LOC110677013 cDNA ORF clone, Aedes aegypti(yellow fever mosquito)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110677013
Entrez Gene ID	110677013
Full Name	DNA repair protein complementing XP-G cells homolog
Gene Type	protein-coding
Organism	Aedes aegypti(yellow fever mosquito)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021847370.1	XP_021703062.1	DNA repair protein complementing XP-G cells homolog isoform X1
XM_021847371.1	XP_021703063.1	DNA repair protein complementing XP-G cells homolog isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC110677013 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110677013 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
OAe123898	XM_021847370.1 Latest version!	Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAe123899	XM_021847371.1 Latest version!	Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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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)

LOC110677013 ( XM_021847370.1 ) cDNA ORF clone, Aedes aegypti(yellow fever mosquito) -> XP_021703062.1 Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAe123898
Clone ID Related Accession (Same CDS sequence)	XM_021847370.1
Accession Version	XM_021847370.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3963bp) 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	1500393600000
Organism	Aedes aegypti(yellow fever mosquito)
Product	DNA repair protein complementing XP-G cells homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035108.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aedes aegypti Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGTTA CGGGCTTGTG GAAACTGGTA GAACAATCAG GCAAACCGGT TCCGCTTGAG 
ACGCTCGAGA ACAAGGTGCT TGCAGTGGAT ATATCGATAT GGTTGCATCA GGTAATCAAA 
GGATTTCAAG ATTCGAAAGG AAGCTCACTG CCGAATGCGC ACATTCTGGG ACTTTTTCAT 
CGGTTGTGCA AATTGATGTA CTATCGGATC AGGCCTGTAT TCGTTTTTGA TGGTGGCGTT 
CCCGCCTTGA AGAGGCAAAC CATTGCTAAG CGCAACCAAA GTAAAAGCAA ATACCACAAT 
GAAGCTGATC GACTGCAACA ATTGCTGTTG GAAACTTTGG CCAAAGAGAA GGTCGTACAG 
CAAGCATTGG GATCGGCCAC AAGTCTGCTC GTTTCGCCTT CGAAGAAGCC CGGCAACAAT 
AGCAAAACCG CAGACGAACC CGACGAAATC TTCAAACTGC CACCGCTCAA AGAGGATTCC 
CCATTCAAAA ACGCCGATAG CTCCCAAACA GATCTGGATG ATAGCACCAG CTCTTGGGAT 
GAGAAAACTT CGAAAAGCTA TTACCACCTG AATCTGAACG CGATCGATGT GACGAGCGTG 
CACTTTAAAA ATTTACCTGC CGATGTAAGA CATGACATTC TGAATGATAT TAAAGAGACC 
AGGAAGCAAA ACTCGTGGGG CCGCTTGCAT GAGCTTCCAG TGGAAAGCAA TGATTTTTCG 
TCGTTTCAAA TGAAGCGATT GCTGAAACGA CGAGCAGTTC AGGTAGAATT AGAGGAAGCC 
GAGAAAGAAA TGGGTGGAAA GTGTCTTTCG CTGGCCGAAC TGGAAGCTCT TCTCTCTGAG 
GAAGGAGTAG ACACTTCTTC CAGTCAGGCG GCACAGAAGA TTGCATCGGA TGAGAATACG 
CGGTTTCTGC TGGTCAGAGA CGTGCAAAAA GCAATCGAGA AAGCTAAGAT TAAGGAAGAG 
CAGGAGAAAA ATGCACCCAA ACCTCCAAAG CTAGCTAAAA GTGCATCCAT GAAAACGGAA 
ACGATAGATG TTTTGGATGA TAAAGAAATG GATGAAGAAT TACAGTTGGC GATCAAGATG 
TCCTTGATGC AGGATGAAGA TCCTAATGTA AAAATCAATC TGGAACAGGA CGAAGTCCAA 
ATGTCAAAGC AACAGAAGCA AGCCCTAGGC AATTCTGCCA TGACCCTAGC TAGAGGCTTC 
ATGTTGGAAT ACGGTGGTAT GTCCAACGAC GATGTTCGAG AACTGTTGCA CCAAACGCAA 
