BRIP1 cDNA ORF clone, Python bivittatus(Burmese python)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRIP1
Entrez Gene ID	103063956
Full Name	BRCA1 interacting protein C-terminal helicase 1
Gene Type	protein-coding
Organism	Python bivittatus(Burmese python)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007427227.2	XP_007427289.1	Fanconi anemia group J protein
XM_025166061.1	XP_025021829.1	Fanconi anemia group J protein

Pathways from BioSystems
Gene Ontology

The following BRIP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRIP1 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
OPy06412	XM_007427227.2 Latest version!	Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OPy126093	XM_025166061.1 Latest version!	Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*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)

BRIP1 ( XM_007427227.2 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007427289.1 Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

Price & Availability↑

CloneID	OPy06412
Clone ID Related Accession (Same CDS sequence)	XM_007427227.2
Accession Version	XM_007427227.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3597bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-03-10
Organism	Python bivittatus(Burmese python)
Product	Fanconi anemia group J protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006532859.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 11, 2016 this sequence version replaced XM_007427227.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Python bivittatus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATTAC CAACATCAGA ATACACCATT GGGGGAGTAA AAATTCTCTT CCCATGTAAG 
GCTTATCCAT CACAACTTGC TATGATGAAC GCAATTGTGA AGGGGCTCAG CTCCAAGCAG 
CACTGCCTGT TGGAGAGTCC GACTGGAAGC GGGAAGAGCT TGGCGTTGCT CTGCTCTGCT 
CTGGCTTGGC AGCGGTCGCT CTCTGAAAAA CTGCCTGATG CCTTATGCTC AAAGGACTGC 
AAGAAAACAG AGGTGTTGAA GCTGTGTCAC TGCCTGTGCC ATGCTAAATT CTCCACTCAG 
GATACAGAAG GAGGCAGCCA GAATACTTCT TCTTTCTTCC CCAGCAGTGC AGCGGAGACC 
CCCCCAGGCA GTGGGAGTAT CTCAAGAAAC AGAGAGGGTG TCTCAAGAAT TACACTGGCT 
TCGAAACTGT CTGCCAAAAA ACAAGCCTCA TTCCACGAAG AAGACGACAG TGATTTTAAA 
ATAGACAGGA AAAGGATTCG TTCACTCGAA ATGGAGCAGC AGGCGAGAAA ACGACACCGG 
CTGGCCCAAG GAACACAGCT AGTTGATGCT TTGGAAGTTT ATGAACAGCA GAAAAATGGA 
GAATTGACTG TGACTTTGGG AAAAAGTGTC CCTTTGTCAC TTAAAACAGT AAGTCCTTCC 
AGTCCCTGCA CTAAGTGTTC CTGTTCCTCC CTTGAGCAAA CTGTCAAAGA TACTGCTGAT 
GCAAAGAAGG AAAATGGAGG GAAGGCACTG ATCCCCAAAA TATTTTTTGG AACCCGAACT 
CACAAGCAAA TAGCTCAGAT TGTTAAGGAG CTGCAGAGGA CGGCCTACTC AAGCGTTCGC 
ATGACCATTC TTTCGAGTAG GGACCATTCT TGTGTCAATC CAAGAGTCTC CCGAGGCAGC 
AACAAGAATG AAAAATGTGT AGAGCTGCTA GAAGCAAAAA ATGGCGTGTC TTGCTCTTTT 
TATCACGGAG TCCACAGGCT TAGCGAGCAT CTCTTGATAC AGTCTGCCCA TAAAGACTAC 
CGGGCCTGGG ACTTGGAAGA TCTGGTGAGC CTGGGAAAGA GACTCCGATC CTGTGCCTAC 
