LOC100730706 cDNA ORF clone, Cavia porcellus(domestic guinea pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100730706
Entrez Gene ID	100730706
Full Name	adenylate kinase 9-like
Gene Type	protein-coding
Organism	Cavia porcellus(domestic guinea pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023562723.1	XP_023418491.1	LOW QUALITY PROTEIN: adenylate kinase 9-like
XM_013146647.1	XP_013002101.1	LOW QUALITY PROTEIN: adenylate kinase 9-like

Pathways from BioSystems
Gene Ontology

The following LOC100730706 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100730706 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
ODo36139	XM_013146647.1 Latest version!	Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
ODo36139	XM_023562723.1 Latest version!	Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC100730706 ( XM_023562723.1 ) cDNA ORF clone, Cavia porcellus(domestic guinea pig) -> XP_023418491.1 Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.

Price & Availability↑

CloneID	ODo36139
Clone ID Related Accession (Same CDS sequence)	XM_023562723.1 , XM_013146647.1
Accession Version	XM_023562723.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4710bp) 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	1516204800000
Organism	Cavia porcellus(domestic guinea pig)
Product	LOW QUALITY PROTEIN: adenylate kinase 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_176337.1) 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 :: Cavia porcellus Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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 frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGAGAGTTT CAACAGTGTT TTGTATTATG ACTTCTCAAG AGAAAACAGA AGAACATCCC 
TTTGTGGATA TATTTAATGA AGATGAAACT GAACAATGTT TTTTGTTGTC CCGACCTCTT 
CACTTTGTTG TACTTGGGAA ACCAGGTGTT GGGAAGACAA CATTAGCCAG CAAATTAGCA 
CATGCATGGA AATGTATTTG TGTTGAAGGT TTATCAGTTT TAGAAGAACG GATTGCCACC 
GGGACAGAAT CAGGAAATAT GTTGCAGTCA ATACTAATCA GTGGTCACAG CATTCCAGAT 
GAAGTTGTTA CAAAGCTGAT GATAGAGAAG CTCAGCTCCT CAGAAGTCTC TCATTTTGGT 
TATATTATCA CTGAGATACC ATCACTTTCA CAGGATGCCA TGACTACTTT GCAGCAAATA 
GAATTCATTA GAAATGTAAA TTTGAATCCT GATATTATAA TCAATATTAA GTGTCCTGAC 
TATGATTTAT GCCAACGAGT ATCTGGGCAG AGACAGCACA GTACCACGGG GTACATTTAC 
AGTAGAGATC AGTGGGATCC TGAAGTCATT GAGAGTCGTA GGAAGAAGAA GAAAGATGCC 
CAAAAAGAAA GGAATATTGA AGTGGAAGGA GAAGAGGAAG AAGAGCAAGA AGAAGAGGCA 
TATATTGCTG AAATGCAGAT GATAGCTGAA AGTCTTCAAC ATCTAGTTCA GAGGCCTGAG 
GATTATTTGG AAAATGTTCA GAACATTATT AAGCTTTATA AGGAAACAGC TCTTCCTGCT 
TTAGAAAAAG TAATGGCTGA ACATGATCCC CAGTACCTCA TTGAGCTGGA TGGAAATAAG 
TCTCCCGAAG AGCTCTTCAT GATGGTAATG GAACGACTTA GATATCTGAA TCTAAAAAGA 
GCGGCTGTGT TAACCAAACT TCAAACTGCA GAGGAAGAAG TTAATGACAT TATGGAAACT 
GAAGAGCTGT TCCGTACTCT TGCATCTTGT AAACTTATTG CAGCAAGATA CAAATGGCAG 
AGGAGCCGAT GGGGGCGTAT ATGTCCTGTG GCTTTAAAGG AAGGTAACAT TATTTCAGGA 
TTACCTGATT TTTCTGTGAG TTTTCTAGGT AAAATATACT GTCTGTCATC AGAAGAAGCA 
TTAAAAACAT TTTTATTGAA CCCACGTCCC TATCTTCTTC CACCTATGCC AGCACCACCA 
TGTAAAGTAT TCATATTTGG ACCTCAGTAT TCAGGGAAAA CAACACTCAG CAATTTGATT 
GCAGAATATT ATAAAGGAAA GGTAGTTGAC TATGCCACAC TTGTTCAACC ACGTTTTGAT 
GAGGCTCGTG AAGCATTAAT AAGAAATACT ATAGCTCGGG CCACTGAAGC AGCTATTAAT 
GTTGTGGAAG AAAAGCTTCT CACAGAACTA CGAGCTAAAA GACAAGCTGA GAAAACTTTA 
AGAGAACTTC AAAATCAATT TGGAGAGAAG GCATTTGAAG AGTTTCCAGA GTATGTGTCT 
AAAGGCTTAG GAGAATTGCA CTCTTCAGTT GATGAAGGAG CACATTCTCA AGAATCTCAT 
AGAGACAGTG CTCTAGAGGA CACATTAGAA AGCAGAACAA AGTCAGAAGA TGCTCTTGAT 