GACGTAGACC CAGGTGAAAT TGAGCAATCT TTCACACAAA TGTTCGCTCA CAATTCCGTG 
TCGGTGCTCA AGGGAACCGA TGATCCAGAA GACAAGCAAG AAACACAAGA AGTAGTCGTT 
TCATCGGACA CCGACACGGA TTCGGATTTC ATCGACGTTC CCGAGGACGA TCTGGATGAT 
ATGACTCCGG GGGTTTTGCT ACCGTTGAAT CCCAGCAATC ACCTGAAACC ACTGTACAGT 
ACGGTTGTGG ATTTCAGACT GGAGGACCTG GCGATGAACA AGGATGGCAA AAAAGTGTTG 
GAAGTCGTTA TCGACGAGAG CAAGATCGGA AAGAAAGACG AAGAGGACAT CTTTGCTGAT 
GTGTTCGAGA AGAGCGATGA TCGAGCAAGC AAACTGGAAT CCCTAAAAGT GGCGCAGGCT 
GATACGGAAA ACCCTACAGA ACAAGTCGAA AAACCTTCAT GCGGAGTAAG TGTTTCTAAG 
GTGTCAGAGC CATTAGTTGC ACCGAAGATT ACCGGCATCA AAGTCAAAAA AGTGGATGAC 
ATCAATGCTC GACTGCAGGA AGAACTCCAA AAGCTCAAAA CTGCTCCAGC CATAAGCCTT 
GACGATATTC TATTAGATCT TCCTCAAGAA GACAATGATT TAGTTCAGGT CATTGAAACT 
GTTCAAAATC ACACCGAAAG CAACAAACCG GAGAATGTGC GCAATATTGT CAAACAAGAA 
CTCGAAAAAC TAAAGTCGCA AACTCCGGTG ATAGATTTAG ACGAAATCAA GTTGGATGAA 
GCCCTGGTAG AAGCAATTCC TGATAAACTA GAAGTTAAGC TTACCAAGAC TAGCTCGGAT 
GCTGAGGACA GTGACGCCAC CGTGGGATAT TCACCTATGA AGGAGTTGCA AAAGGTGTTG 
AAAGACTCGG AACTGTCTCG CCCTGACAAT CTACAACAAA TCAATGAGCA CGAACCTGAA 
CAGACAATAA ATACTGCCCA ACCAGTCTAT ACAACTCCTA AAAAAGGAAC GCTTGAGCAC 
CTGGTCAAAT CGCGAACGCC TGGCAGCGAT TCGAAAAAAT CCGAACCCGA AGAAGACATT 
CCAAATGTTC CAAAACCATT CTTCGTGAAC AAAACGCCCA CTTCATCATC TAAGAAGAAT 
AAACCAACTG AATCGGAGTC CACTCCAAGC AAACCAGCAA AAGTTTCCAA AGAGTTGTTC 
CCGGAGCCAG AGCCAATTCC ATCCACCAGC AAAGGCCCGC AACCTACAGC TGAAAATATG 
ATCACGGATA TGGCCGACAA TTTGAAGGAA AACAAAACTC CCTTGGAGTT AAAAAGAATG 
GCTCTGAATC TTGCCCAAAC CGAACGCGAG CTGGAGAAGG AGAAGAATCG TCAATCCCGG 
CTGGGGACGT CCATCACCGA ACAAATGCAG GAAGATTGCA TGCAACTGCT GCGGTTGTTC 
GGTATCCCTT ACATTGTGGC CCCAATGGAA GCGGAAGCCC AGTGTGCGTT CCTCAATCAG 
ATCCAGATCA CCGATGGCAC CATAACGGAT GATAGCGATA TTTGGCTGTT TGGTGGGCAG 
ACCGTTTACA AGAACTTCTT CAACCAGCAG AAACTGGTGC TGGAGTTCAC GGCGGACAGT 
ATCGAGCGTT TGTTCCAGAT GGATCGGAAG AAGCTGATCC AGCTGGCACT GCTGGTGGGC 
AGCGATTACA CGACGGGTAT CAGCGGTATC GGAGCGGTCA CGGCAATGGA AATCCTCGCA 
TCCTTCCCTG CTACACCGGA AAAGGACGGC GAAACATCCG AAATGATGTC ACTGCTATCC 
GGACTGCGGA AATTCCGTGA TTGGTGGAAC CATGGCAGAA ACAATTCCGT TGGCACCCGC 
ATAACTCTAA AGTCCAAACT GAAGAATATT GAGTTCACCG ACGGTTTCCC GAGTTCTGGA 
GTGGTTGAGG CATATCTTTT CCCTACCGTC GACAGCAATA AGGAACCATT TTCCTGGGGC 
TATCCGGACG TGGAAAGTTT GCGAGATTTT ACCAAGCAAA AGTTTGGCTG GCCACAGGCC 
AAATTTAATG ATATAATCAT GCCAGTGGTC AAACGGTTGG ACGAACGGAA ATCGCAAGCT 
TCGATCAAGA ATTATTTCAA GGTACAAAGT GCGGTAGCTA ATAATCAGTT AAAGGTGAGC 
AAACGTGTGC AGACCGCCGT GGATGCCATG GCGGGAAAAA TAACGGAAGA ACCTTCCAAG 
AGCCCCAAGA AGAAAGTCGC ACGCAAACGC AAGCCGAAAG CTGGTGAAGC CAATCCGGAT 
GGTACTCAAG CCACATCCTC TGAGGTTATA TGTTTGTCCG AAAACAGCGA TGATGATTTT 
ACGGAACCGA AGAAAACTAG AGGCAGGAAG ACTGCTGCAA CCACCGCCAC AAAATCTAAA 
CCCAAATCAA CCAGAAAGGC AGCGACCAAA GCGAACACTT CTGAAATCGA TAAACCATCA 
ACCTCATTGG TGAACATTGG AAGCATAATC TCAAAGATAA ATGACCAGTC CGCTGAGAAG 
CTGGGAGACG AGGCTGCTAT TATAGATCGC AAGAGGGCCG CTAAGAATAA GATTCCGGAT 
TTCAATCCGG CCATCCCGCA ACGTTTGAAA GATGAAGAAG AGATGGTCAA CCGCAAACAA 
CGAGCAATTG AACTTTTCAA AAAGTCACAA ACCGAGTCCA AAGTCAAAAA ATCACGCAAA 
TAA