TTTGCCGCTC GGGAGCTAAT GGTGGACGCT GAGATTGTGT TCTGTCCTTA CAACTACCTT 
TTGGACTCTC AAATAAGAGA AAGCTTGGAA ATTAAGTTGA AAGACCAGGT GGTGATTTTA 
GACGAAGCTC ATAATATTGA GGACTCCGCG CGGGAGTCAG CCAGCTATAG TGTGACGGAA 
GAGCAGCTCA GATTGGCTCG AGAGGAGCTG GACACTATGG TGAACCACAA CATTAGGCGG 
GCGGACCACG AGCCCTTGCG TGCCGTATGC CTCAGCCTGA CAAACTGGTT AAGGAAAGCC 
TGTAGTCAGC TGATCGAGCG AGGTTATGAG ACCTCTAGTA AAGTGTGGAG TGGAAATCAA 
ATGGTGACAT TTCTGCATCA AATGGGAATA ACAAATGCTA CATTTCCCAT CTTACAGAAA 
CATTTTCTTG CCGTGCTTGA AAAGGAAGAA AAGATCCAGG GGGGAGAAGA GATGGTTTCC 
ATTCCAGTTA TAAGTCCTTC AACTCAGGTT GTCCTAAAAG GTCTATTTAT GGTCCTCCAC 
TATCTTTTTA AAGAAAATCA CAGGTTTGCT GATGATTACC GAGTTGCCCT GCAGCAAACC 
TACGTTTGGA TGAATGAAAA TCCACCTGAT GCTCCGGATA AGGATGGTTT CTTAGTCCTC 
TCCAAAAAAA GATCACAACA CAAAATGGCC GTTCATAGCC TCAACTTCTG GTGCTTGAAT 
CCCACAGTGG CCTTTTCTGA TTTAAGTAGT GTGGTCAGAT CCATCGTTTT AACCTCAGGG 
ACACTTTCTC CAATGGACTC CTTTTCATCT GAGCTTGGGG TGAAGTTTTC CATTCAGCTT 
GAAGCAAACC ATGTTATCAG AAATTCACAG GTCTGGATTG GCACCATCGG AGCCGGCCCG 
AAACACAGGC CCTTATGCGC GACTTTCCAG CACACCGAAA CCTTTGAATT TCAGGACGAA 
GTGGGCGAGC TCCTGCTTTC GGTTTGTCAG ACGGTGGGAC ATGGAATTTT GTGCTTTTTG 
CCATCTTACA AGATGTTAGA TAAACTGAAG GATCGCTGGC TACACACCAG CTTATGGGAG 
AAGCTTGAGT TGGTTAAAAC GGTCATTGTG GAACCCAAAG GCAGTGACAA AGCTGATTTT 
GATGGGCTGC TGCAGATATA CTACGATGCC ATCAAATGTC AGAAAGACAG AGGCGGAGCA 
CTTCTTATTG CTGTGTGCAG AGGCAAAGTT AGTGAAGGTT TGGATTTCTC TGATGACAAC 
GCCCGGGCGG TTATCACCAT TGGAATTCCA TTTCCAAACG TGAAGGATCT TCAGGTGGAG 
CTGAAAAGGA AATACAATGA CCAGCATTCC AAAGCAAGAG GTCTTTTGCC TGGAAGCCAA 
TGGTATGAAA TCCAGGCCTA CAGAGCTCTC AACCAAGCCC TTGGCAGATG CATTCGCCAT 
CGAAGTGATT GGGGAGCACT TATTTTAGTT GACGACCGTT TTGGAAGGAA CCCAAATAAA 
TACATCGCTG GATTGTCAAA ATGGATTCGC CAGCAGATCC GGCACTACGA AGACTTTGAC 
TGTGCCCTTG GCTCCTTAGA TACATTTGCT AAAATGAACC AGAATGGCGC GGGCGCTGCA 
CTTCAGGATA ACAACAGATC TCTGCTCATG TCTACAAATT CAAAGTCTCT GTCACCACTT 
TCTCTTCTGG AGGGACCTCT TTCTCTGTCA CCAGGAGTTC CTCCTGAAAG GGGAGAGCAA 
GATACAGTCC TGGAAACAAG TTGTGCTGCA GACAGCATTG CGATTCCTCC GGCAGCATTC 
GATTCTCCAT CATCTTACCA GACAATAAAC CAAAACAATT TTACAGACTC CAGTTCCAAG 
GGTTCAGCTG CTGAAATCAG GAAGGGAAAA GCAAATGGTC AGTTCTCTGC TGGCAGCATA 
AAAAGGTATT TCAGTAAAAC ACTGACTTCA ACACCTCTGC CAGCAGTAAA GAAGAATGAT 
GTCTTCAAGG CTACCAGGCG ATCAGAAAGG GCAATGGACG AAAGCAGTCA CTCTGTTGCA 
TGTGGACCTC AGCAGAATAT ATTGTGGGTT GAAGAAGACC AATCACCTAG ATGGGTGCTG 
GATGGGGAAA TGATTAGCAG TTCTGCTAGA ACAAAGATCA GCTTGGTGAC TGAGAAATAT 
CCTCATGAAA AGCAATTCAC TGGACATAAA GACTGGGAGA ATGTGGTGTC TTCTCCAAGG 
AGAGCAAATG TGGAACTTTC CAGGTCAGAT GTAGATGTCG AAACTGATGC CGGAGATGAT 
AGGATCTATT TTACACCTGA ACTTTATGAT GATGTAGAAT TGGTGGAAGA GAAGAATGAA 
GGGTTGATTC ACAATTACAA CAGTACTTTG ACTTCCTTTG AAACTGCAAA CTCTGTTCTG 
GTGGAAGAGC TTTGTCAACC CAATGCTCAA AAGCCAGGAG ATGTCACCTC CAGCTTTAAA 
GGTGAAGCAG AAGTGGGTGC AGAATGGTGG GGGGGTTATG CAGAACAGCC AGAATAA

