAAAAT AAATGAAGAA AAACACAACT TGGTCTGCCA GTATGGTAAA 
AGGGTAGCAG AGTTAGAAAA AGAGATTAAG TTCCTCCAAG AAGAGAATGT GATTCAATGT 
GAGGAACTTA GGTCTTTACT AGGAGACCAT GAGCTAGAGA AAGCTCTCTT AAGGAAAGAA 
TTAGAAGAAA CCGTCTTGGA AAAAGAGGCC CTGCAGTCTG ATCTTCTAGA AATGAAGAAT 
GCTAACGAAC AAACAAGGCT TGAAAATCAG AATCTCCTAA TTCAAGTTGA TGAATTATCT 
CAAAAATTAT GTAGCAAAAA TGAAAACCAT AATGAAGAAG AAAAATATTT TATAAAGGAA 
CTTGAAAACC TAAGGCCATT ACTAGAACAA AAAGAATCAG AATTGCAAGA TGTGAGAGCA 
GAGTTGATAT CATTAAAGGA TTCCTTAGAG AAATCACCTT CTGTAGAAAG TGATCAACCT 
TCAGTAAAAG AGTTTGAAGA AAAAATAGCA TATCTGGAAG AAGAATGCAA AGACAAAGAG 
GAGAAAATAG AGAAATTAAA ACTAGTTGCT GTGAAGGCAA AGAAAGAACT AGGTTCTAGC 
AGAAAAGAGG CCCAGACGCT ACGGGAAGAA CTTGAATCTG TTCGCTCAGA AAGGGATCAG 
GTGTCTACTT CCATGAGAGA TCTCATTCAA GGAGCAGAAA GCTATAAGAA TCTTGTATTG 
GAATATGATA AGCAGTCAGA GCAGTTGGAT CTGGAGAAAG AACGGGCTAA TAATTTTGAG 
CACCAAGTAG AAGACCTTAC AAGACAACTA AGGAATATGG CTTTTCAGTG TGAAAAATTA 
AACTCAGATA ATGAAGACCT CCTGGCCCGT GTTGGGACAC TGCAGTCTAA CACCCGGTTA 
TTAGAAGTGC AGATTTTGGA AGTCCACAAA GCCAAGGCCA TGGCAGACAA AGAGTTGGAA 
GCTGAAAAAC TTAAGAAAGA GCAGAAAATA AAGGAGCATG CCAGTTCTGT AAACGAACTT 
GAAGAGCTTC AGCTACAACT GCAAAAGGAA AAGAAACAGC TTCAGAAAAC CATGCAAGAA 
TTAGAGCTGG TTAGAAAGGA TGCCCAACAA ACCACATTGA TGAACATGGA AATTGCTGAT 
TACGAACGTT TGTTGAAAGA ACTAAATCAA AAGTTAGCTA ATAAGAACAG CAAGATAGAA 
GATTTGGAAC AAGAAATAAA AATCCAAAAA CAGAAACAAG AAACCCTGCA GGAAGAAATG 
ACTTCGCTGC AGGCTTCAGT ACAACAGTAT GAGGAAAAAA ACACCAAAAT CAAGCAGTTG 
CTTGTGAAAA CCAAAAAAGA ACTGGCAGAT TCAAAGCAAG CGGAAACTGA TCACTTAATA 
CTCCAAGCGT CTTTAAAGGG CGAGCTGGAG GCAAGCCAGC AGCAAGTAGA AATGTATAAA 
ATTCAGCTGG CGGAAATGAC GTCGGAGAAG CACAAAGCTC ACCAGCACCT GAAGGCGTCC 
GCGGACCAGC AGCAGCGCAC ACTGGGCGCC TACCAGCAGA GGGTGGCGGC CCTGCAGGAG 
GAGTGCCGCG CTGCCAGGGC AGAACAAGCT GCTGTCACCT CTGAATTTGA GAGCTACAAA 
GTCCGAGTTC ACAATGTTCT AAAACAACAG AAAAATAAGT CTGTGTCTCA GACTGAGACC 
GACGGAGCCA AACAAGAAAG AGAACATCTG GAAATGCTGA TTGACCAACT AAAGATCAAA 
TTACAAGACA CCCAAAGTAA CTTACAGATC AACGTCTCTG AACTGCAGAC CTTGCAGTCT 
GAACACGACG CCCTGCTAGA AAGGCACAGC AGGGTGCTGC AGGAGACCGT GTCCAAGGAG 
ACCGCGCTCC GAGAGAGGCT GTGCGCCGTG CAGTCGGAGA ACTCCGCGAT GAAGTCGGAG 
CACGCGCAGA CCGTGAGTCA GCTCTCGGCC CAGCACGAGG CCCTGCGTGG CAGCTTCCGA 
GACCAGGTGC TGCAGCTTCA GGAGGAGCAC CGGCGGACGG TGGAGACGCT GCAGCAGCAG 
CTGACCAGGC TGGAGGCCCA GCTCTTCCAG CTCCAGAGCG AGCCGTCCAC AAGAAAGCCT 
CCTTCCTGGC ACGCTGAATT CACCAAAGAA GAATTGGTTC AAAAGCTCAG TTCCACCACA 
AAAAGTGCCG ACCACTTAAA CGGGCTACTT CGGGAAACAG AAGGCACCAA CGCCATCCTC 
ATGGAGCAGA TTAAGCTTCT GAAGAGTGAG ATCCGGCGGC TGGAGAGGAA CCAGGCGCGA 
GAGCAGTCGG CCGCCAACCT GGAGTACCTG AAGAACGTGC TGCTGCAGTT CGTCCTCCTG 
AAGCCGGGGA GCGAGCGGGC GCGGCTGCTG CCCGTCGTGG GCACGATGCT GCAGCTCAGC 
CCCGAGGAGA AGGCCAGGCT GGCCGCTGCC GCCCAAGGTG AGGAGGAAAA TGCTTCCCGT 
TCCTCCGGCT GGGCGTCCTA TCTGCACAGC TGGTCTGGAC TTCGATAG