GATCAAACTG CTAATGCTGA TAAAGACGCC TCAATAGAAG ACTCAATAGA GGAGGTAACT 
TCAGATCACC CAGAAGTTAT TTCCATGCTT GAGGAAACTC TAAAAATGAC AAAGGATATG 
AACTTTGAAC AACCTTATGA AAAGCATGCC GAAATCTTAG AGGAAGTCCT CAGAGAGGTA 
GTAGAAGAAA ACAAGAAGAG ATTTGCTGGT GCTCCAAAAT TTGGAGGCTG GATTGTGGAA 
AATTGCCCTG TTATAAAAGA ACTGTGGATG GTCTTAACTG AGAAAGGAAT TGTACCAGAT 
TTGGTAATCT GTTTATCAGA CACAGAAAAC AATGGAAAAT GTTTATTTAA TAGGATATAT 
TTACAAAATA AGTCTGAAAT TGACTCTAAG ATTTTAGAAA GATTGTTAAA TGAGCTACAA 
GACAAAAAGG AAGAAGCAGC AGCAAGAAAG GCTAAAGAAG AGGCATTGAG AATAGAAGAA 
GAAAAACAAA GACTACTGGA CACTATGCAC GAAGGAGCAA AAGAAGCTGA AGAAGCTGAT 
AATGAAGCTG AAGAAGAAAT TGATGGTGAG GAGTCTGAAT TCAGAGGAGA GTCTGAAGCA 
CCTGAAGTAT CTGAAAATCG AGAGTCATTA TTACATGAAG AGTCTGAAAT GTCTCAAACC 
CACAAAACAG AGCATGAATC AGCCATAGAG CCTAGTGAGG AAACTGCAAT GGAAGCAGAA 
ATTCTGAAGG GATCTAAAGA GGGTCTGGAA ACTGAAGAAT TATTTGAAAC AGTTGTACTA 
CCCAAGTTTC CAGAAGATGC TTATCCTGAT ACTCCTGAAA TGGAGCCTTT TAAAGAGAAG 
ATTGCTTCTT TCAAGAGCAC GTGGAAACAG CTGGAACCCC TCATTAGCGA ATCTTTCATT 
CCAATTTTAA AGTTGGAAGT TGCCAACAAA ACACCAAAGG AACTACTTCA AAAAGTGGTT 
GAGACTATGG AAAAACCATT TCAATATCGT GCATTTGAGT TAACCGTAGA AGATTATGAC 
GAAGAAGCAG AGGACTATCC AGCTGAAGCA GAAGATGAAG TAATAGAAGA AGAGGAAGAA 
GAGGAAGAGA ATGAAGAAGG AGCTAAAGAG AAACGCAGGC ATTTGGGAGA CACAAAGCAT 
TTTTGTCCAG TGGTTCTCAA AGAAAACTTC ATCCTACAGC CAGGTAACAC AGAAGAAGCA 
GCTAAATATC GAGAAAAAAT TTACTACTTT TCAAGTACTG AGGCTAAAGA AAAGTTTTTG 
GAGCATCCTG AGGATTATGT GGCTCATAAA GAACCATTAA AGGCACCTCC ACTGAGAATA 
TGTCTTCTGG GACCTCGTGG ATCTGGCAAA ACAGTATGTG GAAGACAGCT GGCAGAATAT 
TTTGGCATTT TTCATATTCA GTTTGAAGAA TTTCTTCAGG AAAAACTATT GCTCAAAACT 
GGAAAGAAAT TTGGACCTGA ATTTGTGGAA GAGTCTGAGG AAGAGCAAGC TGTAAAACAA 
GAACTTGAAG AATTAGCAAC TCAGGCTAAT ATTAAACTTG AGGAAGAAAA CACAAAGAAG 
CAGCCTTCAG AAGTACAACT TACAGAAGAA GAAGAAACAA CAAAATCAAG TCTAATAGAT 
AATGAACCAT TGCCTTCTGA AATTCTTGAA GTAATTCTTT CTGAATGGTG GCATAAAGAA 
CCAATATGTT CCACAGGCTT TATCTTAGAT GGTTTCCCAC GGTTCCCAGA AGAGGCTCAG 
TTTCTGGGAG AGCACGGATT TTTCCCGGAT GCTGCTGTTT TTATACAAGT TGATGATCAA 
GATGTTCTTG ATCGTCTCCT TCCTTTCCAA ATTGAAAAGT GGAAGCTGAA ACAACAGAAG 
AAATCAGAAA GGAAAAAACT CATTAAAGCC CTGAAGGCAA AAATCAAGGA GGATATGATT 
GCTAAAAGAA GAGCTGAACT TATTTTAGAG AGAGAAAGAA AAAAGAAAGA GATGCCAGTG 
CTGCAGGGAG TAGACCAGAC AGAGCCCCTA GAGTTTGAAG GAGATAGACC ATTGACTGTC 
TTAGGACAAG TTGCTAAAAA GCTTGCAAGT GAATATGGCT TAAAACATTT GTCAGTAGGC 
GAAGCTTTGA GAACCGTACT GAGCCACCAC CCAGAAACAC AGCTAGCACT CATGTTGAAC 
TGGCATCTTT ATAAGGGAAT GACAGTGCCA GATGAGCTAA GTGTTCAAGC CTTGGACCTT 
TCTCTGATGG ACAGTGCATG TAATACTGCA GGTGTTGTTA TTGATGGATA CCCTGTAACC 
ACACACCAAA TGGATCTCTT GGAAAAGAGG TCAATCATTC CCATGATTGT CTTTGAGTTG 
GATATACCTT CTGAGGAGAT TTTCAGAAGA TTGATACTGG AAAAAAAATA TGAATCAAGT 
TTGCCTTATC CATTACACAA TAGTGCACAG ATTATAGCTA TCAAGAATGC AGTGTGCCAT 
AAAAATATTG GTGCAATTAA GCAATATTAT CAAGAACAGC ATCAGAACTG GTATGTGATT 
GATGGATTTC ACAGTAAGTG GTGGGTATGG AATGAAGTCA TTAAGACCAT TCAAATGGTG 
AATAAGCATA TGCAGAAATA CCTGGAAAGA ATAAAAGAAG GAAAAGCTGC CTGCATTGAC 
AAGTTATGTA TCACACCTCA AGAGCTGATT TCTCGCCTGG GAGAATTTGG ACAGTTCTGC 
CCTGTGAGCT TGGCAGAATC ATATGAATTA TTTGATTGCT CTGAAATCAC CTCCTTGGAA 
TTTGCAGCAG AATTTAGGGG GCATTATTAT AAAATGAATT CGCAGGAAAA ACTAAATAAA 
TTTTTGGAGA ACCCGGAATT GTATGTGCCT CCCTTAGCAC CTCACCCACT ACCATCTGCT 
GACATGATCC CCAAAAAGCT AACACTGTCA GAACTGAAGA GTCGATTTCC AAAGTGTGCT 
GAGCTCCAGG GGTACTGCCC AGTGACCTAT GAAGAGGGAG CACACAGATA TGAAGCTCTA 
GTACCTGGTA ACAGTAACTT TGCTGTTGAG TATCGTGATC ATCTATATAT TTGTGAGAAT 
AAAGAAAAAC TCCAGAAATT TTTGAGGTGA