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

RefSeq	XP_021703062.1
CDS	221..4183
Translation	MGVTGLWKLVEQSGKPVPLETLENKVLAVDISIWLHQVIKGFQDSKGSSLPNAHILGLFHRLCKLMYYRIRPVFVFDGGVPALKRQTIAKRNQSKSKYHNEADRLQQLLLETLAKEKVVQQALGSATSLLVSPSKKPGNNSKTADEPDEIFKLPPLKEDSPFKNADSSQTDLDDSTSSWDEKTSKSYYHLNLNAIDVTSVHFKNLPADVRHDILNDIKETRKQNSWGRLHELPVESNDFSSFQMKRLLKRRAVQVELEEAEKEMGGKCLSLAELEALLSEEGVDTSSSQAAQKIASDENTRFLLVRDVQKAIEKAKIKEEQEKNAPKPPKLAKSASMKTETIDVLDDKEMDEELQLAIKMSLMQDEDPNVKINLEQDEVQMSKQQKQALGNSAMTLARGFMLEYGGMSNDDVRELLHQTQDVDPGEIEQSFTQMFAHNSVSVLKGTDDPEDKQETQEVVVSSDTDTDSDFIDVPEDDLDDMTPGVLLPLNPSNHLKPLYSTVVDFRLEDLAMNKDGKKVLEVVIDESKIGKKDEEDIFADVFEKSDDRASKLESLKVAQADTENPTEQVEKPSCGVSVSKVSEPLVAPKITGIKVKKVDDINARLQEELQKLKTAPAISLDDILLDLPQEDNDLVQVIETVQNHTESNKPENVRNIVKQELEKLKSQTPVIDLDEIKLDEALVEAIPDKLEVKLTKTSSDAEDSDATVGYSPMKELQKVLKDSELSRPDNLQQINEHEPEQTINTAQPVYTTPKKGTLEHLVKSRTPGSDSKKSEPEEDIPNVPKPFFVNKTPTSSSKKNKPTESESTPSKPAKVSKELFPEPEPIPSTSKGPQPTAENMITDMADNLKENKTPLELKRMALNLAQTERELEKEKNRQSRLGTSITEQMQEDCMQLLRLFGIPYIVAPMEAEAQCAFLNQIQITDGTITDDSDIWLFGGQTVYKNFFNQQKLVLEFTADSIERLFQMDRKKLIQLALLVGSDYTTGISGIGAVTAMEILASFPATPEKDGETSEMMSLLSGLRKFRDWWNHGRNNSVGTRITLKSKLKNIEFTDGFPSSGVVEAYLFPTVDSNKEPFSWGYPDVESLRDFTKQKFGWPQAKFNDIIMPVVKRLDERKSQASIKNYFKVQSAVANNQLKVSKRVQTAVDAMAGKITEEPSKSPKKKVARKRKPKAGEANPDGTQATSSEVICLSENSDDDFTEPKKTRGRKTAATTATKSKPKSTRKAATKANTSEIDKPSTSLVNIGSIISKINDQSAEKLGDEAAIIDRKRAAKNKIPDFNPAIPQRLKDEEEMVNRKQRAIELFKKSQTESKVKKSRK

Target ORF information:

RefSeq Version	XM_021847370.1
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X1, mRNA.

Target ORF information:

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

XM_021847370.1

ORF Insert Sequence:

ATGGGAGTTA CGGGCTTGTG GAAACTGGTA GAACAATCAG GCAAACCGGT TCCGCTTGAG 
ACGCTCGAGA ACAAGGTGCT TGCAGTGGAT ATATCGATAT GGTTGCATCA GGTAATCAAA 
GGATTTCAAG ATTCGAAAGG AAGCTCACTG CCGAATGCGC ACATTCTGGG ACTTTTTCAT 
CGGTTGTGCA AATTGATGTA CTATCGGATC AGGCCTGTAT TCGTTTTTGA TGGTGGCGTT 
CCCGCCTTGA AGAGGCAAAC CATTGCTAAG CGCAACCAAA GTAAAAGCAA ATACCACAAT 
GAAGCTGATC GACTGCAACA ATTGCTGTTG GAAACTTTGG CCAAAGAGAA GGTCGTACAG 
CAAGCATTGG GATCGGCCAC AAGTCTGCTC GTTTCGCCTT CGAAGAAGCC CGGCAACAAT 
AGCAAAACCG CAGACGAACC CGACGAAATC TTCAAACTGC CACCGCTCAA AGAGGATTCC 
CCATTCAAAA ACGCCGATAG CTCCCAAACA GATCTGGATG ATAGCACCAG CTCTTGGGAT 
GAGAAAACTT CGAAAAGCTA TTACCACCTG AATCTGAACG CGATCGATGT GACGAGCGTG 
CACTTTAAAA ATTTACCTGC CGATGTAAGA CATGACATTC TGAATGATAT TAAAGAGACC 
AGGAAGCAAA ACTCGTGGGG CCGCTTGCAT GAGCTTCCAG TGGAAAGCAA TGATTTTTCG 
TCGTTTCAAA TGAAGCGATT GCTGAAACGA CGAGCAGTTC AGGTAGAATT AGAGGAAGCC 
GAGAAAGAAA TGGGTGGAAA GTGTCTTTCG CTGGCCGAAC TGGAAGCTCT TCTCTCTGAG 
GAAGGAGTAG ACACTTCTTC CAGTCAGGCG GCACAGAAGA TTGCATCGGA TGAGAATACG 
CGGTTTCTGC TGGTCAGAGA CGTGCAAAAA GCAATCGAGA AAGCTAAGAT TAAGGAAGAG 
CAGGAGAAAA ATGCACCCAA ACCTCCAAAG CTAGCTAAAA GTGCATCCAT GAAAACGGAA 
ACGATAGATG TTTTGGATGA TAAAGAAATG GATGAAGAAT TACAGTTGGC GATCAAGATG 
TCCTTGATGC AGGATGAAGA TCCTAATGTA AAAATCAATC TGGAACAGGA CGAAGTCCAA 
ATGTCAAAGC AACAGAAGCA AGCCCTAGGC AATTCTGCCA TGACCCTAGC TAGAGGCTTC 
ATGTTGGAAT ACGGTGGTAT GTCCAACGAC GATGTTCGAG AACTGTTGCA CCAAACGCAA 
GACGTAGACC CAGGTGAAAT TGAGCAATCT TTCACACAAA TGTTCGCTCA CAATTCCGTG 
TCGGTGCTCA AGGGAACCGA TGATCCAGAA GACAAGCAAG AAACACAAGA AGTAGTCGTT 
TCATCGGACA CCGACACGGA TTCGGATTTC ATCGACGTTC CCGAGGACGA TCTGGATGAT 
ATGACTCCGG GGGTTTTGCT ACCGTTGAAT CCCAGCAATC ACCTGAAACC ACTGTACAGT 
ACGGTTGTGG ATTTCAGACT GGAGGACCTG GCGATGAACA AGGATGGCAA AAAAGTGTTG 
GAAGTCGTTA TCGACGAGAG CAAGATCGGA AAGAAAGACG AAGAGGACAT CTTTGCTGAT 
GTGTTCGAGA AGAGCGATGA TCGAGCAAGC AAACTGGAAT CCCTAAAAGT GGCGCAGGCT 
GATACGGAAA ACCCTACAGA ACAAGTCGAA AAACCTTCAT GCGGAGTAAG TGTTTCTAAG 
GTGTCAGAGC CATTAGTTGC ACCGAAGATT ACCGGCATCA AAGTCAAAAA AGTGGATGAC 
ATCAATGCTC GACTGCAGGA AGAACTCCAA AAGCTCAAAA CTGCTCCAGC CATAAGCCTT 
GACGATATTC TATTAGATCT TCCTCAAGAA GACAATGATT TAGTTCAGGT CATTGAAACT 
GTTCAAAATC ACACCGAAAG CAACAAACCG GAGAATGTGC GCAATATTGT CAAACAAGAA 
CTCGAAAAAC TAAAGTCGCA AACTCCGGTG ATAGATTTAG ACGAAATCAA GTTGGATGAA 
GCCCTGGTAG AAGCAATTCC TGATAAACTA GAAGTTAAGC TTACCAAGAC TAGCTCGGAT 
GCTGAGGACA GTGACGCCAC CGTGGGATAT TCACCTATGA AGGAGTTGCA AAAGGTGTTG 
AAAGACTCGG AACTGTCTCG CCCTGACAAT CTACAACAAA TCAATGAGCA CGAACCTGAA 
CAGACAATAA ATACTGCCCA ACCAGTCTAT ACAACTCCTA AAAAAGGAAC GCTTGAGCAC 
CTGGTCAAAT CGCGAACGCC TGGCAGCGAT TCGAAAAAAT CCGAACCCGA AGAAGACATT 
CCAAATGTTC CAAAACCATT CTTCGTGAAC AAAACGCCCA CTTCATCATC TAAGAAGAAT 
AAACCAACTG AATCGGAGTC CACTCCAAGC AAACCAGCAA AAGTTTCCAA AGAGTTGTTC 
CCGGAGCCAG AGCCAATTCC ATCCACCAGC AAAGGCCCGC AACCTACAGC TGAAAATATG 
ATCACGGATA TGGCCGACAA TTTGAAGGAA AACAAAACTC CCTTGGAGTT AAAAAGAATG 
GCTCTGAATC TTGCCCAAAC CGAACGCGAG CTGGAGAAGG AGAAGAATCG TCAATCCCGG 
CTGGGGACGT CCATCACCGA ACAAATGCAG GAAGATTGCA TGCAACTGCT GCGGTTGTTC 
GGTATCCCTT ACATTGTGGC CCCAATGGAA GCGGAAGCCC AGTGTGCGTT CCTCAATCAG 
ATCCAGATCA CCGATGGCAC CATAACGGAT GATAGCGATA TTTGGCTGTT TGGTGGGCAG 
ACCGTTTACA AGAACTTCTT CAACCAGCAG AAACTGGTGC TGGAGTTCAC GGCGGACAGT 
ATCGAGCGTT TGTTCCAGAT GGATCGGAAG AAGCTGATCC AGCTGGCACT GCTGGTGGGC 
AGCGATTACA CGACGGGTAT CAGCGGTATC GGAGCGGTCA CGGCAATGGA AATCCTCGCA 
TCCTTCCCTG CTACACCGGA AAAGGACGGC GAAACATCCG AAATGATGTC ACTGCTATCC 
GGACTGCGGA AATTCCGTGA TTGGTGGAAC CATGGCAGAA ACAATTCCGT TGGCACCCGC 
ATAACTCTAA AGTCCAAACT GAAGAATATT GAGTTCACCG ACGGTTTCCC GAGTTCTGGA 
GTGGTTGAGG CATATCTTTT CCCTACCGTC GACAGCAATA AGGAACCATT TTCCTGGGGC 
TATCCGGACG TGGAAAGTTT GCGAGATTTT ACCAAGCAAA AGTTTGGCTG GCCACAGGCC 
AAATTTAATG ATATAATCAT GCCAGTGGTC AAACGGTTGG ACGAACGGAA ATCGCAAGCT 
TCGATCAAGA ATTATTTCAA GGTACAAAGT GCGGTAGCTA ATAATCAGTT AAAGGTGAGC 
AAACGTGTGC AGACCGCCGT GGATGCCATG GCGGGAAAAA TAACGGAAGA ACCTTCCAAG 
AGCCCCAAGA AGAAAGTCGC ACGCAAACGC AAGCCGAAAG CTGGTGAAGC CAATCCGGAT 
GGTACTCAAG CCACATCCTC TGAGGTTATA TGTTTGTCCG AAAACAGCGA TGATGATTTT 
ACGGAACCGA AGAAAACTAG AGGCAGGAAG ACTGCTGCAA CCACCGCCAC AAAATCTAAA 
CCCAAATCAA CCAGAAAGGC AGCGACCAAA GCGAACACTT CTGAAATCGA TAAACCATCA 
ACCTCATTGG TGAACATTGG AAGCATAATC TCAAAGATAA ATGACCAGTC CGCTGAGAAG 
CTGGGAGACG AGGCTGCTAT TATAGATCGC AAGAGGGCCG CTAAGAATAA GATTCCGGAT 
TTCAATCCGG CCATCCCGCA ACGTTTGAAA GATGAAGAAG AGATGGTCAA CCGCAAACAA 
CGAGCAATTG AACTTTTCAA AAAGTCACAA ACCGAGTCCA AAGTCAAAAA ATCACGCAAA 
TAA