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

GCC2 ( XM_007187201.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007187263.1 Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X3, mRNA.

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CloneID	OBa166115
Clone ID Related Accession (Same CDS sequence)	XM_007187201.1
Accession Version	XM_007187201.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4740bp) 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	1549814400000
Organism	Balaenoptera acutorostrata scammoni
Product	GRIP and coiled-coil domain-containing protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006728682.1) 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 Name :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCAAG AGGTTGAGGA TTCTGTAACT AAGTTGGAAG ATGTGCATAA GGAGTTTGAA 
CAATCAGAAA GAAACTATGC AAAAGAAATG GAAAATTTGA AAAATGAATT AATGGCAGTA 
CATTCCAAAT ACAGTAACGA TAAAGCTGGT TGGCAAAAGG AACTGGAGGA AGCAGCAAAA 
AAACAATTAG AGCTTTCAGA ACAAATCAAA TTTCAGAGTG ATTCTGAAGA TAATGTTAAA 
AAACTACAGG AAGAGATTCA GAAAATTAAG CCAGCCTTTG AGGAGCAAAT TTTATGTCTG 
CAAAAGCAGT TAGAAGCTGC TACAAATGAA AAGGAGCAAG AAATTACTCA TCTCCAAGGA 
GTCATTGAGG CTAATTCTCA GCAGTACCAA AAAGAAATTA ATAGTTTGCA AGAAGAACTT 
TTACGGTTGA AATCTACACA CCAAGAAGAG GTGAAAGAAT TGAAGTGCCA AATTGAAGCA 
TCTGCTAAAG AACACGAAGC AGAAGTAAAT CATTTAAACC AGCTAAAGGA GAACTTAGTC 
AAACAGTGTG AGGCAAGTGA GAAGAACCTT CAGGAGAAAT ATGAATGTGA ATTAGAAAAC 
GCAGACCAGG AAAATCAAAT GTGTTCTTTG CCCTTACAGG AAGATATTCG TGTAGAACAA 
GCAGTAAATG AAAAAGTCAA ACACTTAGAA GATACCCTAA AAGAACTGAA GTCTCAACAT 
AGCATCTTAA AAGACGAGTT AACTTACATG AATAATCTTA AATTAAAACT TGAAATTGAT 
GCCCAGCATA CAAAGGATGA GTTTTTTCAC GAACGGGAAG ATTTAGAGTT TAAAATTAAT 
GAATTATTAC TAGCTAAAGA AGAGCAGGGG TGTGTAATTG AAAAATTAAA ATCTGAGCTA 
GAAGATTCAA ATAAACAGTC TTGCTGTACC GTAGAACAAC ATAACAAAGA AGTACAGAGT 
CTTAAGGAAC AACATCAAAA AGAAATATCA GAACTAAATG AGGCATTTTT GTCAGGTTCA 
GAAAAAGAAA AATTAACATT GATGTTTGAA ATACAGGGTC TTAAGGAACA GTGTGAAAAC 
CTACAAAAAG AAAAGCAAGA AGCAATTTTA AATTATGAGA GTTTACGAGA GATTATGGAA 