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

RefSeq	XP_007427289.1
CDS	118..3714
Translation	MALPTSEYTIGGVKILFPCKAYPSQLAMMNAIVKGLSSKQHCLLESPTGSGKSLALLCSALAWQRSLSEKLPDALCSKDCKKTEVLKLCHCLCHAKFSTQDTEGGSQNTSSFFPSSAAETPPGSGSISRNREGVSRITLASKLSAKKQASFHEEDDSDFKIDRKRIRSLEMEQQARKRHRLAQGTQLVDALEVYEQQKNGELTVTLGKSVPLSLKTVSPSSPCTKCSCSSLEQTVKDTADAKKENGGKALIPKIFFGTRTHKQIAQIVKELQRTAYSSVRMTILSSRDHSCVNPRVSRGSNKNEKCVELLEAKNGVSCSFYHGVHRLSEHLLIQSAHKDYRAWDLEDLVSLGKRLRSCAYFAARELMVDAEIVFCPYNYLLDSQIRESLEIKLKDQVVILDEAHNIEDSARESASYSVTEEQLRLAREELDTMVNHNIRRADHEPLRAVCLSLTNWLRKACSQLIERGYETSSKVWSGNQMVTFLHQMGITNATFPILQKHFLAVLEKEEKIQGGEEMVSIPVISPSTQVVLKGLFMVLHYLFKENHRFADDYRVALQQTYVWMNENPPDAPDKDGFLVLSKKRSQHKMAVHSLNFWCLNPTVAFSDLSSVVRSIVLTSGTLSPMDSFSSELGVKFSIQLEANHVIRNSQVWIGTIGAGPKHRPLCATFQHTETFEFQDEVGELLLSVCQTVGHGILCFLPSYKMLDKLKDRWLHTSLWEKLELVKTVIVEPKGSDKADFDGLLQIYYDAIKCQKDRGGALLIAVCRGKVSEGLDFSDDNARAVITIGIPFPNVKDLQVELKRKYNDQHSKARGLLPGSQWYEIQAYRALNQALGRCIRHRSDWGALILVDDRFGRNPNKYIAGLSKWIRQQIRHYEDFDCALGSLDTFAKMNQNGAGAALQDNNRSLLMSTNSKSLSPLSLLEGPLSLSPGVPPERGEQDTVLETSCAADSIAIPPAAFDSPSSYQTINQNNFTDSSSKGSAAEIRKGKANGQFSAGSIKRYFSKTLTSTPLPAVKKNDVFKATRRSERAMDESSHSVACGPQQNILWVEEDQSPRWVLDGEMISSSARTKISLVTEKYPHEKQFTGHKDWENVVSSPRRANVELSRSDVDVETDAGDDRIYFTPELYDDVELVEEKNEGLIHNYNSTLTSFETANSVLVEELCQPNAQKPGDVTSSFKGEAEVGAEWWGGYAEQPE

Target ORF information:

RefSeq Version	XM_007427227.2
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

Target ORF information:

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

XM_007427227.2

ORF Insert Sequence:

ATGGCATTAC CAACATCAGA ATACACCATT GGGGGAGTAA AAATTCTCTT CCCATGTAAG 
GCTTATCCAT CACAACTTGC TATGATGAAC GCAATTGTGA AGGGGCTCAG CTCCAAGCAG 
CACTGCCTGT TGGAGAGTCC GACTGGAAGC GGGAAGAGCT TGGCGTTGCT CTGCTCTGCT 
CTGGCTTGGC AGCGGTCGCT CTCTGAAAAA CTGCCTGATG CCTTATGCTC AAAGGACTGC 
AAGAAAACAG AGGTGTTGAA GCTGTGTCAC TGCCTGTGCC ATGCTAAATT CTCCACTCAG 
GATACAGAAG GAGGCAGCCA GAATACTTCT TCTTTCTTCC CCAGCAGTGC AGCGGAGACC 
CCCCCAGGCA GTGGGAGTAT CTCAAGAAAC AGAGAGGGTG TCTCAAGAAT TACACTGGCT 
TCGAAACTGT CTGCCAAAAA ACAAGCCTCA TTCCACGAAG AAGACGACAG TGATTTTAAA 
ATAGACAGGA AAAGGATTCG TTCACTCGAA ATGGAGCAGC AGGCGAGAAA ACGACACCGG 
CTGGCCCAAG GAACACAGCT AGTTGATGCT TTGGAAGTTT ATGAACAGCA GAAAAATGGA 
GAATTGACTG TGACTTTGGG AAAAAGTGTC CCTTTGTCAC TTAAAACAGT AAGTCCTTCC 
AGTCCCTGCA CTAAGTGTTC CTGTTCCTCC CTTGAGCAAA CTGTCAAAGA TACTGCTGAT 
GCAAAGAAGG AAAATGGAGG GAAGGCACTG ATCCCCAAAA TATTTTTTGG AACCCGAACT 
CACAAGCAAA TAGCTCAGAT TGTTAAGGAG CTGCAGAGGA CGGCCTACTC AAGCGTTCGC 
ATGACCATTC TTTCGAGTAG GGACCATTCT TGTGTCAATC CAAGAGTCTC CCGAGGCAGC 
AACAAGAATG AAAAATGTGT AGAGCTGCTA GAAGCAAAAA ATGGCGTGTC TTGCTCTTTT 
TATCACGGAG TCCACAGGCT TAGCGAGCAT CTCTTGATAC AGTCTGCCCA TAAAGACTAC 
CGGGCCTGGG ACTTGGAAGA TCTGGTGAGC CTGGGAAAGA GACTCCGATC CTGTGCCTAC 
TTTGCCGCTC GGGAGCTAAT GGTGGACGCT GAGATTGTGT TCTGTCCTTA CAACTACCTT 
TTGGACTCTC AAATAAGAGA AAGCTTGGAA ATTAAGTTGA AAGACCAGGT GGTGATTTTA 
GACGAAGCTC ATAATATTGA GGACTCCGCG CGGGAGTCAG CCAGCTATAG TGTGACGGAA 
GAGCAGCTCA GATTGGCTCG AGAGGAGCTG GACACTATGG TGAACCACAA CATTAGGCGG 
GCGGACCACG AGCCCTTGCG TGCCGTATGC CTCAGCCTGA CAAACTGGTT AAGGAAAGCC 
TGTAGTCAGC TGATCGAGCG AGGTTATGAG ACCTCTAGTA AAGTGTGGAG TGGAAATCAA 
ATGGTGACAT TTCTGCATCA AATGGGAATA ACAAATGCTA CATTTCCCAT CTTACAGAAA 
CATTTTCTTG CCGTGCTTGA AAAGGAAGAA AAGATCCAGG GGGGAGAAGA GATGGTTTCC 
ATTCCAGTTA TAAGTCCTTC AACTCAGGTT GTCCTAAAAG GTCTATTTAT GGTCCTCCAC 
TATCTTTTTA AAGAAAATCA CAGGTTTGCT GATGATTACC GAGTTGCCCT GCAGCAAACC 
TACGTTTGGA TGAATGAAAA TCCACCTGAT GCTCCGGATA AGGATGGTTT CTTAGTCCTC 
TCCAAAAAAA GATCACAACA CAAAATGGCC GTTCATAGCC TCAACTTCTG GTGCTTGAAT 
CCCACAGTGG CCTTTTCTGA TTTAAGTAGT GTGGTCAGAT CCATCGTTTT AACCTCAGGG 
ACACTTTCTC CAATGGACTC CTTTTCATCT GAGCTTGGGG TGAAGTTTTC CATTCAGCTT 
GAAGCAAACC ATGTTATCAG AAATTCACAG GTCTGGATTG GCACCATCGG AGCCGGCCCG 
AAACACAGGC CCTTATGCGC GACTTTCCAG CACACCGAAA CCTTTGAATT TCAGGACGAA 
GTGGGCGAGC TCCTGCTTTC GGTTTGTCAG ACGGTGGGAC ATGGAATTTT GTGCTTTTTG 
CCATCTTACA AGATGTTAGA TAAACTGAAG GATCGCTGGC TACACACCAG CTTATGGGAG 
AAGCTTGAGT TGGTTAAAAC GGTCATTGTG GAACCCAAAG GCAGTGACAA AGCTGATTTT 
GATGGGCTGC TGCAGATATA CTACGATGCC ATCAAATGTC AGAAAGACAG AGGCGGAGCA 
CTTCTTATTG CTGTGTGCAG AGGCAAAGTT AGTGAAGGTT TGGATTTCTC TGATGACAAC 
GCCCGGGCGG TTATCACCAT TGGAATTCCA TTTCCAAACG TGAAGGATCT TCAGGTGGAG 
CTGAAAAGGA AATACAATGA CCAGCATTCC AAAGCAAGAG GTCTTTTGCC TGGAAGCCAA 
TGGTATGAAA TCCAGGCCTA CAGAGCTCTC AACCAAGCCC TTGGCAGATG CATTCGCCAT 
CGAAGTGATT GGGGAGCACT TATTTTAGTT GACGACCGTT TTGGAAGGAA CCCAAATAAA 
TACATCGCTG GATTGTCAAA ATGGATTCGC CAGCAGATCC GGCACTACGA AGACTTTGAC 
TGTGCCCTTG GCTCCTTAGA TACATTTGCT AAAATGAACC AGAATGGCGC GGGCGCTGCA 
CTTCAGGATA ACAACAGATC TCTGCTCATG TCTACAAATT CAAAGTCTCT GTCACCACTT 
TCTCTTCTGG AGGGACCTCT TTCTCTGTCA CCAGGAGTTC CTCCTGAAAG GGGAGAGCAA 
GATACAGTCC TGGAAACAAG TTGTGCTGCA GACAGCATTG CGATTCCTCC GGCAGCATTC 
GATTCTCCAT CATCTTACCA GACAATAAAC CAAAACAATT TTACAGACTC CAGTTCCAAG 
GGTTCAGCTG CTGAAATCAG GAAGGGAAAA GCAAATGGTC AGTTCTCTGC TGGCAGCATA 
AAAAGGTATT TCAGTAAAAC ACTGACTTCA ACACCTCTGC CAGCAGTAAA GAAGAATGAT 
GTCTTCAAGG CTACCAGGCG ATCAGAAAGG GCAATGGACG AAAGCAGTCA CTCTGTTGCA 
TGTGGACCTC AGCAGAATAT ATTGTGGGTT GAAGAAGACC AATCACCTAG ATGGGTGCTG 
GATGGGGAAA TGATTAGCAG TTCTGCTAGA ACAAAGATCA GCTTGGTGAC TGAGAAATAT 
CCTCATGAAA AGCAATTCAC TGGACATAAA GACTGGGAGA ATGTGGTGTC TTCTCCAAGG 
AGAGCAAATG TGGAACTTTC CAGGTCAGAT GTAGATGTCG AAACTGATGC CGGAGATGAT 
AGGATCTATT TTACACCTGA ACTTTATGAT GATGTAGAAT TGGTGGAAGA GAAGAATGAA 
GGGTTGATTC ACAATTACAA CAGTACTTTG ACTTCCTTTG AAACTGCAAA CTCTGTTCTG 
GTGGAAGAGC TTTGTCAACC CAATGCTCAA AAGCCAGGAG ATGTCACCTC CAGCTTTAAA 
GGTGAAGCAG AAGTGGGTGC AGAATGGTGG GGGGGTTATG CAGAACAGCC AGAATAA