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

LOC110677013 ( XM_021847371.1 ) cDNA ORF clone, Aedes aegypti(yellow fever mosquito) -> XP_021703063.1 Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAe123899
Clone ID Related Accession (Same CDS sequence)	XM_021847371.1
Accession Version	XM_021847371.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	1500393600000
Organism	Aedes aegypti(yellow fever mosquito)
Product	DNA repair protein complementing XP-G cells homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035108.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aedes aegypti Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGTTA CGGGCTTGTG GAAACTGGTA GAACAATCAG GCAAACCGGT TCCGCTTGAG 
ACGCTCGAGA ACAAGGTGCT TGCAGTGGAT ATATCGATAT GGTTGCATCA GGTAATCAAA 
GGATTTCAAG ATTCGAAAGG AAGCTCACTG CCGAATGCGC ACATTCTGGG ACTTTTTCAT 
CGGTTGTGCA AATTGATGTA CTATCGGATC AGGCCTGTAT TCGTTTTTGA TGGTGGCGTT 
CCCGCCTTGA AGAGGCAAAC CATTGCTAAG CGCAACCAAA GTAAAAGCAA ATACCACAAT 
GAAGCTGATC GACTGCAACA ATTGCTGTTG GAAACTTTGG CCAAAGAGAA GGTCGTACAG 
CAAGCATTGG GATCGGCCAC AAGTCTGCTC GTTTCGCCTT CGAAGAAGCC CGGCAACAAT 
AGCAAAACCG CAGACGAACC CGACGAAATC TTCAAACTGC CACCGCTCAA AGAGGATTCC 
CCATTCAAAA ACGCCGATAG CTCCCAAACA GATCTGGATG ATAGCACCAG CTCTTGGGAT 
GAGAAAACTT CGAAAAGCTA TTACCACCTG AATCTGAACG CGATCGATGT GACGAGCGTG 
CACTTTAAAA ATTTACCTGC CGATGTAAGA CATGACATTC TGAATGATAT TAAAGAGACC 
AGGAAGCAAA ACTCGTGGGG CCGCTTGCAT GAGCTTCCAG TGGAAAGCAA TGATTTTTCG 
TCGTTTCAAA TGAAGCGATT GCTGAAACGA CGAGCAGTTC AGGTAGAATT AGAGGAAGCC 
GAGAAAGAAA TGGGTGGAAA GTGTCTTTCG CTGGCCGAAC TGGAAGCTCT TCTCTCTGAG 
GAAGGAGTAG ACACTTCTTC CAGTCAGGCG GCACAGAAGA TTGCATCGGA TGAGAATACG 
CGGTTTCTGC TGGTCAGAGA CGTGCAAAAA GCAATCGAGA AAGCTAAGAT TAAGGAAGAG 
CAGGAGAAAA ATGCACCCAA ACCTCCAAAG CTAGCTAAAA GTGCATCCAT GAAAACGGAA 
ACGATAGATG TTTTGGATGA TAAAGAAATG GATGAAGAAT TACAGTTGGC GATCAAGATG 
TCCTTGATGC AGGATGAAGA TCCTAATGTA AAAATCAATC TGGAACAGGA CGAAGTCCAA 
ATGTCAAAGC AACAGAAGCA AGCCCTAGGC AATTCTGCCA TGACCCTAGC TAGAGGCTTC 
ATGTTGGAAT ACGGTGGTAT GTCCAACGAC GATGTTCGAG AACTGTTGCA CCAAACGCAA 
GACGTAGACC CAGGTGAAAT TGAGCAATCT TTCACACAAA TGTTCGCTCA CAATTCCGTG 
TCGGTGCTCA AGGGAACCGA TGATCCAGAA GACAAGCAAG AAACACAAGA AGTAGTCGTT 
TCATCGGACA CCGACACGGA TTCGGATTTC ATCGACGTTC CCGAGGACGA TCTGGATGAT 
ATGACTCCGG GGGTTTTGCT ACCGTTGAAT CCCAGCAATC ACCTGAAACC ACTGTACAGT 
ACGGTTGTGG ATTTCAGACT GGAGGACCTG GCGATGAACA AGGATGGCAA AAAAGTGTTG 
GAAGTCGTTA TCGACGAGAG CAAGATCGGA AAGAAAGACG AAGAGGACAT CTTTGCTGAT 
GTGTTCGAGA AGAGCGATGA TCGAGCAAGC AAACTGGAAT CCCTAAAAGT GGCGCAGGCT 