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

RefSeq	XP_023418491.1
CDS	73..4782
Translation	MRVSTVFCIMTSQEKTEEHPFVDIFNEDETEQCFLLSRPLHFVVLGKPGVGKTTLASKLAHAWKCICVEGLSVLEERIATGTESGNMLQSILISGHSIPDEVVTKLMIEKLSSSEVSHFGYIITEIPSLSQDAMTTLQQIEFIRNVNLNPDIIINIKCPDYDLCQRVSGQRQHSTTGYIYSRDQWDPEVIESRRKKKKDAQKERNIEVEGEEEEEQEEEAYIAEMQMIAESLQHLVQRPEDYLENVQNIIKLYKETALPALEKVMAEHDPQYLIELDGNKSPEELFMMVMERLRYLNLKRAAVLTKLQTAEEEVNDIMETEELFRTLASCKLIAARYKWQRSRWGRICPVALKEGNIISGLPDFSVSFLGKIYCLSSEEALKTFLLNPRPYLLPPMPAPPCKVFIFGPQYSGKTTLSNLIAEYYKGKVVDYATLVQPRFDEAREALIRNTIARATEAAINVVEEKLLTELRAKRQAEKTLRELQNQFGEKAFEEFPEYVSKGLGELHSSVDEGAHSQESHRDSALEDTLESRTKSEDALDDQTANADKDASIEDSIEEVTSDHPEVISMLEETLKMTKDMNFEQPYEKHAEILEEVLREVVEENKKRFAGAPKFGGWIVENCPVIKELWMVLTEKGIVPDLVICLSDTENNGKCLFNRIYLQNKSEIDSKILERLLNELQDKKEEAAARKAKEEALRIEEEKQRLLDTMHEGAKEAEEADNEAEEEIDGEESEFRGESEAPEVSENRESLLHEESEMSQTHKTEHESAIEPSEETAMEAEILKGSKEGLETEELFETVVLPKFPEDAYPDTPEMEPFKEKIASFKSTWKQLEPLISESFIPILKLEVANKTPKELLQKVVETMEKPFQYRAFELTVEDYDEEAEDYPAEAEDEVIEEEEEEEENEEGAKEKRRHLGDTKHFCPVVLKENFILQPGNTEEAAKYREKIYYFSSTEAKEKFLEHPEDYVAHKEPLKAPPLRICLLGPRGSGKTVCGRQLAEYFGIFHIQFEEFLQEKLLLKTGKKFGPEFVEESEEEQAVKQELEELATQANIKLEEENTKKQPSEVQLTEEEETTKSSLIDNEPLPSEILEVILSEWWHKEPICSTGFILDGFPRFPEEAQFLGEHGFFPDAAVFIQVDDQDVLDRLLPFQIEKWKLKQQKKSERKKLIKALKAKIKEDMIAKRRAELILERERKKKEMPVLQGVDQTEPLEFEGDRPLTVLGQVAKKLASEYGLKHLSVGEALRTVLSHHPETQLALMLNWHLYKGMTVPDELSVQALDLSLMDSACNTAGVVIDGYPVTTHQMDLLEKRSIIPMIVFELDIPSEEIFRRLILEKKYESSLPYPLHNSAQIIAIKNAVCHKNIGAIKQYYQEQHQNWYVIDGFHSKWWVWNEVIKTIQMVNKHMQKYLERIKEGKAACIDKLCITPQELISRLGEFGQFCPVSLAESYELFDCSEITSLEFAAEFRGHYYKMNSQEKLNKFLENPELYVPPLAPHPLPSADMIPKKLTLSELKSRFPKCAELQGYCPVTYEEGAHRYEALVPGNSNFAVEYRDHLYICENKEKLQKFLR

Target ORF information:

RefSeq Version	XM_023562723.1
Organism	Cavia porcellus(domestic guinea pig)
Definition	Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.

Target ORF information:

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

XM_023562723.1

ORF Insert Sequence:

ATGAGAGTTT CAACAGTGTT TTGTATTATG ACTTCTCAAG AGAAAACAGA AGAACATCCC 
TTTGTGGATA TATTTAATGA AGATGAAACT GAACAATGTT TTTTGTTGTC CCGACCTCTT 
CACTTTGTTG TACTTGGGAA ACCAGGTGTT GGGAAGACAA CATTAGCCAG CAAATTAGCA 
CATGCATGGA AATGTATTTG TGTTGAAGGT TTATCAGTTT TAGAAGAACG GATTGCCACC 
GGGACAGAAT CAGGAAATAT GTTGCAGTCA ATACTAATCA GTGGTCACAG CATTCCAGAT 
GAAGTTGTTA CAAAGCTGAT GATAGAGAAG CTCAGCTCCT CAGAAGTCTC TCATTTTGGT 
TATATTATCA CTGAGATACC ATCACTTTCA CAGGATGCCA TGACTACTTT GCAGCAAATA 
GAATTCATTA GAAATGTAAA TTTGAATCCT GATATTATAA TCAATATTAA GTGTCCTGAC 
TATGATTTAT GCCAACGAGT ATCTGGGCAG AGACAGCACA GTACCACGGG GTACATTTAC 
AGTAGAGATC AGTGGGATCC TGAAGTCATT GAGAGTCGTA GGAAGAAGAA GAAAGATGCC 
CAAAAAGAAA GGAATATTGA AGTGGAAGGA GAAGAGGAAG AAGAGCAAGA AGAAGAGGCA 
TATATTGCTG AAATGCAGAT GATAGCTGAA AGTCTTCAAC ATCTAGTTCA GAGGCCTGAG 
GATTATTTGG AAAATGTTCA GAACATTATT AAGCTTTATA AGGAAACAGC TCTTCCTGCT 
TTAGAAAAAG TAATGGCTGA ACATGATCCC CAGTACCTCA TTGAGCTGGA TGGAAATAAG 
TCTCCCGAAG AGCTCTTCAT GATGGTAATG GAACGACTTA GATATCTGAA TCTAAAAAGA 
GCGGCTGTGT TAACCAAACT TCAAACTGCA GAGGAAGAAG TTAATGACAT TATGGAAACT 
GAAGAGCTGT TCCGTACTCT TGCATCTTGT AAACTTATTG CAGCAAGATA CAAATGGCAG 
AGGAGCCGAT GGGGGCGTAT ATGTCCTGTG GCTTTAAAGG AAGGTAACAT TATTTCAGGA 
TTACCTGATT TTTCTGTGAG TTTTCTAGGT AAAATATACT GTCTGTCATC AGAAGAAGCA 
TTAAAAACAT TTTTATTGAA CCCACGTCCC TATCTTCTTC CACCTATGCC AGCACCACCA 
TGTAAAGTAT TCATATTTGG ACCTCAGTAT TCAGGGAAAA CAACACTCAG CAATTTGATT 
GCAGAATATT ATAAAGGAAA GGTAGTTGAC TATGCCACAC TTGTTCAACC ACGTTTTGAT 
GAGGCTCGTG AAGCATTAAT AAGAAATACT ATAGCTCGGG CCACTGAAGC AGCTATTAAT 
GTTGTGGAAG AAAAGCTTCT CACAGAACTA CGAGCTAAAA GACAAGCTGA GAAAACTTTA 
AGAGAACTTC AAAATCAATT TGGAGAGAAG GCATTTGAAG AGTTTCCAGA GTATGTGTCT 
AAAGGCTTAG GAGAATTGCA CTCTTCAGTT GATGAAGGAG CACATTCTCA AGAATCTCAT 
AGAGACAGTG CTCTAGAGGA CACATTAGAA AGCAGAACAA AGTCAGAAGA TGCTCTTGAT 
GATCAAACTG CTAATGCTGA TAAAGACGCC TCAATAGAAG ACTCAATAGA GGAGGTAACT 
TCAGATCACC CAGAAGTTAT TTCCATGCTT GAGGAAACTC TAAAAATGAC AAAGGATATG 
AACTTTGAAC AACCTTATGA AAAGCATGCC GAAATCTTAG AGGAAGTCCT CAGAGAGGTA 
GTAGAAGAAA ACAAGAAGAG ATTTGCTGGT GCTCCAAAAT TTGGAGGCTG GATTGTGGAA 
AATTGCCCTG TTATAAAAGA ACTGTGGATG GTCTTAACTG AGAAAGGAAT TGTACCAGAT 
TTGGTAATCT GTTTATCAGA CACAGAAAAC AATGGAAAAT GTTTATTTAA TAGGATATAT 
TTACAAAATA AGTCTGAAAT TGACTCTAAG ATTTTAGAAA GATTGTTAAA TGAGCTACAA 
GACAAAAAGG AAGAAGCAGC AGCAAGAAAG GCTAAAGAAG AGGCATTGAG AATAGAAGAA 
GAAAAACAAA GACTACTGGA CACTATGCAC GAAGGAGCAA AAGAAGCTGA AGAAGCTGAT 
AATGAAGCTG AAGAAGAAAT TGATGGTGAG GAGTCTGAAT TCAGAGGAGA GTCTGAAGCA 
CCTGAAGTAT CTGAAAATCG AGAGTCATTA TTACATGAAG AGTCTGAAAT GTCTCAAACC 
CACAAAACAG AGCATGAATC AGCCATAGAG CCTAGTGAGG AAACTGCAAT GGAAGCAGAA 
ATTCTGAAGG GATCTAAAGA GGGTCTGGAA ACTGAAGAAT TATTTGAAAC AGTTGTACTA 
CCCAAGTTTC CAGAAGATGC TTATCCTGAT ACTCCTGAAA TGGAGCCTTT TAAAGAGAAG 
ATTGCTTCTT TCAAGAGCAC GTGGAAACAG CTGGAACCCC TCATTAGCGA ATCTTTCATT 
CCAATTTTAA AGTTGGAAGT TGCCAACAAA ACACCAAAGG AACTACTTCA AAAAGTGGTT 
GAGACTATGG AAAAACCATT TCAATATCGT GCATTTGAGT TAACCGTAGA AGATTATGAC 
GAAGAAGCAG AGGACTATCC AGCTGAAGCA GAAGATGAAG TAATAGAAGA AGAGGAAGAA 
GAGGAAGAGA ATGAAGAAGG AGCTAAAGAG AAACGCAGGC ATTTGGGAGA CACAAAGCAT 
TTTTGTCCAG TGGTTCTCAA AGAAAACTTC ATCCTACAGC CAGGTAACAC AGAAGAAGCA 
GCTAAATATC GAGAAAAAAT TTACTACTTT TCAAGTACTG AGGCTAAAGA AAAGTTTTTG 
GAGCATCCTG AGGATTATGT GGCTCATAAA GAACCATTAA AGGCACCTCC ACTGAGAATA 
TGTCTTCTGG GACCTCGTGG ATCTGGCAAA ACAGTATGTG GAAGACAGCT GGCAGAATAT 
TTTGGCATTT TTCATATTCA GTTTGAAGAA TTTCTTCAGG AAAAACTATT GCTCAAAACT 
GGAAAGAAAT TTGGACCTGA ATTTGTGGAA GAGTCTGAGG AAGAGCAAGC TGTAAAACAA 
GAACTTGAAG AATTAGCAAC TCAGGCTAAT ATTAAACTTG AGGAAGAAAA CACAAAGAAG 
CAGCCTTCAG AAGTACAACT TACAGAAGAA GAAGAAACAA CAAAATCAAG TCTAATAGAT 
AATGAACCAT TGCCTTCTGA AATTCTTGAA GTAATTCTTT CTGAATGGTG GCATAAAGAA 
CCAATATGTT CCACAGGCTT TATCTTAGAT GGTTTCCCAC GGTTCCCAGA AGAGGCTCAG 
TTTCTGGGAG AGCACGGATT TTTCCCGGAT GCTGCTGTTT TTATACAAGT TGATGATCAA 
GATGTTCTTG ATCGTCTCCT TCCTTTCCAA ATTGAAAAGT GGAAGCTGAA ACAACAGAAG 
AAATCAGAAA GGAAAAAACT CATTAAAGCC CTGAAGGCAA AAATCAAGGA GGATATGATT 
GCTAAAAGAA GAGCTGAACT TATTTTAGAG AGAGAAAGAA AAAAGAAAGA GATGCCAGTG 
CTGCAGGGAG TAGACCAGAC AGAGCCCCTA GAGTTTGAAG GAGATAGACC ATTGACTGTC 
TTAGGACAAG TTGCTAAAAA GCTTGCAAGT GAATATGGCT TAAAACATTT GTCAGTAGGC 
GAAGCTTTGA GAACCGTACT GAGCCACCAC CCAGAAACAC AGCTAGCACT CATGTTGAAC 
TGGCATCTTT ATAAGGGAAT GACAGTGCCA GATGAGCTAA GTGTTCAAGC CTTGGACCTT 
TCTCTGATGG ACAGTGCATG TAATACTGCA GGTGTTGTTA TTGATGGATA CCCTGTAACC 
ACACACCAAA TGGATCTCTT GGAAAAGAGG TCAATCATTC CCATGATTGT CTTTGAGTTG 
GATATACCTT CTGAGGAGAT TTTCAGAAGA TTGATACTGG AAAAAAAATA TGAATCAAGT 
TTGCCTTATC CATTACACAA TAGTGCACAG ATTATAGCTA TCAAGAATGC AGTGTGCCAT 
AAAAATATTG GTGCAATTAA GCAATATTAT CAAGAACAGC ATCAGAACTG GTATGTGATT 
GATGGATTTC ACAGTAAGTG GTGGGTATGG AATGAAGTCA TTAAGACCAT TCAAATGGTG 
AATAAGCATA TGCAGAAATA CCTGGAAAGA ATAAAAGAAG GAAAAGCTGC CTGCATTGAC 
AAGTTATGTA TCACACCTCA AGAGCTGATT TCTCGCCTGG GAGAATTTGG ACAGTTCTGC 
CCTGTGAGCT TGGCAGAATC ATATGAATTA TTTGATTGCT CTGAAATCAC CTCCTTGGAA 
TTTGCAGCAG AATTTAGGGG GCATTATTAT AAAATGAATT CGCAGGAAAA ACTAAATAAA 
TTTTTGGAGA ACCCGGAATT GTATGTGCCT CCCTTAGCAC CTCACCCACT ACCATCTGCT 
GACATGATCC CCAAAAAGCT AACACTGTCA GAACTGAAGA GTCGATTTCC AAAGTGTGCT 
GAGCTCCAGG GGTACTGCCC AGTGACCTAT GAAGAGGGAG CACACAGATA TGAAGCTCTA 
GTACCTGGTA ACAGTAACTT TGCTGTTGAG TATCGTGATC ATCTATATAT TTGTGAGAAT 
AAAGAAAAAC TCCAGAAATT TTTGAGGTGA

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

LOC100730706 ( XM_013146647.1 ) cDNA ORF clone, Cavia porcellus(domestic guinea pig) -> XP_013002101.1 Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.

