FAM135A cDNA ORF clone, Python bivittatus(Burmese python)

Gene
Clones
gRNAs

Summary

Gene Symbol	FAM135A
Entrez Gene ID	103052310
Full Name	family with sequence similarity 135 member A
Gene Type	protein-coding
Organism	Python bivittatus(Burmese python)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007437032.3	XP_007437094.1	protein FAM135A isoform X2
XM_025172408.1	XP_025028176.1	protein FAM135A isoform X3
XM_025172409.1	XP_025028177.1	protein FAM135A isoform X4
XM_007437031.2	XP_007437093.1	protein FAM135A isoform X1
XM_007437032.2	XP_007437094.1	protein FAM135A isoform X2
XM_007437031.3	XP_007437093.1	protein FAM135A isoform X1

Pathways from BioSystems
Gene Ontology

The following FAM135A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FAM135A 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)
OPy130365	XM_025172408.1 Latest version!	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OPy130366	XM_025172409.1 Latest version!	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OPy14394	XM_007437031.3 Latest version!	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OPy14395	XM_007437032.3 Latest version!	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
View Old Accession Versions >>
OPy14395	XM_007437032.2	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OPy14394	XM_007437031.2	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
Hide Old Accession Versions >>

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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)

FAM135A ( XM_025172408.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_025028176.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OPy130365
Clone ID Related Accession (Same CDS sequence)	XM_025172408.1
Accession Version	XM_025172408.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) 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	protein FAM135A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) 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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGAGAACGT AGATGTAGAT 
GTAGAAGCAC GCCTTTTGGA ACTCTGTGAA GAAATAAAGA AAATGGAAAA TCCTGATGAA 
CTGGCAGAAC TTATAAACAT GAATCTTGCA CAACTGTGTT CGCTCTTGAT GGCTTTATGG 
GGACAATTTC TGGAAACTGT TAACTTCCAA GAAGATGTCA TTGCACTATT ATCACAAGAA 
CATCATATAA TGCGTGTACG CAGATTTTCT GAAGGGTTTT TTTGTCTTGA ACATCCTCGG 
GAAGCAGCCC TTGCATATCA AGAGCTTCAT GCCCAGAGTT ATCTTCAGAT GTGTACTGCA 
ATAAAAAGCA CTTCCTTCTG TAGTTCTCTC CCTCCTCTCC CAATTGAATG CAGTGAATTA 
GATGGAGATC TGAATTCCTT ACCTATAATC TTTGAAGATC GGTATCTAGA TTCTGTCACT 
GAAGAGGTGG ATGTTCCCTG GCTAACCATT CAGCCGAAGT CTGATTCCAG GAAACCAGAT 
AAACAAGATA CTGAAGAAAG TTTCACAACT ACTTTTTCTA GTCCGGAGTT GAAAAGTAAA 
CATTTGGCTA CATCAGAAAG TGAAAAACAG TTTATAAAGT CTTCAAAAGG AAAATGTGAA 
GATATAAACA AATCCAAAGT TAAGGTTACC AAATTAATGA AAACAATGAA ACCTGAAAAT 
CCAAAAAAAG TAGTAAAACA AATCTCTAAA GATTCTGTTG TTCTGGTAGG CTACAAATGT 
TTGAAAAGCG CGGCACCAGA GGACATTGCC AAGTACTTTG AAGGAACATC TTCATGCAAC 
CAGAAAGAAG GACTGGATGT TACTGTTGGT GAACATGTTT GTGATGAAAA AACCTTCACA 
CAACAAATCA GTGAAAAAGA ATTTAAAGTT GAACAAAAAA TTACTAAACT AGAAGGGAAT 
GAGGAAAGCC TGCAGAGTTC TGTCATCTTG CCTTGTGCAA ATTCAGTCAG TTTGGGTAAA 
TTTTGTATCT CTCAGATTGG AATTGATGAT AGTCAAGGGG ATATCAGTTT GACATCCAGA 
ACTGTTGCTG AAAATTATAT TAGTTCATCT GGAGTTACAA AAATAGAAGT AAAACCATAC 
TGTAGGAAAT CATATGGGGG AGATAAAGTG TTTGTTCGAA TTGGATCACA GACAGAAGAT 
TTACAAGGGA AAGCATTTGG AGAACTTACA TTTGAAAGTT CAGAATCAGA AAAGAGATCT 