GATACGGAAA ACCCTACAGA ACAAGTCGAA AAACCTTCAT GCGGAGTGTC AGAGCCATTA 
GTTGCACCGA AGATTACCGG CATCAAAGTC AAAAAAGTGG ATGACATCAA TGCTCGACTG 
CAGGAAGAAC TCCAAAAGCT CAAAACTGCT CCAGCCATAA GCCTTGACGA TATTCTATTA 
GATCTTCCTC AAGAAGACAA TGATTTAGTT CAGGTCATTG AAACTGTTCA AAATCACACC 
GAAAGCAACA AACCGGAGAA TGTGCGCAAT ATTGTCAAAC AAGAACTCGA AAAACTAAAG 
TCGCAAACTC CGGTGATAGA TTTAGACGAA ATCAAGTTGG ATGAAGCCCT GGTAGAAGCA 
ATTCCTGATA AACTAGAAGT TAAGCTTACC AAGACTAGCT CGGATGCTGA GGACAGTGAC 
GCCACCGTGG GATATTCACC TATGAAGGAG TTGCAAAAGG TGTTGAAAGA CTCGGAACTG 
TCTCGCCCTG ACAATCTACA ACAAATCAAT GAGCACGAAC CTGAACAGAC AATAAATACT 
GCCCAACCAG TCTATACAAC TCCTAAAAAA GGAACGCTTG AGCACCTGGT CAAATCGCGA 
ACGCCTGGCA GCGATTCGAA AAAATCCGAA CCCGAAGAAG ACATTCCAAA TGTTCCAAAA 
CCATTCTTCG TGAACAAAAC GCCCACTTCA TCATCTAAGA AGAATAAACC AACTGAATCG 
GAGTCCACTC CAAGCAAACC AGCAAAAGTT TCCAAAGAGT TGTTCCCGGA GCCAGAGCCA 
ATTCCATCCA CCAGCAAAGG CCCGCAACCT ACAGCTGAAA ATATGATCAC GGATATGGCC 
GACAATTTGA AGGAAAACAA AACTCCCTTG GAGTTAAAAA GAATGGCTCT GAATCTTGCC 
CAAACCGAAC GCGAGCTGGA GAAGGAGAAG AATCGTCAAT CCCGGCTGGG GACGTCCATC 
ACCGAACAAA TGCAGGAAGA TTGCATGCAA CTGCTGCGGT TGTTCGGTAT CCCTTACATT 
GTGGCCCCAA TGGAAGCGGA AGCCCAGTGT GCGTTCCTCA ATCAGATCCA GATCACCGAT 
GGCACCATAA CGGATGATAG CGATATTTGG CTGTTTGGTG GGCAGACCGT TTACAAGAAC 
TTCTTCAACC AGCAGAAACT GGTGCTGGAG TTCACGGCGG ACAGTATCGA GCGTTTGTTC 
CAGATGGATC GGAAGAAGCT GATCCAGCTG GCACTGCTGG TGGGCAGCGA TTACACGACG 
GGTATCAGCG GTATCGGAGC GGTCACGGCA ATGGAAATCC TCGCATCCTT CCCTGCTACA 
CCGGAAAAGG ACGGCGAAAC ATCCGAAATG ATGTCACTGC TATCCGGACT GCGGAAATTC 
CGTGATTGGT GGAACCATGG CAGAAACAAT TCCGTTGGCA CCCGCATAAC TCTAAAGTCC 
AAACTGAAGA ATATTGAGTT CACCGACGGT TTCCCGAGTT CTGGAGTGGT TGAGGCATAT 
CTTTTCCCTA CCGTCGACAG CAATAAGGAA CCATTTTCCT GGGGCTATCC GGACGTGGAA 
AGTTTGCGAG ATTTTACCAA GCAAAAGTTT GGCTGGCCAC AGGCCAAATT TAATGATATA 
ATCATGCCAG TGGTCAAACG GTTGGACGAA CGGAAATCGC AAGCTTCGAT CAAGAATTAT 
TTCAAGGTAC AAAGTGCGGT AGCTAATAAT CAGTTAAAGG TGAGCAAACG TGTGCAGACC 
GCCGTGGATG CCATGGCGGG AAAAATAACG GAAGAACCTT CCAAGAGCCC CAAGAAGAAA 
GTCGCACGCA AACGCAAGCC GAAAGCTGGT GAAGCCAATC CGGATGGTAC TCAAGCCACA 
TCCTCTGAGG TTATATGTTT GTCCGAAAAC AGCGATGATG ATTTTACGGA ACCGAAGAAA 
ACTAGAGGCA GGAAGACTGC TGCAACCACC GCCACAAAAT CTAAACCCAA ATCAACCAGA 
AAGGCAGCGA CCAAAGCGAA CACTTCTGAA ATCGATAAAC CATCAACCTC ATTGGTGAAC 
ATTGGAAGCA TAATCTCAAA GATAAATGAC CAGTCCGCTG AGAAGCTGGG AGACGAGGCT 
GCTATTATAG ATCGCAAGAG GGCCGCTAAG AATAAGATTC CGGATTTCAA TCCGGCCATC 
CCGCAACGTT TGAAAGATGA AGAAGAGATG GTCAACCGCA AACAACGAGC AATTGAACTT 
TTCAAAAAGT CACAAACCGA GTCCAAAGTC AAAAAATCAC GCAAATAA