Price & Availability↑

CloneID	ODo36139
Clone ID Related Accession (Same CDS sequence)	XM_023562723.1 , XM_013146647.1
Accession Version	XM_013146647.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4710bp) 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	1436716800000
Organism	Cavia porcellus(domestic guinea pig)
Product	LOW QUALITY PROTEIN: adenylate kinase 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_176337.1) 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 :: Cavia porcellus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 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 frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGAGAGTTT CAACAGTGTT TTGTATTATG ACTTCTCAAG AGAAAACAGA AGAACATCCC 
TTTGTGGATA TATTTAATGA AGATGAAACT GAACAATGTT TTTTGTTGTC CCGACCTCTT 
CACTTTGTTG TACTTGGGAA ACCAGGTGTT GGGAAGACAA CATTAGCCAG CAAATTAGCA 
CATGCATGGA AATGTATTTG TGTTGAAGGT TTATCAGTTT TAGAAGAACG GATTGCCACC 
GGGACAGAAT CAGGAAATAT GTTGCAGTCA ATACTAATCA GTGGTCACAG CATTCCAGAT 
GAAGTTGTTA CAAAGCTGAT GATAGAGAAG CTCAGCTCCT CAGAAGTCTC TCATTTTGGT 
TATATTATCA CTGAGATACC ATCACTTTCA CAGGATGCCA TGACTACTTT GCAGCAAATA 
GAATTCATTA GAAATGTAAA TTTGAATCCT GATATTATAA TCAATATTAA GTGTCCTGAC 
TATGATTTAT GCCAACGAGT ATCTGGGCAG AGACAGCACA GTACCACGGG GTACATTTAC 
AGTAGAGATC AGTGGGATCC TGAAGTCATT GAGAGTCGTA GGAAGAAGAA GAAAGATGCC 
CAAAAAGAAA GGAATATTGA AGTGGAAGGA GAAGAGGAAG AAGAGCAAGA AGAAGAGGCA 
TATATTGCTG AAATGCAGAT GATAGCTGAA AGTCTTCAAC ATCTAGTTCA GAGGCCTGAG 
GATTATTTGG AAAATGTTCA GAACATTATT AAGCTTTATA AGGAAACAGC TCTTCCTGCT 
TTAGAAAAAG TAATGGCTGA ACATGATCCC CAGTACCTCA TTGAGCTGGA TGGAAATAAG 
TCTCCCGAAG AGCTCTTCAT GATGGTAATG GAACGACTTA GATATCTGAA TCTAAAAAGA 
GCGGCTGTGT TAACCAAACT TCAAACTGCA GAGGAAGAAG TTAATGACAT TATGGAAACT 
GAAGAGCTGT TCCGTACTCT TGCATCTTGT AAACTTATTG CAGCAAGATA CAAATGGCAG 
AGGAGCCGAT GGGGGCGTAT ATGTCCTGTG GCTTTAAAGG AAGGTAACAT TATTTCAGGA 
TTACCTGATT TTTCTGTGAG TTTTCTAGGT AAAATATACT GTCTGTCATC AGAAGAAGCA 
TTAAAAACAT TTTTATTGAA CCCACGTCCC TATCTTCTTC CACCTATGCC AGCACCACCA 
TGTAAAGTAT TCATATTTGG ACCTCAGTAT TCAGGGAAAA CAACACTCAG CAATTTGATT 
GCAGAATATT ATAAAGGAAA GGTAGTTGAC TATGCCACAC TTGTTCAACC ACGTTTTGAT 
GAGGCTCGTG AAGCATTAAT AAGAAATACT ATAGCTCGGG CCACTGAAGC AGCTATTAAT 
GTTGTGGAAG AAAAGCTTCT CACAGAACTA CGAGCTAAAA GACAAGCTGA GAAAACTTTA 
AGAGAACTTC AAAATCAATT TGGAGAGAAG GCATTTGAAG AGTTTCCAGA GTATGTGTCT 
AAAGGCTTAG GAGAATTGCA CTCTTCAGTT GATGAAGGAG CACATTCTCA AGAATCTCAT 
AGAGACAGTG CTCTAGAGGA CACATTAGAA AGCAGAACAA AGTCAGAAGA TGCTCTTGAT 
GATCAAACTG CTAATGCTGA TAAAGACGCC TCAATAGAAG ACTCAATAGA GGAGGTAACT 
TCAGATCACC CAGAAGTTAT TTCCATGCTT GAGGAAACTC TAAAAATGAC AAAGGATATG 
AACTTTGAAC AACCTTATGA AAAGCATGCC GAAATCTTAG AGGAAGTCCT CAGAGAGGTA 
GTAGAAGAAA ACAAGAAGAG ATTTGCTGGT GCTCCAAAAT TTGGAGGCTG GATTGTGGAA 
AATTGCCCTG TTATAAAAGA ACTGTGGATG GTCTTAACTG AGAAAGGAAT TGTACCAGAT 
TTGGTAATCT GTTTATCAGA CACAGAAAAC AATGGAAAAT GTTTATTTAA TAGGATATAT 
TTACAAAATA AGTCTGAAAT TGACTCTAAG ATTTTAGAAA GATTGTTAAA TGAGCTACAA 