ATTTTACAAA CAGAGTTGGG GGAATCTGCT GGAAAAATAA GTCAAGAGTT TGAATCAATG 
AAGCAACAGC AAGCATCTGA TGTTAATGAA CTTCAGCAGA AGCTCAGAAC TGCATTTAAT 
GAAAAAGATG CTCTTCTTGA AACTGTGAAT CGTCTCCAGA GAGAAAATGA AAAGTTATTA 
ACACAGCAAC AATTTGTACC AGAACTTGAA AATACCATAA AGAACCTTCA AGAAAAGAAT 
GAAGTGTATT TAGTTAGTCT CAGTCAGAGA GATACCATGT TACAAGAATT TGAAGCAAAG 
ATAAGTTCTC TTACTGAGGA AAAAGATGAT CTCATAAGTA AAATTAAAAG TTATCATGAA 
GAGGTGGAGA CTGTCTATCA CAAATGTGAA AGGGAAGAAA GGTTGATTGT AGGACCCAGG 
GAGAAAGTGG AGCAGACTAC CCAGTACAGC AGTGAGCTAG AACAAAAGGT AAACGATTTA 
ACAGCACGAC TAGAAGAAAC CTTAGAAGAA AAGGATCAAA AGGACCAAAA ACTGGAAAAG 
CTTATGGCTC AGTTGAAAAC TCTCGCTCAA GACCAGGAAG CAGTGTCATC TGAAGTGAAG 
TCTCTTCATG AGGAAAATAG TAGACTGAGT TCAGAAAAGA ACCAGTTGAG CAGGGATTTG 
GAAGCTCTCC TGTCTCAAAA AGAAGGAGAT TTTATGCTGA AGGAGCAGAT TTCTGAATTA 
GAAAAGAAAC TTCAGTTAAC AGTTGAAGCA AGAGATAATT TAAATAAACT GTTGGAAAAT 
GAGCAAGTTC AGAAGTTATT TGTCAAAACT CAGTTGTGTG GTTTTCTTGA ACAAATGGAG 
TCAAAAGTTT CAGAAAAAAG TGAGGAACAA GATGTTGTAA ATGTCCTACA AGCTGTAGGT 
GAATCCTTAG CTAAAATAAA TGAAGAAAAA CACAACTTGG TCTGCCAGTA TGGTAAAAGG 
GTAGCAGAGT TAGAAAAAGA GATTAAGTTC CTCCAAGAAG AGAATGTGAT TCAATGTGAG 
GAACTTAGGT CTTTACTAGG AGACCATGAG CTAGAGAAAG CTCTCTTAAG GAAAGAATTA 
GAAGAAACCG TCTTGGAAAA AGAGGCCCTG CAGTCTGATC TTCTAGAAAT GAAGAATGCT 
AACGAACAAA CAAGGCTTGA AAATCAGAAT CTCCTAATTC AAGTTGATGA ATTATCTCAA 
AAATTATGTA GCAAAAATGA AAACCATAAT GAAGAAGAAA AATATTTTAT AAAGGAACTT 
GAAAACCTAA GGCCATTACT AGAACAAAAA GAATCAGAAT TGCAAGATGT GAGAGCAGAG 
TTGATATCAT TAAAGGATTC CTTAGAGAAA TCACCTTCTG TAGAAAGTGA TCAACCTTCA 
GTAAAAGAGT TTGAAGAAAA AATAGCATAT CTGGAAGAAG AATGCAAAGA CAAAGAGGAG 
AAAATAGAGA AATTAAAACT AGTTGCTGTG AAGGCAAAGA AAGAACTAGG TTCTAGCAGA 
AAAGAGGCCC AGACGCTACG GGAAGAACTT GAATCTGTTC GCTCAGAAAG GGATCAGGTG 
TCTACTTCCA TGAGAGATCT CATTCAAGGA GCAGAAAGCT ATAAGAATCT TGTATTGGAA 
TATGATAAGC AGTCAGAGCA GTTGGATCTG GAGAAAGAAC GGGCTAATAA TTTTGAGCAC 
CAAGTAGAAG ACCTTACAAG ACAACTAAGG AATATGGCTT TTCAGTGTGA AAAATTAAAC 
TCAGATAATG AAGACCTCCT GGCCCGTGTT GGGACACTGC AGTCTAACAC CCGGTTATTA 