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

RefSeq	XP_021703063.1
CDS	223..4170
Translation	MGVTGLWKLVEQSGKPVPLETLENKVLAVDISIWLHQVIKGFQDSKGSSLPNAHILGLFHRLCKLMYYRIRPVFVFDGGVPALKRQTIAKRNQSKSKYHNEADRLQQLLLETLAKEKVVQQALGSATSLLVSPSKKPGNNSKTADEPDEIFKLPPLKEDSPFKNADSSQTDLDDSTSSWDEKTSKSYYHLNLNAIDVTSVHFKNLPADVRHDILNDIKETRKQNSWGRLHELPVESNDFSSFQMKRLLKRRAVQVELEEAEKEMGGKCLSLAELEALLSEEGVDTSSSQAAQKIASDENTRFLLVRDVQKAIEKAKIKEEQEKNAPKPPKLAKSASMKTETIDVLDDKEMDEELQLAIKMSLMQDEDPNVKINLEQDEVQMSKQQKQALGNSAMTLARGFMLEYGGMSNDDVRELLHQTQDVDPGEIEQSFTQMFAHNSVSVLKGTDDPEDKQETQEVVVSSDTDTDSDFIDVPEDDLDDMTPGVLLPLNPSNHLKPLYSTVVDFRLEDLAMNKDGKKVLEVVIDESKIGKKDEEDIFADVFEKSDDRASKLESLKVAQADTENPTEQVEKPSCGVSEPLVAPKITGIKVKKVDDINARLQEELQKLKTAPAISLDDILLDLPQEDNDLVQVIETVQNHTESNKPENVRNIVKQELEKLKSQTPVIDLDEIKLDEALVEAIPDKLEVKLTKTSSDAEDSDATVGYSPMKELQKVLKDSELSRPDNLQQINEHEPEQTINTAQPVYTTPKKGTLEHLVKSRTPGSDSKKSEPEEDIPNVPKPFFVNKTPTSSSKKNKPTESESTPSKPAKVSKELFPEPEPIPSTSKGPQPTAENMITDMADNLKENKTPLELKRMALNLAQTERELEKEKNRQSRLGTSITEQMQEDCMQLLRLFGIPYIVAPMEAEAQCAFLNQIQITDGTITDDSDIWLFGGQTVYKNFFNQQKLVLEFTADSIERLFQMDRKKLIQLALLVGSDYTTGISGIGAVTAMEILASFPATPEKDGETSEMMSLLSGLRKFRDWWNHGRNNSVGTRITLKSKLKNIEFTDGFPSSGVVEAYLFPTVDSNKEPFSWGYPDVESLRDFTKQKFGWPQAKFNDIIMPVVKRLDERKSQASIKNYFKVQSAVANNQLKVSKRVQTAVDAMAGKITEEPSKSPKKKVARKRKPKAGEANPDGTQATSSEVICLSENSDDDFTEPKKTRGRKTAATTATKSKPKSTRKAATKANTSEIDKPSTSLVNIGSIISKINDQSAEKLGDEAAIIDRKRAAKNKIPDFNPAIPQRLKDEEEMVNRKQRAIELFKKSQTESKVKKSRK

Target ORF information:

RefSeq Version	XM_021847371.1
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti DNA repair protein complementing XP-G cells homolog (LOC110677013), transcript variant X2, mRNA.

Target ORF information:

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

XM_021847371.1

ORF Insert Sequence:

ATGGGAGTTA CGGGCTTGTG GAAACTGGTA GAACAATCAG GCAAACCGGT TCCGCTTGAG 
ACGCTCGAGA ACAAGGTGCT TGCAGTGGAT ATATCGATAT GGTTGCATCA GGTAATCAAA 
GGATTTCAAG ATTCGAAAGG AAGCTCACTG CCGAATGCGC ACATTCTGGG ACTTTTTCAT 
CGGTTGTGCA AATTGATGTA CTATCGGATC AGGCCTGTAT TCGTTTTTGA TGGTGGCGTT 
CCCGCCTTGA AGAGGCAAAC CATTGCTAAG CGCAACCAAA GTAAAAGCAA ATACCACAAT 
GAAGCTGATC GACTGCAACA ATTGCTGTTG GAAACTTTGG CCAAAGAGAA GGTCGTACAG 
CAAGCATTGG GATCGGCCAC AAGTCTGCTC GTTTCGCCTT CGAAGAAGCC CGGCAACAAT 
AGCAAAACCG CAGACGAACC CGACGAAATC TTCAAACTGC CACCGCTCAA AGAGGATTCC 
CCATTCAAAA ACGCCGATAG CTCCCAAACA GATCTGGATG ATAGCACCAG CTCTTGGGAT 
GAGAAAACTT CGAAAAGCTA TTACCACCTG AATCTGAACG CGATCGATGT GACGAGCGTG 
CACTTTAAAA ATTTACCTGC CGATGTAAGA CATGACATTC TGAATGATAT TAAAGAGACC 
AGGAAGCAAA ACTCGTGGGG CCGCTTGCAT GAGCTTCCAG TGGAAAGCAA TGATTTTTCG 
TCGTTTCAAA TGAAGCGATT GCTGAAACGA CGAGCAGTTC AGGTAGAATT AGAGGAAGCC 
GAGAAAGAAA TGGGTGGAAA GTGTCTTTCG CTGGCCGAAC TGGAAGCTCT TCTCTCTGAG 
GAAGGAGTAG ACACTTCTTC CAGTCAGGCG GCACAGAAGA TTGCATCGGA TGAGAATACG 
CGGTTTCTGC TGGTCAGAGA CGTGCAAAAA GCAATCGAGA AAGCTAAGAT TAAGGAAGAG 
CAGGAGAAAA ATGCACCCAA ACCTCCAAAG CTAGCTAAAA GTGCATCCAT GAAAACGGAA 
ACGATAGATG TTTTGGATGA TAAAGAAATG GATGAAGAAT TACAGTTGGC GATCAAGATG 
TCCTTGATGC AGGATGAAGA TCCTAATGTA AAAATCAATC TGGAACAGGA CGAAGTCCAA 
ATGTCAAAGC AACAGAAGCA AGCCCTAGGC AATTCTGCCA TGACCCTAGC TAGAGGCTTC 
ATGTTGGAAT ACGGTGGTAT GTCCAACGAC GATGTTCGAG AACTGTTGCA CCAAACGCAA 
GACGTAGACC CAGGTGAAAT TGAGCAATCT TTCACACAAA TGTTCGCTCA CAATTCCGTG 
TCGGTGCTCA AGGGAACCGA TGATCCAGAA GACAAGCAAG AAACACAAGA AGTAGTCGTT 
TCATCGGACA CCGACACGGA TTCGGATTTC ATCGACGTTC CCGAGGACGA TCTGGATGAT 
ATGACTCCGG GGGTTTTGCT ACCGTTGAAT CCCAGCAATC ACCTGAAACC ACTGTACAGT 
ACGGTTGTGG ATTTCAGACT GGAGGACCTG GCGATGAACA AGGATGGCAA AAAAGTGTTG 
GAAGTCGTTA TCGACGAGAG CAAGATCGGA AAGAAAGACG AAGAGGACAT CTTTGCTGAT 
GTGTTCGAGA AGAGCGATGA TCGAGCAAGC AAACTGGAAT CCCTAAAAGT GGCGCAGGCT 
GATACGGAAA ACCCTACAGA ACAAGTCGAA AAACCTTCAT GCGGAGTGTC AGAGCCATTA 
GTTGCACCGA AGATTACCGG CATCAAAGTC AAAAAAGTGG ATGACATCAA TGCTCGACTG 
CAGGAAGAAC TCCAAAAGCT CAAAACTGCT CCAGCCATAA GCCTTGACGA TATTCTATTA 
GATCTTCCTC AAGAAGACAA TGATTTAGTT CAGGTCATTG AAACTGTTCA AAATCACACC 
GAAAGCAACA AACCGGAGAA TGTGCGCAAT ATTGTCAAAC AAGAACTCGA AAAACTAAAG 
TCGCAAACTC CGGTGATAGA TTTAGACGAA ATCAAGTTGG ATGAAGCCCT GGTAGAAGCA 
ATTCCTGATA AACTAGAAGT TAAGCTTACC AAGACTAGCT CGGATGCTGA GGACAGTGAC 
GCCACCGTGG GATATTCACC TATGAAGGAG TTGCAAAAGG TGTTGAAAGA CTCGGAACTG 
TCTCGCCCTG ACAATCTACA ACAAATCAAT GAGCACGAAC CTGAACAGAC AATAAATACT 
GCCCAACCAG TCTATACAAC TCCTAAAAAA GGAACGCTTG AGCACCTGGT CAAATCGCGA 
ACGCCTGGCA GCGATTCGAA AAAATCCGAA CCCGAAGAAG ACATTCCAAA TGTTCCAAAA 
CCATTCTTCG TGAACAAAAC GCCCACTTCA TCATCTAAGA AGAATAAACC AACTGAATCG 
GAGTCCACTC CAAGCAAACC AGCAAAAGTT TCCAAAGAGT TGTTCCCGGA GCCAGAGCCA 
ATTCCATCCA CCAGCAAAGG CCCGCAACCT ACAGCTGAAA ATATGATCAC GGATATGGCC 
GACAATTTGA AGGAAAACAA AACTCCCTTG GAGTTAAAAA GAATGGCTCT GAATCTTGCC 
CAAACCGAAC GCGAGCTGGA GAAGGAGAAG AATCGTCAAT CCCGGCTGGG GACGTCCATC 
ACCGAACAAA TGCAGGAAGA TTGCATGCAA CTGCTGCGGT TGTTCGGTAT CCCTTACATT 
GTGGCCCCAA TGGAAGCGGA AGCCCAGTGT GCGTTCCTCA ATCAGATCCA GATCACCGAT 
GGCACCATAA CGGATGATAG CGATATTTGG CTGTTTGGTG GGCAGACCGT TTACAAGAAC 
TTCTTCAACC AGCAGAAACT GGTGCTGGAG TTCACGGCGG ACAGTATCGA GCGTTTGTTC 
CAGATGGATC GGAAGAAGCT GATCCAGCTG GCACTGCTGG TGGGCAGCGA TTACACGACG 
GGTATCAGCG GTATCGGAGC GGTCACGGCA ATGGAAATCC TCGCATCCTT CCCTGCTACA 
CCGGAAAAGG ACGGCGAAAC ATCCGAAATG ATGTCACTGC TATCCGGACT GCGGAAATTC 
CGTGATTGGT GGAACCATGG CAGAAACAAT TCCGTTGGCA CCCGCATAAC TCTAAAGTCC 
AAACTGAAGA ATATTGAGTT CACCGACGGT TTCCCGAGTT CTGGAGTGGT TGAGGCATAT 
CTTTTCCCTA CCGTCGACAG CAATAAGGAA CCATTTTCCT GGGGCTATCC GGACGTGGAA 
AGTTTGCGAG ATTTTACCAA GCAAAAGTTT GGCTGGCCAC AGGCCAAATT TAATGATATA 
ATCATGCCAG TGGTCAAACG GTTGGACGAA CGGAAATCGC AAGCTTCGAT CAAGAATTAT 
TTCAAGGTAC AAAGTGCGGT AGCTAATAAT CAGTTAAAGG TGAGCAAACG TGTGCAGACC 
GCCGTGGATG CCATGGCGGG AAAAATAACG GAAGAACCTT CCAAGAGCCC CAAGAAGAAA 
GTCGCACGCA AACGCAAGCC GAAAGCTGGT GAAGCCAATC CGGATGGTAC TCAAGCCACA 
TCCTCTGAGG TTATATGTTT GTCCGAAAAC AGCGATGATG ATTTTACGGA ACCGAAGAAA 
ACTAGAGGCA GGAAGACTGC TGCAACCACC GCCACAAAAT CTAAACCCAA ATCAACCAGA 
AAGGCAGCGA CCAAAGCGAA CACTTCTGAA ATCGATAAAC CATCAACCTC ATTGGTGAAC 
ATTGGAAGCA TAATCTCAAA GATAAATGAC CAGTCCGCTG AGAAGCTGGG AGACGAGGCT 
GCTATTATAG ATCGCAAGAG GGCCGCTAAG AATAAGATTC CGGATTTCAA TCCGGCCATC 
CCGCAACGTT TGAAAGATGA AGAAGAGATG GTCAACCGCA AACAACGAGC AATTGAACTT 
TTCAAAAAGT CACAAACCGA GTCCAAAGTC AAAAAATCAC GCAAATAA

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

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LOC110677013 cDNA ORF clone, Aedes aegypti(yellow fever mosquito)

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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