GACAAAAAGG AAGAAGCAGC AGCAAGAAAG GCTAAAGAAG AGGCATTGAG AATAGAAGAA 
GAAAAACAAA GACTACTGGA CACTATGCAC GAAGGAGCAA AAGAAGCTGA AGAAGCTGAT 
AATGAAGCTG AAGAAGAAAT TGATGGTGAG GAGTCTGAAT TCAGAGGAGA GTCTGAAGCA 
CCTGAAGTAT CTGAAAATCG AGAGTCATTA TTACATGAAG AGTCTGAAAT GTCTCAAACC 
CACAAAACAG AGCATGAATC AGCCATAGAG CCTAGTGAGG AAACTGCAAT GGAAGCAGAA 
ATTCTGAAGG GATCTAAAGA GGGTCTGGAA ACTGAAGAAT TATTTGAAAC AGTTGTACTA 
CCCAAGTTTC CAGAAGATGC TTATCCTGAT ACTCCTGAAA TGGAGCCTTT TAAAGAGAAG 
ATTGCTTCTT TCAAGAGCAC GTGGAAACAG CTGGAACCCC TCATTAGCGA ATCTTTCATT 
CCAATTTTAA AGTTGGAAGT TGCCAACAAA ACACCAAAGG AACTACTTCA AAAAGTGGTT 
GAGACTATGG AAAAACCATT TCAATATCGT GCATTTGAGT TAACCGTAGA AGATTATGAC 
GAAGAAGCAG AGGACTATCC AGCTGAAGCA GAAGATGAAG TAATAGAAGA AGAGGAAGAA 
GAGGAAGAGA ATGAAGAAGG AGCTAAAGAG AAACGCAGGC ATTTGGGAGA CACAAAGCAT 
TTTTGTCCAG TGGTTCTCAA AGAAAACTTC ATCCTACAGC CAGGTAACAC AGAAGAAGCA 
GCTAAATATC GAGAAAAAAT TTACTACTTT TCAAGTACTG AGGCTAAAGA AAAGTTTTTG 
GAGCATCCTG AGGATTATGT GGCTCATAAA GAACCATTAA AGGCACCTCC ACTGAGAATA 
TGTCTTCTGG GACCTCGTGG ATCTGGCAAA ACAGTATGTG GAAGACAGCT GGCAGAATAT 
TTTGGCATTT TTCATATTCA GTTTGAAGAA TTTCTTCAGG AAAAACTATT GCTCAAAACT 
GGAAAGAAAT TTGGACCTGA ATTTGTGGAA GAGTCTGAGG AAGAGCAAGC TGTAAAACAA 
GAACTTGAAG AATTAGCAAC TCAGGCTAAT ATTAAACTTG AGGAAGAAAA CACAAAGAAG 
CAGCCTTCAG AAGTACAACT TACAGAAGAA GAAGAAACAA CAAAATCAAG TCTAATAGAT 
AATGAACCAT TGCCTTCTGA AATTCTTGAA GTAATTCTTT CTGAATGGTG GCATAAAGAA 
CCAATATGTT CCACAGGCTT TATCTTAGAT GGTTTCCCAC GGTTCCCAGA AGAGGCTCAG 
TTTCTGGGAG AGCACGGATT TTTCCCGGAT GCTGCTGTTT TTATACAAGT TGATGATCAA 
GATGTTCTTG ATCGTCTCCT TCCTTTCCAA ATTGAAAAGT GGAAGCTGAA ACAACAGAAG 
AAATCAGAAA GGAAAAAACT CATTAAAGCC CTGAAGGCAA AAATCAAGGA GGATATGATT 
GCTAAAAGAA GAGCTGAACT TATTTTAGAG AGAGAAAGAA AAAAGAAAGA GATGCCAGTG 
CTGCAGGGAG TAGACCAGAC AGAGCCCCTA GAGTTTGAAG GAGATAGACC ATTGACTGTC 
TTAGGACAAG TTGCTAAAAA GCTTGCAAGT GAATATGGCT TAAAACATTT GTCAGTAGGC 
GAAGCTTTGA GAACCGTACT GAGCCACCAC CCAGAAACAC AGCTAGCACT CATGTTGAAC 
TGGCATCTTT ATAAGGGAAT GACAGTGCCA GATGAGCTAA GTGTTCAAGC CTTGGACCTT 
TCTCTGATGG ACAGTGCATG TAATACTGCA GGTGTTGTTA TTGATGGATA CCCTGTAACC 
ACACACCAAA TGGATCTCTT GGAAAAGAGG TCAATCATTC CCATGATTGT CTTTGAGTTG 
GATATACCTT CTGAGGAGAT TTTCAGAAGA TTGATACTGG AAAAAAAATA TGAATCAAGT 
TTGCCTTATC CATTACACAA TAGTGCACAG ATTATAGCTA TCAAGAATGC AGTGTGCCAT 
AAAAATATTG GTGCAATTAA GCAATATTAT CAAGAACAGC ATCAGAACTG GTATGTGATT 
GATGGATTTC ACAGTAAGTG GTGGGTATGG AATGAAGTCA TTAAGACCAT TCAAATGGTG 
AATAAGCATA TGCAGAAATA CCTGGAAAGA ATAAAAGAAG GAAAAGCTGC CTGCATTGAC 
AAGTTATGTA TCACACCTCA AGAGCTGATT TCTCGCCTGG GAGAATTTGG ACAGTTCTGC 
CCTGTGAGCT TGGCAGAATC ATATGAATTA TTTGATTGCT CTGAAATCAC CTCCTTGGAA 
TTTGCAGCAG AATTTAGGGG GCATTATTAT AAAATGAATT CGCAGGAAAA ACTAAATAAA 
TTTTTGGAGA ACCCGGAATT GTATGTGCCT CCCTTAGCAC CTCACCCACT ACCATCTGCT 
GACATGATCC CCAAAAAGCT AACACTGTCA GAACTGAAGA GTCGATTTCC AAAGTGTGCT 
GAGCTCCAGG GGTACTGCCC AGTGACCTAT GAAGAGGGAG CACACAGATA TGAAGCTCTA 
GTACCTGGTA ACAGTAACTT TGCTGTTGAG TATCGTGATC ATCTATATAT TTGTGAGAAT 
AAAGAAAAAC TCCAGAAATT TTTGAGGTGA