GAAGTGCAGA TTTTGGAAGT CCACAAAGCC AAGGCCATGG CAGACAAAGA GTTGGAAGCT 
GAAAAACTTA AGAAAGAGCA GAAAATAAAG GAGCATGCCA GTTCTGTAAA CGAACTTGAA 
GAGCTTCAGC TACAACTGCA AAAGGAAAAG AAACAGCTTC AGAAAACCAT GCAAGAATTA 
GAGCTGGTTA GAAAGGATGC CCAACAAACC ACATTGATGA ACATGGAAAT TGCTGATTAC 
GAACGTTTGT TGAAAGAACT AAATCAAAAG TTAGCTAATA AGAACAGCAA GATAGAAGAT 
TTGGAACAAG AAATAAAAAT CCAAAAACAG AAACAAGAAA CCCTGCAGGA AGAAATGACT 
TCGCTGCAGG CTTCAGTACA ACAGTATGAG GAAAAAAACA CCAAAATCAA GCAGTTGCTT 
GTGAAAACCA AAAAAGAACT GGCAGATTCA AAGCAAGCGG AAACTGATCA CTTAATACTC 
CAAGCGTCTT TAAAGGGCGA GCTGGAGGCA AGCCAGCAGC AAGTAGAAAT GTATAAAATT 
CAGCTGGCGG AAATGACGTC GGAGAAGCAC AAAGCTCACC AGCACCTGAA GGCGTCCGCG 
GACCAGCAGC AGCGCACACT GGGCGCCTAC CAGCAGAGGG TGGCGGCCCT GCAGGAGGAG 
TGCCGCGCTG CCAGGGCAGA ACAAGCTGCT GTCACCTCTG AATTTGAGAG CTACAAAGTC 
CGAGTTCACA ATGTTCTAAA ACAACAGAAA AATAAGTCTG TGTCTCAGAC TGAGACCGAC 
GGAGCCAAAC AAGAAAGAGA ACATCTGGAA ATGCTGATTG ACCAACTAAA GATCAAATTA 
CAAGACACCC AAAGTAACTT ACAGATCAAC GTCTCTGAAC TGCAGACCTT GCAGTCTGAA 
CACGACGCCC TGCTAGAAAG GCACAGCAGG GTGCTGCAGG AGACCGTGTC CAAGGAGACC 
GCGCTCCGAG AGAGGCTGTG CGCCGTGCAG TCGGAGAACT CCGCGATGAA GTCGGAGCAC 
GCGCAGACCG TGAGTCAGCT CTCGGCCCAG CACGAGGCCC TGCGTGGCAG CTTCCGAGAC 
CAGGTGCTGC AGCTTCAGGA GGAGCACCGG CGGACGGTGG AGACGCTGCA GCAGCAGCTG 
ACCAGGCTGG AGGCCCAGCT CTTCCAGCTC CAGAGCGAGC CGTCCACAAG AAGCCCAGCT 
TCTTCCCAGC AACCTTTGAG GAGCCTTCGA GAAAGGAGAA GCACAGACCT CCCGCTTCTG 
GATGTGCCGG CCACGACCCG GGAGGAGGGG GAGGGGATGG AGACCACGGA CTCCGAGTCC 
GTATCTTCCG CCGGCATCCA CGCGCAGTCC TTAGAGCAGC TGCTCCGTTC TCCCGAAGCC 
AGGCTCGAGC CTCCTTCCTG GCACGCTGAA TTCACCAAAG AAGAATTGGT TCAAAAGCTC 
AGTTCCACCA CAAAAAGTGC CGACCACTTA AACGGGCTAC TTCGGGAAAC AGAAGGCACC 
AACGCCATCC TCATGGAGCA GATTAAGCTT CTGAAGAGTG AGATCCGGCG GCTGGAGAGG 
AACCAGGCGC GAGAGCAGTC GGCCGCCAAC CTGGAGTACC TGAAGAACGT GCTGCTGCAG 
TTCGTCCTCC TGAAGCCGGG GAGCGAGCGG GCGCGGCTGC TGCCCGTCGT GGGCACGATG 
CTGCAGCTCA GCCCCGAGGA GAAGGCCAGG CTGGCCGCTG CCGCCCAAGG TGAGGAGGAA 
AATGCTTCCC GTTCCTCCGG CTGGGCGTCC TATCTGCACA GCTGGTCTGG ACTTCGATAG