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

BRIP1 ( XM_025166061.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_025021829.1 Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

Price & Availability↑

CloneID	OPy126093
Clone ID Related Accession (Same CDS sequence)	XM_025166061.1
Accession Version	XM_025166061.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3660bp) 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	2018-05-23
Organism	Python bivittatus(Burmese python)
Product	Fanconi anemia group J protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006532859.1) 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 :: Python bivittatus Annotation Release 102 Annotation Version :: 102 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##

ATGGCATTAC CAACATCAGA ATACACCATT GGGGGAGTAA AAATTCTCTT CCCATGTAAG 
GCTTATCCAT CACAACTTGC TATGATGAAC GCAATTGTGA AGGGGCTCAG CTCCAAGCAG 
CACTGCCTGT TGGAGAGTCC GACTGGAAGC GGGAAGAGCT TGGCGTTGCT CTGCTCTGCT 
CTGGCTTGGC AGCGGTCGCT CTCTGAAAAA CTGCCTGATG CCTTATGCTC AAAGGACTGC 
AAGAAAACAG AGGTGTTGAA GCTGTGTCAC TGCCTGTGCC ATGCTAAATT CTCCACTCAG 
GATACAGAAG GAGGCAGCCA GAATACTTCT TCTTTCTTCC CCAGCAGTGC AGCGGAGACC 
CCCCCAGGCA GTGGGAGTAT CTCAAGAAAC AGAGAGGGTG TCTCAAGAAT TACACTGGCT 
TCGAAACTGT CTGCCAAAAA ACAAGCCTCA TTCCACGAAG AAGACGACAG TGATTTTAAA 
ATAGACAGGA AAAGGATTCG TTCACTCGAA ATGGAGCAGC AGGCGAGAAA ACGACACCGG 
CTGGCCCAAG GAACACAGCT AGTTGATGCT TTGGAAGTTT ATGAACAGCA GAAAAATGGA 
GAATTGACTG TGACTTTGGG AAAAAGTGTC CCTTTGTCAC TTAAAACATT ACAGCCTTCC 
AGTCCCTGCA CTAAGTGTTC CTGTTCCTCC CTTGAGCAAA CTGTCAAAGA TACTGCTGAT 
GCAAAGAAGG AAAATGGAGG GAAGGCACTG ATCCCCAAAA TATTTTTTGG AACCCGAACT 
CACAAGCAAA TAGCTCAGAT TGTTAAGGAG CTGCAGAGGA CGGCCTACTC AAGCGTTCGC 
ATGACCATTC TTTCGAGTAG GGACCATTCT TGTGTCAATC CAAGAGTCTC CCGAGGCAGC 
AACAAGAATG AAAAATGTGT AGAGCTGCTA GAAGCAAAAA ATGGCGTGTC TTGCTCTTTT 
TATCACGGAG TCCACAGGCT TAGCGAGCAT CTCTTGATAC AGTCTGCCCA TAAAGACTAC 
CGGGCCTGGG ACTTGGAAGA TCTGGTGAGC CTGGGAAAGA GACTCCGATC CTGTGCCTAC 
TTTGCCGCTC GGGAGCTAAT GGTGGACGCT GAGATTGTGT TCTGTCCTTA CAACTACCTT 
TTGGACTCTC AAATAAGAGA AAGCTTGGAA ATTAAGTTGA AAGACCAGGT GGTGATTTTA 
GACGAAGCTC ATAATATTGA GGACTCCGCG CGGGAGTCAG CCAGCTATAG TGTGACGGAA 
GAGCAGCTCA GATTGGCTCG AGAGGAGCTG GACACTATGG TGAACCACAA CATTAGGCGG 
GCGGACCACG AGCCCTTGCG TGCCGTATGC CTCAGCCTGA CAAACTGGTT AAGGAAAGCC 
TGTAGTCAGC TGATCGAGCG AGGTTATGAG ACCTCTAGTA AAGTGTGGAG TGGAAATCAA 
ATGGTGACAT TTCTGCATCA AATGGGAATA ACAAATGCTA CATTTCCCAT CTTACAGAAA 