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

RefSeq	XP_013002101.1
CDS	166..4875
Translation	MRVSTVFCIMTSQEKTEEHPFVDIFNEDETEQCFLLSRPLHFVVLGKPGVGKTTLASKLAHAWKCICVEGLSVLEERIATGTESGNMLQSILISGHSIPDEVVTKLMIEKLSSSEVSHFGYIITEIPSLSQDAMTTLQQIEFIRNVNLNPDIIINIKCPDYDLCQRVSGQRQHSTTGYIYSRDQWDPEVIESRRKKKKDAQKERNIEVEGEEEEEQEEEAYIAEMQMIAESLQHLVQRPEDYLENVQNIIKLYKETALPALEKVMAEHDPQYLIELDGNKSPEELFMMVMERLRYLNLKRAAVLTKLQTAEEEVNDIMETEELFRTLASCKLIAARYKWQRSRWGRICPVALKEGNIISGLPDFSVSFLGKIYCLSSEEALKTFLLNPRPYLLPPMPAPPCKVFIFGPQYSGKTTLSNLIAEYYKGKVVDYATLVQPRFDEAREALIRNTIARATEAAINVVEEKLLTELRAKRQAEKTLRELQNQFGEKAFEEFPEYVSKGLGELHSSVDEGAHSQESHRDSALEDTLESRTKSEDALDDQTANADKDASIEDSIEEVTSDHPEVISMLEETLKMTKDMNFEQPYEKHAEILEEVLREVVEENKKRFAGAPKFGGWIVENCPVIKELWMVLTEKGIVPDLVICLSDTENNGKCLFNRIYLQNKSEIDSKILERLLNELQDKKEEAAARKAKEEALRIEEEKQRLLDTMHEGAKEAEEADNEAEEEIDGEESEFRGESEAPEVSENRESLLHEESEMSQTHKTEHESAIEPSEETAMEAEILKGSKEGLETEELFETVVLPKFPEDAYPDTPEMEPFKEKIASFKSTWKQLEPLISESFIPILKLEVANKTPKELLQKVVETMEKPFQYRAFELTVEDYDEEAEDYPAEAEDEVIEEEEEEEENEEGAKEKRRHLGDTKHFCPVVLKENFILQPGNTEEAAKYREKIYYFSSTEAKEKFLEHPEDYVAHKEPLKAPPLRICLLGPRGSGKTVCGRQLAEYFGIFHIQFEEFLQEKLLLKTGKKFGPEFVEESEEEQAVKQELEELATQANIKLEEENTKKQPSEVQLTEEEETTKSSLIDNEPLPSEILEVILSEWWHKEPICSTGFILDGFPRFPEEAQFLGEHGFFPDAAVFIQVDDQDVLDRLLPFQIEKWKLKQQKKSERKKLIKALKAKIKEDMIAKRRAELILERERKKKEMPVLQGVDQTEPLEFEGDRPLTVLGQVAKKLASEYGLKHLSVGEALRTVLSHHPETQLALMLNWHLYKGMTVPDELSVQALDLSLMDSACNTAGVVIDGYPVTTHQMDLLEKRSIIPMIVFELDIPSEEIFRRLILEKKYESSLPYPLHNSAQIIAIKNAVCHKNIGAIKQYYQEQHQNWYVIDGFHSKWWVWNEVIKTIQMVNKHMQKYLERIKEGKAACIDKLCITPQELISRLGEFGQFCPVSLAESYELFDCSEITSLEFAAEFRGHYYKMNSQEKLNKFLENPELYVPPLAPHPLPSADMIPKKLTLSELKSRFPKCAELQGYCPVTYEEGAHRYEALVPGNSNFAVEYRDHLYICENKEKLQKFLR

Target ORF information:

RefSeq Version	XM_013146647.1
Organism	Cavia porcellus(domestic guinea pig)
Definition	Cavia porcellus adenylate kinase 9-like (LOC100730706), mRNA.

Target ORF information:

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

XM_013146647.1

ORF Insert Sequence:

ATGAGAGTTT CAACAGTGTT TTGTATTATG ACTTCTCAAG AGAAAACAGA AGAACATCCC 
TTTGTGGATA TATTTAATGA AGATGAAACT GAACAATGTT TTTTGTTGTC CCGACCTCTT 
CACTTTGTTG TACTTGGGAA ACCAGGTGTT GGGAAGACAA CATTAGCCAG CAAATTAGCA 
CATGCATGGA AATGTATTTG TGTTGAAGGT TTATCAGTTT TAGAAGAACG GATTGCCACC 
GGGACAGAAT CAGGAAATAT GTTGCAGTCA ATACTAATCA GTGGTCACAG CATTCCAGAT 
GAAGTTGTTA CAAAGCTGAT GATAGAGAAG CTCAGCTCCT CAGAAGTCTC TCATTTTGGT 
TATATTATCA CTGAGATACC ATCACTTTCA CAGGATGCCA TGACTACTTT GCAGCAAATA 
GAATTCATTA GAAATGTAAA TTTGAATCCT GATATTATAA TCAATATTAA GTGTCCTGAC 
TATGATTTAT GCCAACGAGT ATCTGGGCAG AGACAGCACA GTACCACGGG GTACATTTAC 
AGTAGAGATC AGTGGGATCC TGAAGTCATT GAGAGTCGTA GGAAGAAGAA GAAAGATGCC 
CAAAAAGAAA GGAATATTGA AGTGGAAGGA GAAGAGGAAG AAGAGCAAGA AGAAGAGGCA 
TATATTGCTG AAATGCAGAT GATAGCTGAA AGTCTTCAAC ATCTAGTTCA GAGGCCTGAG 
GATTATTTGG AAAATGTTCA GAACATTATT AAGCTTTATA AGGAAACAGC TCTTCCTGCT 
TTAGAAAAAG TAATGGCTGA ACATGATCCC CAGTACCTCA TTGAGCTGGA TGGAAATAAG 
TCTCCCGAAG AGCTCTTCAT GATGGTAATG GAACGACTTA GATATCTGAA TCTAAAAAGA 
GCGGCTGTGT TAACCAAACT TCAAACTGCA GAGGAAGAAG TTAATGACAT TATGGAAACT 
GAAGAGCTGT TCCGTACTCT TGCATCTTGT AAACTTATTG CAGCAAGATA CAAATGGCAG 
AGGAGCCGAT GGGGGCGTAT ATGTCCTGTG GCTTTAAAGG AAGGTAACAT TATTTCAGGA 
TTACCTGATT TTTCTGTGAG TTTTCTAGGT AAAATATACT GTCTGTCATC AGAAGAAGCA 
TTAAAAACAT TTTTATTGAA CCCACGTCCC TATCTTCTTC CACCTATGCC AGCACCACCA 
TGTAAAGTAT TCATATTTGG ACCTCAGTAT TCAGGGAAAA CAACACTCAG CAATTTGATT 
GCAGAATATT ATAAAGGAAA GGTAGTTGAC TATGCCACAC TTGTTCAACC ACGTTTTGAT 
GAGGCTCGTG AAGCATTAAT AAGAAATACT ATAGCTCGGG CCACTGAAGC AGCTATTAAT 
GTTGTGGAAG AAAAGCTTCT CACAGAACTA CGAGCTAAAA GACAAGCTGA GAAAACTTTA 
AGAGAACTTC AAAATCAATT TGGAGAGAAG GCATTTGAAG AGTTTCCAGA GTATGTGTCT 
AAAGGCTTAG GAGAATTGCA CTCTTCAGTT GATGAAGGAG CACATTCTCA AGAATCTCAT 
AGAGACAGTG CTCTAGAGGA CACATTAGAA AGCAGAACAA AGTCAGAAGA TGCTCTTGAT 
GATCAAACTG CTAATGCTGA TAAAGACGCC TCAATAGAAG ACTCAATAGA GGAGGTAACT 
TCAGATCACC CAGAAGTTAT TTCCATGCTT GAGGAAACTC TAAAAATGAC AAAGGATATG 
AACTTTGAAC AACCTTATGA AAAGCATGCC GAAATCTTAG AGGAAGTCCT CAGAGAGGTA 
GTAGAAGAAA ACAAGAAGAG ATTTGCTGGT GCTCCAAAAT TTGGAGGCTG GATTGTGGAA 
AATTGCCCTG TTATAAAAGA ACTGTGGATG GTCTTAACTG AGAAAGGAAT TGTACCAGAT 
TTGGTAATCT GTTTATCAGA CACAGAAAAC AATGGAAAAT GTTTATTTAA TAGGATATAT 
TTACAAAATA AGTCTGAAAT TGACTCTAAG ATTTTAGAAA GATTGTTAAA TGAGCTACAA 
GACAAAAAGG AAGAAGCAGC AGCAAGAAAG GCTAAAGAAG AGGCATTGAG AATAGAAGAA 
GAAAAACAAA GACTACTGGA CACTATGCAC GAAGGAGCAA AAGAAGCTGA AGAAGCTGAT 
AATGAAGCTG AAGAAGAAAT TGATGGTGAG GAGTCTGAAT TCAGAGGAGA GTCTGAAGCA 
CCTGAAGTAT CTGAAAATCG AGAGTCATTA TTACATGAAG AGTCTGAAAT GTCTCAAACC 
CACAAAACAG AGCATGAATC AGCCATAGAG CCTAGTGAGG AAACTGCAAT GGAAGCAGAA 
ATTCTGAAGG GATCTAAAGA GGGTCTGGAA ACTGAAGAAT TATTTGAAAC AGTTGTACTA 
CCCAAGTTTC CAGAAGATGC TTATCCTGAT ACTCCTGAAA TGGAGCCTTT TAAAGAGAAG 
ATTGCTTCTT TCAAGAGCAC GTGGAAACAG CTGGAACCCC TCATTAGCGA ATCTTTCATT 
CCAATTTTAA AGTTGGAAGT TGCCAACAAA ACACCAAAGG AACTACTTCA AAAAGTGGTT 
GAGACTATGG AAAAACCATT TCAATATCGT GCATTTGAGT TAACCGTAGA AGATTATGAC 
GAAGAAGCAG AGGACTATCC AGCTGAAGCA GAAGATGAAG TAATAGAAGA AGAGGAAGAA 
GAGGAAGAGA ATGAAGAAGG AGCTAAAGAG AAACGCAGGC ATTTGGGAGA CACAAAGCAT 
TTTTGTCCAG TGGTTCTCAA AGAAAACTTC ATCCTACAGC CAGGTAACAC AGAAGAAGCA 
GCTAAATATC GAGAAAAAAT TTACTACTTT TCAAGTACTG AGGCTAAAGA AAAGTTTTTG 
GAGCATCCTG AGGATTATGT GGCTCATAAA GAACCATTAA AGGCACCTCC ACTGAGAATA 
TGTCTTCTGG GACCTCGTGG ATCTGGCAAA ACAGTATGTG GAAGACAGCT GGCAGAATAT 
TTTGGCATTT TTCATATTCA GTTTGAAGAA TTTCTTCAGG AAAAACTATT GCTCAAAACT 
GGAAAGAAAT TTGGACCTGA ATTTGTGGAA GAGTCTGAGG AAGAGCAAGC TGTAAAACAA 
GAACTTGAAG AATTAGCAAC TCAGGCTAAT ATTAAACTTG AGGAAGAAAA CACAAAGAAG 
CAGCCTTCAG AAGTACAACT TACAGAAGAA GAAGAAACAA CAAAATCAAG TCTAATAGAT 
AATGAACCAT TGCCTTCTGA AATTCTTGAA GTAATTCTTT CTGAATGGTG GCATAAAGAA 
CCAATATGTT CCACAGGCTT TATCTTAGAT GGTTTCCCAC GGTTCCCAGA AGAGGCTCAG 
TTTCTGGGAG AGCACGGATT TTTCCCGGAT GCTGCTGTTT TTATACAAGT TGATGATCAA 
GATGTTCTTG ATCGTCTCCT TCCTTTCCAA ATTGAAAAGT GGAAGCTGAA ACAACAGAAG 
AAATCAGAAA GGAAAAAACT CATTAAAGCC CTGAAGGCAA AAATCAAGGA GGATATGATT 
GCTAAAAGAA GAGCTGAACT TATTTTAGAG AGAGAAAGAA AAAAGAAAGA GATGCCAGTG 
CTGCAGGGAG TAGACCAGAC AGAGCCCCTA GAGTTTGAAG GAGATAGACC ATTGACTGTC 
TTAGGACAAG TTGCTAAAAA GCTTGCAAGT GAATATGGCT TAAAACATTT GTCAGTAGGC 
GAAGCTTTGA GAACCGTACT GAGCCACCAC CCAGAAACAC AGCTAGCACT CATGTTGAAC 
TGGCATCTTT ATAAGGGAAT GACAGTGCCA GATGAGCTAA GTGTTCAAGC CTTGGACCTT 
TCTCTGATGG ACAGTGCATG TAATACTGCA GGTGTTGTTA TTGATGGATA CCCTGTAACC 
ACACACCAAA TGGATCTCTT GGAAAAGAGG TCAATCATTC CCATGATTGT CTTTGAGTTG 
GATATACCTT CTGAGGAGAT TTTCAGAAGA TTGATACTGG AAAAAAAATA TGAATCAAGT 
TTGCCTTATC CATTACACAA TAGTGCACAG ATTATAGCTA TCAAGAATGC AGTGTGCCAT 
AAAAATATTG GTGCAATTAA GCAATATTAT CAAGAACAGC ATCAGAACTG GTATGTGATT 
GATGGATTTC ACAGTAAGTG GTGGGTATGG AATGAAGTCA TTAAGACCAT TCAAATGGTG 
AATAAGCATA TGCAGAAATA CCTGGAAAGA ATAAAAGAAG GAAAAGCTGC CTGCATTGAC 
AAGTTATGTA TCACACCTCA AGAGCTGATT TCTCGCCTGG GAGAATTTGG ACAGTTCTGC 
CCTGTGAGCT TGGCAGAATC ATATGAATTA TTTGATTGCT CTGAAATCAC CTCCTTGGAA 
TTTGCAGCAG AATTTAGGGG GCATTATTAT AAAATGAATT CGCAGGAAAA ACTAAATAAA 
TTTTTGGAGA ACCCGGAATT GTATGTGCCT CCCTTAGCAC CTCACCCACT ACCATCTGCT 
GACATGATCC CCAAAAAGCT AACACTGTCA GAACTGAAGA GTCGATTTCC AAAGTGTGCT 
GAGCTCCAGG GGTACTGCCC AGTGACCTAT GAAGAGGGAG CACACAGATA TGAAGCTCTA 
GTACCTGGTA ACAGTAACTT TGCTGTTGAG TATCGTGATC ATCTATATAT TTGTGAGAAT 
AAAGAAAAAC TCCAGAAATT TTTGAGGTGA

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

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LOC100730706 cDNA ORF clone, Cavia porcellus(domestic guinea pig)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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