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

RefSeq	XP_007187263.1
CDS	136..4875
Translation	MKQEVEDSVTKLEDVHKEFEQSERNYAKEMENLKNELMAVHSKYSNDKAGWQKELEEAAKKQLELSEQIKFQSDSEDNVKKLQEEIQKIKPAFEEQILCLQKQLEAATNEKEQEITHLQGVIEANSQQYQKEINSLQEELLRLKSTHQEEVKELKCQIEASAKEHEAEVNHLNQLKENLVKQCEASEKNLQEKYECELENADQENQMCSLPLQEDIRVEQAVNEKVKHLEDTLKELKSQHSILKDELTYMNNLKLKLEIDAQHTKDEFFHEREDLEFKINELLLAKEEQGCVIEKLKSELEDSNKQSCCTVEQHNKEVQSLKEQHQKEISELNEAFLSGSEKEKLTLMFEIQGLKEQCENLQKEKQEAILNYESLREIMEILQTELGESAGKISQEFESMKQQQASDVNELQQKLRTAFNEKDALLETVNRLQRENEKLLTQQQFVPELENTIKNLQEKNEVYLVSLSQRDTMLQEFEAKISSLTEEKDDLISKIKSYHEEVETVYHKCEREERLIVGPREKVEQTTQYSSELEQKVNDLTARLEETLEEKDQKDQKLEKLMAQLKTLAQDQEAVSSEVKSLHEENSRLSSEKNQLSRDLEALLSQKEGDFMLKEQISELEKKLQLTVEARDNLNKLLENEQVQKLFVKTQLCGFLEQMESKVSEKSEEQDVVNVLQAVGESLAKINEEKHNLVCQYGKRVAELEKEIKFLQEENVIQCEELRSLLGDHELEKALLRKELEETVLEKEALQSDLLEMKNANEQTRLENQNLLIQVDELSQKLCSKNENHNEEEKYFIKELENLRPLLEQKESELQDVRAELISLKDSLEKSPSVESDQPSVKEFEEKIAYLEEECKDKEEKIEKLKLVAVKAKKELGSSRKEAQTLREELESVRSERDQVSTSMRDLIQGAESYKNLVLEYDKQSEQLDLEKERANNFEHQVEDLTRQLRNMAFQCEKLNSDNEDLLARVGTLQSNTRLLEVQILEVHKAKAMADKELEAEKLKKEQKIKEHASSVNELEELQLQLQKEKKQLQKTMQELELVRKDAQQTTLMNMEIADYERLLKELNQKLANKNSKIEDLEQEIKIQKQKQETLQEEMTSLQASVQQYEEKNTKIKQLLVKTKKELADSKQAETDHLILQASLKGELEASQQQVEMYKIQLAEMTSEKHKAHQHLKASADQQQRTLGAYQQRVAALQEECRAARAEQAAVTSEFESYKVRVHNVLKQQKNKSVSQTETDGAKQEREHLEMLIDQLKIKLQDTQSNLQINVSELQTLQSEHDALLERHSRVLQETVSKETALRERLCAVQSENSAMKSEHAQTVSQLSAQHEALRGSFRDQVLQLQEEHRRTVETLQQQLTRLEAQLFQLQSEPSTRSPASSQQPLRSLRERRSTDLPLLDVPATTREEGEGMETTDSESVSSAGIHAQSLEQLLRSPEARLEPPSWHAEFTKEELVQKLSSTTKSADHLNGLLRETEGTNAILMEQIKLLKSEIRRLERNQAREQSAANLEYLKNVLLQFVLLKPGSERARLLPVVGTMLQLSPEEKARLAAAAQGEEENASRSSGWASYLHSWSGLR