CATTTTCTTG CCGTGCTTGA AAAGGAAGAA AAGATCCAGG GGGGAGAAGA GATGGTTTCC 
ATTCCAGTTA TAAGTCCTTC AACTCAGGTT GTCCTAAAAG GTCTATTTAT GGTCCTCCAC 
TATCTTTTTA AAGAAAATCA CAGGTTTGCT GATGATTACC GAGTTGCCCT GCAGCAAACC 
TACGTTTGGA TGAATGAAAA TCCACCTGAT GCTCCGGATA AGGATGGTTT CTTAGTCCTC 
TCCAAAAAAA GATCACAACA CAAAATGGCC GTTCATAGCC TCAACTTCTG GTGCTTGAAT 
CCCACAGTGG CCTTTTCTGA TTTAAGTAGT GTGGTCAGAT CCATCGTTTT AACCTCAGGG 
ACACTTTCTC CAATGGACTC CTTTTCATCT GAGCTTGGGG TGAAGTTTTC CATTCAGCTT 
GAAGCAAACC ATGTTATCAG AAATTCACAG GTCTGGATTG GCACCATCGG AGCCGGCCCG 
AAACACAGGC CCTTATGCGC GACTTTCCAG CACACCGAAA CCTTTGAATT TCAGGACGAA 
GTGGGCGAGC TCCTGCTTTC GGTTTGTCAG ACGGTGGGAC ATGGAATTTT GTGCTTTTTG 
CCATCTTACA AGATGTTAGA TAAACTGAAG GATCGCTGGC TACACACCAG CTTATGGGAG 
AAGCTTGAGT TGGTTAAAAC GGTCATTGTG GAACCCAAAG GCAGTGACAA AGCTGATTTT 
GATGGGCTGC TGCAGATATA CTACGATGCC ATCAAATGTC AGAAAGACAG AGGCGGAGCA 
CTTCTTATTG CTGTGTGCAG AGGCAAAGTT AGTGAAGGTT TGGATTTCTC TGATGACAAC 
GCCCGGGCGG TTATCACCAT TGGAATTCCA TTTCCAAACG TGAAGGATCT TCAGGCAGAA 
GGCTGGACTC TCGCCACATT TGTGAAAGGG GACAGCTTGC ATCTATTCGC AGTTGTGGTG 
GAGCTGAAAA GGAAATACAA TGACCAGCAT TCCAAAGCAA GAGGTCTTTT GCCTGGAAGC 
CAATGGTATG AAATCCAGGC CTACAGAGCT CTCAACCAAG CCCTTGGCAG ATGCATTCGC 
CATCGAAGTG ATTGGGGAGC ACTTATTTTA GTTGACGACC GTTTTGGAAG GAACCCAAAT 
AAATACATCG CTGGATTGTC AAAATGGATT CGCCAGCAGA TCCGGCACTA CGAAGACTTT 
GACTGTGCCC TTGGCTCCTT AGATACATTT GCTAAAATGA ACCAGAATGG CGCGGGCGCT 
GCACTTCAGG ATAACAACAG ATCTCTGCTC ATGTCTACAA ATTCAAAGTC TCTGTCACCA 
CTTTCTCTTC TGGAGGGACC TCTTTCTCTG TCACCAGGAG TTCCTCCTGA AAGGGGAGAG 
CAAGATACAG TCCTGGAAAC AAGTTGTGCT GCAGACAGCA TTGCGATTCC TCCGGCAGCA 
TTCGATTCTC CATCATCTTA CCAGACAATA AACCAAAACA ATTTTACAGA CTCCAGTTCC 
AAGGGTTCAG CTGCTGAAAT CAGGAAGGGA AAAGCAAATG GTCAGTTCTC TGCTGGCAGC 
ATAAAAAGGT ATTTCAGTAA AACACTGACT TCAACACCTC TGCCAGCAGT AAAGAAGAAT 
GATGTCTTCA AGGCTACCAG GCGATCAGAA AGGGCAATGG ACGAAAGCAG TCACTCTGTT 
GCATGTGGAC CTCAGCAGAA TATATTGTGG GTTGAAGAAG ACCAATCACC TAGATGGGTG 
CTGGATGGGG AAATGATTAG CAGTTCTGCT AGAACAAAGA TCAGCTTGGT GACTGAGAAA 
TATCCTCATG AAAAGCAATT CACTGGACAT AAAGACTGGG AGAATGTGGT GTCTTCTCCA 
AGGAGAGCAA ATGTGGAACT TTCCAGGTCA GATGTAGATG TCGAAACTGA TGCCGGAGAT 
GATAGGATCT ATTTTACACC TGAACTTTAT GATGATGTAG AATTGGTGGA AGAGAAGAAT 
GAAGGGTTGA TTCACAATTA CAACAGTACT TTGACTTCCT TTGAAACTGC AAACTCTGTT 
CTGGTGGAAG AGCTTTGTCA ACCCAATGCT CAAAAGCCAG GAGATGTCAC CTCCAGCTTT 
AAAGGTGAAG CAGAAGTGGG TGCAGAATGG TGGGGGGGTT ATGCAGAACA GCCAGAATAA