Target ORF information:

RefSeq Version	XM_007187201.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X3, mRNA.

Target ORF information:

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

XM_007187201.1

ORF Insert Sequence:

ATGAAGCAAG AGGTTGAGGA TTCTGTAACT AAGTTGGAAG ATGTGCATAA GGAGTTTGAA 
CAATCAGAAA GAAACTATGC AAAAGAAATG GAAAATTTGA AAAATGAATT AATGGCAGTA 
CATTCCAAAT ACAGTAACGA TAAAGCTGGT TGGCAAAAGG AACTGGAGGA AGCAGCAAAA 
AAACAATTAG AGCTTTCAGA ACAAATCAAA TTTCAGAGTG ATTCTGAAGA TAATGTTAAA 
AAACTACAGG AAGAGATTCA GAAAATTAAG CCAGCCTTTG AGGAGCAAAT TTTATGTCTG 
CAAAAGCAGT TAGAAGCTGC TACAAATGAA AAGGAGCAAG AAATTACTCA TCTCCAAGGA 
GTCATTGAGG CTAATTCTCA GCAGTACCAA AAAGAAATTA ATAGTTTGCA AGAAGAACTT 
TTACGGTTGA AATCTACACA CCAAGAAGAG GTGAAAGAAT TGAAGTGCCA AATTGAAGCA 
TCTGCTAAAG AACACGAAGC AGAAGTAAAT CATTTAAACC AGCTAAAGGA GAACTTAGTC 
AAACAGTGTG AGGCAAGTGA GAAGAACCTT CAGGAGAAAT ATGAATGTGA ATTAGAAAAC 
GCAGACCAGG AAAATCAAAT GTGTTCTTTG CCCTTACAGG AAGATATTCG TGTAGAACAA 
GCAGTAAATG AAAAAGTCAA ACACTTAGAA GATACCCTAA AAGAACTGAA GTCTCAACAT 
AGCATCTTAA AAGACGAGTT AACTTACATG AATAATCTTA AATTAAAACT TGAAATTGAT 
GCCCAGCATA CAAAGGATGA GTTTTTTCAC GAACGGGAAG ATTTAGAGTT TAAAATTAAT 
GAATTATTAC TAGCTAAAGA AGAGCAGGGG TGTGTAATTG AAAAATTAAA ATCTGAGCTA 
GAAGATTCAA ATAAACAGTC TTGCTGTACC GTAGAACAAC ATAACAAAGA AGTACAGAGT 
CTTAAGGAAC AACATCAAAA AGAAATATCA GAACTAAATG AGGCATTTTT GTCAGGTTCA 
GAAAAAGAAA AATTAACATT GATGTTTGAA ATACAGGGTC TTAAGGAACA GTGTGAAAAC 
CTACAAAAAG AAAAGCAAGA AGCAATTTTA AATTATGAGA GTTTACGAGA GATTATGGAA 
ATTTTACAAA CAGAGTTGGG GGAATCTGCT GGAAAAATAA GTCAAGAGTT TGAATCAATG 
AAGCAACAGC AAGCATCTGA TGTTAATGAA CTTCAGCAGA AGCTCAGAAC TGCATTTAAT 
GAAAAAGATG CTCTTCTTGA AACTGTGAAT CGTCTCCAGA GAGAAAATGA AAAGTTATTA 
ACACAGCAAC AATTTGTACC AGAACTTGAA AATACCATAA AGAACCTTCA AGAAAAGAAT 
GAAGTGTATT TAGTTAGTCT CAGTCAGAGA GATACCATGT TACAAGAATT TGAAGCAAAG 
ATAAGTTCTC TTACTGAGGA AAAAGATGAT CTCATAAGTA AAATTAAAAG TTATCATGAA 
GAGGTGGAGA CTGTCTATCA CAAATGTGAA AGGGAAGAAA GGTTGATTGT AGGACCCAGG 
GAGAAAGTGG AGCAGACTAC CCAGTACAGC AGTGAGCTAG AACAAAAGGT AAACGATTTA 
ACAGCACGAC TAGAAGAAAC CTTAGAAGAA AAGGATCAAA AGGACCAAAA ACTGGAAAAG 
CTTATGGCTC AGTTGAAAAC TCTCGCTCAA GACCAGGAAG CAGTGTCATC TGAAGTGAAG 
TCTCTTCATG AGGAAAATAG TAGACTGAGT TCAGAAAAGA ACCAGTTGAG CAGGGATTTG 
GAAGCTCTCC TGTCTCAAAA AGAAGGAGAT TTTATGCTGA AGGAGCAGAT TTCTGAATTA 
GAAAAGAAAC TTCAGTTAAC AGTTGAAGCA AGAGATAATT TAAATAAACT GTTGGAAAAT 
GAGCAAGTTC AGAAGTTATT TGTCAAAACT CAGTTGTGTG GTTTTCTTGA ACAAATGGAG 
TCAAAAGTTT CAGAAAAAAG TGAGGAACAA GATGTTGTAA ATGTCCTACA AGCTGTAGGT 
GAATCCTTAG CTAAAATAAA TGAAGAAAAA CACAACTTGG TCTGCCAGTA TGGTAAAAGG 
GTAGCAGAGT TAGAAAAAGA GATTAAGTTC CTCCAAGAAG AGAATGTGAT TCAATGTGAG 
GAACTTAGGT CTTTACTAGG AGACCATGAG CTAGAGAAAG CTCTCTTAAG GAAAGAATTA 
GAAGAAACCG TCTTGGAAAA AGAGGCCCTG CAGTCTGATC TTCTAGAAAT GAAGAATGCT 
AACGAACAAA CAAGGCTTGA AAATCAGAAT CTCCTAATTC AAGTTGATGA ATTATCTCAA 
AAATTATGTA GCAAAAATGA AAACCATAAT GAAGAAGAAA AATATTTTAT AAAGGAACTT 
GAAAACCTAA GGCCATTACT AGAACAAAAA GAATCAGAAT TGCAAGATGT GAGAGCAGAG 
TTGATATCAT TAAAGGATTC CTTAGAGAAA TCACCTTCTG TAGAAAGTGA TCAACCTTCA 
GTAAAAGAGT TTGAAGAAAA AATAGCATAT CTGGAAGAAG AATGCAAAGA CAAAGAGGAG 
AAAATAGAGA AATTAAAACT AGTTGCTGTG AAGGCAAAGA AAGAACTAGG TTCTAGCAGA 
AAAGAGGCCC AGACGCTACG GGAAGAACTT GAATCTGTTC GCTCAGAAAG GGATCAGGTG 
TCTACTTCCA TGAGAGATCT CATTCAAGGA GCAGAAAGCT ATAAGAATCT TGTATTGGAA 
TATGATAAGC AGTCAGAGCA GTTGGATCTG GAGAAAGAAC GGGCTAATAA TTTTGAGCAC 
CAAGTAGAAG ACCTTACAAG ACAACTAAGG AATATGGCTT TTCAGTGTGA AAAATTAAAC 
TCAGATAATG AAGACCTCCT GGCCCGTGTT GGGACACTGC AGTCTAACAC CCGGTTATTA 
GAAGTGCAGA TTTTGGAAGT CCACAAAGCC AAGGCCATGG CAGACAAAGA GTTGGAAGCT 
GAAAAACTTA AGAAAGAGCA GAAAATAAAG GAGCATGCCA GTTCTGTAAA CGAACTTGAA 
GAGCTTCAGC TACAACTGCA AAAGGAAAAG AAACAGCTTC AGAAAACCAT GCAAGAATTA 
GAGCTGGTTA GAAAGGATGC CCAACAAACC ACATTGATGA ACATGGAAAT TGCTGATTAC 
GAACGTTTGT TGAAAGAACT AAATCAAAAG TTAGCTAATA AGAACAGCAA GATAGAAGAT 