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

RefSeq	XP_025021829.1
CDS	149..3808
Translation	MALPTSEYTIGGVKILFPCKAYPSQLAMMNAIVKGLSSKQHCLLESPTGSGKSLALLCSALAWQRSLSEKLPDALCSKDCKKTEVLKLCHCLCHAKFSTQDTEGGSQNTSSFFPSSAAETPPGSGSISRNREGVSRITLASKLSAKKQASFHEEDDSDFKIDRKRIRSLEMEQQARKRHRLAQGTQLVDALEVYEQQKNGELTVTLGKSVPLSLKTLQPSSPCTKCSCSSLEQTVKDTADAKKENGGKALIPKIFFGTRTHKQIAQIVKELQRTAYSSVRMTILSSRDHSCVNPRVSRGSNKNEKCVELLEAKNGVSCSFYHGVHRLSEHLLIQSAHKDYRAWDLEDLVSLGKRLRSCAYFAARELMVDAEIVFCPYNYLLDSQIRESLEIKLKDQVVILDEAHNIEDSARESASYSVTEEQLRLAREELDTMVNHNIRRADHEPLRAVCLSLTNWLRKACSQLIERGYETSSKVWSGNQMVTFLHQMGITNATFPILQKHFLAVLEKEEKIQGGEEMVSIPVISPSTQVVLKGLFMVLHYLFKENHRFADDYRVALQQTYVWMNENPPDAPDKDGFLVLSKKRSQHKMAVHSLNFWCLNPTVAFSDLSSVVRSIVLTSGTLSPMDSFSSELGVKFSIQLEANHVIRNSQVWIGTIGAGPKHRPLCATFQHTETFEFQDEVGELLLSVCQTVGHGILCFLPSYKMLDKLKDRWLHTSLWEKLELVKTVIVEPKGSDKADFDGLLQIYYDAIKCQKDRGGALLIAVCRGKVSEGLDFSDDNARAVITIGIPFPNVKDLQAEGWTLATFVKGDSLHLFAVVVELKRKYNDQHSKARGLLPGSQWYEIQAYRALNQALGRCIRHRSDWGALILVDDRFGRNPNKYIAGLSKWIRQQIRHYEDFDCALGSLDTFAKMNQNGAGAALQDNNRSLLMSTNSKSLSPLSLLEGPLSLSPGVPPERGEQDTVLETSCAADSIAIPPAAFDSPSSYQTINQNNFTDSSSKGSAAEIRKGKANGQFSAGSIKRYFSKTLTSTPLPAVKKNDVFKATRRSERAMDESSHSVACGPQQNILWVEEDQSPRWVLDGEMISSSARTKISLVTEKYPHEKQFTGHKDWENVVSSPRRANVELSRSDVDVETDAGDDRIYFTPELYDDVELVEEKNEGLIHNYNSTLTSFETANSVLVEELCQPNAQKPGDVTSSFKGEAEVGAEWWGGYAEQPE

Target ORF information:

RefSeq Version	XM_025166061.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

Target ORF information:

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

XM_025166061.1

ORF Insert Sequence:

ATGGCATTAC CAACATCAGA ATACACCATT GGGGGAGTAA AAATTCTCTT CCCATGTAAG 
GCTTATCCAT CACAACTTGC TATGATGAAC GCAATTGTGA AGGGGCTCAG CTCCAAGCAG 
CACTGCCTGT TGGAGAGTCC GACTGGAAGC GGGAAGAGCT TGGCGTTGCT CTGCTCTGCT 
CTGGCTTGGC AGCGGTCGCT CTCTGAAAAA CTGCCTGATG CCTTATGCTC AAAGGACTGC 
AAGAAAACAG AGGTGTTGAA GCTGTGTCAC TGCCTGTGCC ATGCTAAATT CTCCACTCAG 
GATACAGAAG GAGGCAGCCA GAATACTTCT TCTTTCTTCC CCAGCAGTGC AGCGGAGACC 
CCCCCAGGCA GTGGGAGTAT CTCAAGAAAC AGAGAGGGTG TCTCAAGAAT TACACTGGCT 
TCGAAACTGT CTGCCAAAAA ACAAGCCTCA TTCCACGAAG AAGACGACAG TGATTTTAAA 
ATAGACAGGA AAAGGATTCG TTCACTCGAA ATGGAGCAGC AGGCGAGAAA ACGACACCGG 
CTGGCCCAAG GAACACAGCT AGTTGATGCT TTGGAAGTTT ATGAACAGCA GAAAAATGGA 
GAATTGACTG TGACTTTGGG AAAAAGTGTC CCTTTGTCAC TTAAAACATT ACAGCCTTCC 
AGTCCCTGCA CTAAGTGTTC CTGTTCCTCC CTTGAGCAAA CTGTCAAAGA TACTGCTGAT 
GCAAAGAAGG AAAATGGAGG GAAGGCACTG ATCCCCAAAA TATTTTTTGG AACCCGAACT 
CACAAGCAAA TAGCTCAGAT TGTTAAGGAG CTGCAGAGGA CGGCCTACTC AAGCGTTCGC 
ATGACCATTC TTTCGAGTAG GGACCATTCT TGTGTCAATC CAAGAGTCTC CCGAGGCAGC 
AACAAGAATG AAAAATGTGT AGAGCTGCTA GAAGCAAAAA ATGGCGTGTC TTGCTCTTTT 
TATCACGGAG TCCACAGGCT TAGCGAGCAT CTCTTGATAC AGTCTGCCCA TAAAGACTAC 
CGGGCCTGGG ACTTGGAAGA TCTGGTGAGC CTGGGAAAGA GACTCCGATC CTGTGCCTAC 
TTTGCCGCTC GGGAGCTAAT GGTGGACGCT GAGATTGTGT TCTGTCCTTA CAACTACCTT 
TTGGACTCTC AAATAAGAGA AAGCTTGGAA ATTAAGTTGA AAGACCAGGT GGTGATTTTA 
GACGAAGCTC ATAATATTGA GGACTCCGCG CGGGAGTCAG CCAGCTATAG TGTGACGGAA 
GAGCAGCTCA GATTGGCTCG AGAGGAGCTG GACACTATGG TGAACCACAA CATTAGGCGG 
GCGGACCACG AGCCCTTGCG TGCCGTATGC CTCAGCCTGA CAAACTGGTT AAGGAAAGCC 
TGTAGTCAGC TGATCGAGCG AGGTTATGAG ACCTCTAGTA AAGTGTGGAG TGGAAATCAA 
ATGGTGACAT TTCTGCATCA AATGGGAATA ACAAATGCTA CATTTCCCAT CTTACAGAAA 
CATTTTCTTG CCGTGCTTGA AAAGGAAGAA AAGATCCAGG GGGGAGAAGA GATGGTTTCC 
ATTCCAGTTA TAAGTCCTTC AACTCAGGTT GTCCTAAAAG GTCTATTTAT GGTCCTCCAC 
TATCTTTTTA AAGAAAATCA CAGGTTTGCT GATGATTACC GAGTTGCCCT GCAGCAAACC 
TACGTTTGGA TGAATGAAAA TCCACCTGAT GCTCCGGATA AGGATGGTTT CTTAGTCCTC 
TCCAAAAAAA GATCACAACA CAAAATGGCC GTTCATAGCC TCAACTTCTG GTGCTTGAAT 
CCCACAGTGG CCTTTTCTGA TTTAAGTAGT GTGGTCAGAT CCATCGTTTT AACCTCAGGG 
ACACTTTCTC CAATGGACTC CTTTTCATCT GAGCTTGGGG TGAAGTTTTC CATTCAGCTT 
GAAGCAAACC ATGTTATCAG AAATTCACAG GTCTGGATTG GCACCATCGG AGCCGGCCCG 
AAACACAGGC CCTTATGCGC GACTTTCCAG CACACCGAAA CCTTTGAATT TCAGGACGAA 
GTGGGCGAGC TCCTGCTTTC GGTTTGTCAG ACGGTGGGAC ATGGAATTTT GTGCTTTTTG 
CCATCTTACA AGATGTTAGA TAAACTGAAG GATCGCTGGC TACACACCAG CTTATGGGAG 
AAGCTTGAGT TGGTTAAAAC GGTCATTGTG GAACCCAAAG GCAGTGACAA AGCTGATTTT 
GATGGGCTGC TGCAGATATA CTACGATGCC ATCAAATGTC AGAAAGACAG AGGCGGAGCA 
CTTCTTATTG CTGTGTGCAG AGGCAAAGTT AGTGAAGGTT TGGATTTCTC TGATGACAAC 
GCCCGGGCGG TTATCACCAT TGGAATTCCA TTTCCAAACG TGAAGGATCT TCAGGCAGAA 
GGCTGGACTC TCGCCACATT TGTGAAAGGG GACAGCTTGC ATCTATTCGC AGTTGTGGTG 
GAGCTGAAAA GGAAATACAA TGACCAGCAT TCCAAAGCAA GAGGTCTTTT GCCTGGAAGC 
CAATGGTATG AAATCCAGGC CTACAGAGCT CTCAACCAAG CCCTTGGCAG ATGCATTCGC 
CATCGAAGTG ATTGGGGAGC ACTTATTTTA GTTGACGACC GTTTTGGAAG GAACCCAAAT 
AAATACATCG CTGGATTGTC AAAATGGATT CGCCAGCAGA TCCGGCACTA CGAAGACTTT 
GACTGTGCCC TTGGCTCCTT AGATACATTT GCTAAAATGA ACCAGAATGG CGCGGGCGCT 
GCACTTCAGG ATAACAACAG ATCTCTGCTC ATGTCTACAA ATTCAAAGTC TCTGTCACCA 
CTTTCTCTTC TGGAGGGACC TCTTTCTCTG TCACCAGGAG TTCCTCCTGA AAGGGGAGAG 
CAAGATACAG TCCTGGAAAC AAGTTGTGCT GCAGACAGCA TTGCGATTCC TCCGGCAGCA 
TTCGATTCTC CATCATCTTA CCAGACAATA AACCAAAACA ATTTTACAGA CTCCAGTTCC 
AAGGGTTCAG CTGCTGAAAT CAGGAAGGGA AAAGCAAATG GTCAGTTCTC TGCTGGCAGC 
ATAAAAAGGT ATTTCAGTAA AACACTGACT TCAACACCTC TGCCAGCAGT AAAGAAGAAT 
GATGTCTTCA AGGCTACCAG GCGATCAGAA AGGGCAATGG ACGAAAGCAG TCACTCTGTT 
GCATGTGGAC CTCAGCAGAA TATATTGTGG GTTGAAGAAG ACCAATCACC TAGATGGGTG 
CTGGATGGGG AAATGATTAG CAGTTCTGCT AGAACAAAGA TCAGCTTGGT GACTGAGAAA 
TATCCTCATG AAAAGCAATT CACTGGACAT AAAGACTGGG AGAATGTGGT GTCTTCTCCA 
AGGAGAGCAA ATGTGGAACT TTCCAGGTCA GATGTAGATG TCGAAACTGA TGCCGGAGAT 
GATAGGATCT ATTTTACACC TGAACTTTAT GATGATGTAG AATTGGTGGA AGAGAAGAAT 
GAAGGGTTGA TTCACAATTA CAACAGTACT TTGACTTCCT TTGAAACTGC AAACTCTGTT 
CTGGTGGAAG AGCTTTGTCA ACCCAATGCT CAAAAGCCAG GAGATGTCAC CTCCAGCTTT 
AAAGGTGAAG CAGAAGTGGG TGCAGAATGG TGGGGGGGTT ATGCAGAACA GCCAGAATAA