TTGGAACAAG AAATAAAAAT CCAAAAACAG AAACAAGAAA CCCTGCAGGA AGAAATGACT 
TCGCTGCAGG CTTCAGTACA ACAGTATGAG GAAAAAAACA CCAAAATCAA GCAGTTGCTT 
GTGAAAACCA AAAAAGAACT GGCAGATTCA AAGCAAGCGG AAACTGATCA CTTAATACTC 
CAAGCGTCTT TAAAGGGCGA GCTGGAGGCA AGCCAGCAGC AAGTAGAAAT GTATAAAATT 
CAGCTGGCGG AAATGACGTC GGAGAAGCAC AAAGCTCACC AGCACCTGAA GGCGTCCGCG 
GACCAGCAGC AGCGCACACT GGGCGCCTAC CAGCAGAGGG TGGCGGCCCT GCAGGAGGAG 
TGCCGCGCTG CCAGGGCAGA ACAAGCTGCT GTCACCTCTG AATTTGAGAG CTACAAAGTC 
CGAGTTCACA ATGTTCTAAA ACAACAGAAA AATAAGTCTG TGTCTCAGAC TGAGACCGAC 
GGAGCCAAAC AAGAAAGAGA ACATCTGGAA ATGCTGATTG ACCAACTAAA GATCAAATTA 
CAAGACACCC AAAGTAACTT ACAGATCAAC GTCTCTGAAC TGCAGACCTT GCAGTCTGAA 
CACGACGCCC TGCTAGAAAG GCACAGCAGG GTGCTGCAGG AGACCGTGTC CAAGGAGACC 
GCGCTCCGAG AGAGGCTGTG CGCCGTGCAG TCGGAGAACT CCGCGATGAA GTCGGAGCAC 
GCGCAGACCG TGAGTCAGCT CTCGGCCCAG CACGAGGCCC TGCGTGGCAG CTTCCGAGAC 
CAGGTGCTGC AGCTTCAGGA GGAGCACCGG CGGACGGTGG AGACGCTGCA GCAGCAGCTG 
ACCAGGCTGG AGGCCCAGCT CTTCCAGCTC CAGAGCGAGC CGTCCACAAG AAGCCCAGCT 
TCTTCCCAGC AACCTTTGAG GAGCCTTCGA GAAAGGAGAA GCACAGACCT CCCGCTTCTG 
GATGTGCCGG CCACGACCCG GGAGGAGGGG GAGGGGATGG AGACCACGGA CTCCGAGTCC 
GTATCTTCCG CCGGCATCCA CGCGCAGTCC TTAGAGCAGC TGCTCCGTTC TCCCGAAGCC 
AGGCTCGAGC CTCCTTCCTG GCACGCTGAA TTCACCAAAG AAGAATTGGT TCAAAAGCTC 
AGTTCCACCA CAAAAAGTGC CGACCACTTA AACGGGCTAC TTCGGGAAAC AGAAGGCACC 
AACGCCATCC TCATGGAGCA GATTAAGCTT CTGAAGAGTG AGATCCGGCG GCTGGAGAGG 
AACCAGGCGC GAGAGCAGTC GGCCGCCAAC CTGGAGTACC TGAAGAACGT GCTGCTGCAG 
TTCGTCCTCC TGAAGCCGGG GAGCGAGCGG GCGCGGCTGC TGCCCGTCGT GGGCACGATG 
CTGCAGCTCA GCCCCGAGGA GAAGGCCAGG CTGGCCGCTG CCGCCCAAGG TGAGGAGGAA 
AATGCTTCCC GTTCCTCCGG CTGGGCGTCC TATCTGCACA GCTGGTCTGG ACTTCGATAG

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

PubMed

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GCC2 cDNA ORF clone, Balaenoptera acutorostrata scammoni

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:

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