AAATCAGAAG AGGAACTAAT GCCTGAAAAG CAAGTTGTGC AAGAAGCAGA CTTCCAACAT 
GCTGAGGATT CCTCAGGCAG GGTCACAACT AATCTATCAA CAAAAGAAGC TCCCACTGCA 
GTTGTAAGTG GAGAGGCCCT TAAATTGCCT GATGTTAATA ATACCTATGC ATCATCTAGG 
TTCTCAGATT CTGGTGTAGA AAGTGAACCA AGTTCTTTTG CAATGCACCC AAGTGCAGAT 
ACAGCTTTTG AAACTCCTCA AGGCCAAAAC ACATGCAACA GTGAAAAAGC ATTTTCTCAG 
TTTCTGCTAA AACCAGATTT CATTATTAAA ACTTTGATGG AAAGTCACTG TACTGAGAGC 
ACAAGTGCAG TTAGTGAAAT ACAATCCTCT CTGACATCTA TAAACTCTCT CCCTTCTGAT 
GATGATCTTT CCCCTGAGGA AAATTCAAAG ATATCTGTTT TACATGAATG TCAATTAAAG 
GACAGCAAAA CTGTATTAGA CTTGGGAGCA ATTGATTTGA CAAAATGTGA TGATATTGAT 
GAGCCAGATA TTTTGCCACA CCGGTGTGTA ACATATTCTG AACAATCAGA CAATGAAACT 
ACATTTTTGC CTTCCCTGCC CTCAAATATA AAAGATCCTC TACAGATAGT TTCTGATGAA 
GATACGTATA CAGCTATGAA CACTTACAAC CCACAATTTA ATTTAGGCAC TACTTGTAAA 
GATTCCCAAA GATTAGAGAA AGACTTTCAT ACTATAGAAA AATCAAATGA AATTCCTTCA 
GGAGTTGTTT ATCTAGGGAA CTCCTGTGTT GTTTCAGGTT CTGTAAGTTC TTGTGCTGGT 
AGTATGAGAA AGACAAGTGA AGGGAATATT GATGAAATGC TAGAGCAAAA AGAAATGACT 
GATAAGTTAT TAATTACAAA AAATGAAAAT CTTACAAACT TGAATGCCCT CTCCCCAGAG 
GGTAGTACTG ATATACTGAA GCAAGGACTT GTAGAAAATT ACTTTGGTTA TCAAAATAGT 
ACAGATATTT CCAATATACA TTCTACTGAC AGCAGCAATC TTGTTAGCCC TCAAAGAGGA 
ACCATATGTT CTGCTTCCCC ACAGGAGGAG GAAGAGGAGG ATCAAGATCA AAGCATGGTT 
GAAAATGGTT ATTTTGAGGA AGCAGAAGAG GGTCATTTGT ACACAACTGT AAATGATTGT 
GTGGAGAACT TTGGTCTAAC AAATGAAAGA GGTTTAAGAA TAGAAAGTTT ATCTAGTGAA 
CTTTTGGAAA ATGAGACAAA TACAACTCCA TTATGCAAGC CAGACAGTTT GATTTTTCCT 
CCAGTCTTAA AAGGATATCC AAGTAGTGCC TTATGGTCTG CACAGGACAA ATCCAGTTCT 
TTTTCCAAGC AGTCCAGCAG CACATCCTGC AGTGCAACTT TATCTGTTCC CTGGTATGAG 
TATTCTCCCA AACCACAAAT GCTAGCATTC CTTCACGCTA AAGAAGAATT GAAGCAACTT 
CAGCTTCCCG GGTTCATGTA CAGTGATGTT TCCAGACTAG CATCTTCCAT ACCTTATTTC 
AGCACAGAAA ACGAAGAAAA TTCAGAAGAT GGAATACATC TCATTATCTG TGTGCATGGC 
CTAGATGGTA ATAGCGCAGA TTTAAGATTA GTAAAAACTT ACATTGAACT TGGTCTTCCG 
GGAAGTCGTA TAGATTTTCT GATGTCTGAG AGAAATCAGG TAAATGACAC ATTTGCTGAT 
TTTGATTCAA TGACAGATCG CCTTTTGGAT GAAATAATCC AATATATTCA AATTTACAAC 
CTAACAATTT CAAAAATCAG TTTTATTGGA CATTCACTAG GTAATTTAAT AATCCGTTCA 
GTGCTCACAA GACCTAGGTT TAGGTATTAC CTCAGTAAAC TTTATACCTT CCTATCTCTG 
TCTGGACCAC ATCTTGGTAC GCTGTACAAC AGCAGTGCTC TTGTTAATAC AGGTCTCTGG 
TTTATGCAGA AGTGGAAGAA GTCAGGATCT TTGCTACAGT TGACCTGTAG AGATCATTCA 
GACCCCCGGC AAACCTTCTT ATACAAACTT AGTAGAAAAG CAGGTCTTCA GTATTTCAAA 
AATATAATAT TAGTAGGATC CCTGCAAGAC CGTTATGTCC CTTATCATTC TGCCCGCATT 
GAGATGTGTA AAACAGCTTT GAAAGATAAA CAGACAGGAC CAATATATGC TGAAATGATC 
CAGAATCTGC TTCTGCCTGT TCTTCAAAGC AAGGACTGCA GTTTAGTTCG ATACAATGTG 
CATTGTGCAC TGCCAAACAC AGCTGATTCT CTCATAGGAA GAGCTGCACA CATTGCTGTT 
CTGGATTCGG ACATATTTTT AGAAAAGTTT TTTCTGGTTG CTGCCCTAAA ATATTTCCAG 
TAG

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

RefSeq	XP_025028176.1
CDS	155..4597
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQVNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_025172408.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X3, mRNA.

Target ORF information:

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

XM_025172408.1

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGAGAACGT AGATGTAGAT 
GTAGAAGCAC GCCTTTTGGA ACTCTGTGAA GAAATAAAGA AAATGGAAAA TCCTGATGAA 
CTGGCAGAAC TTATAAACAT GAATCTTGCA CAACTGTGTT CGCTCTTGAT GGCTTTATGG 
GGACAATTTC TGGAAACTGT TAACTTCCAA GAAGATGTCA TTGCACTATT ATCACAAGAA 
CATCATATAA TGCGTGTACG CAGATTTTCT GAAGGGTTTT TTTGTCTTGA ACATCCTCGG 
GAAGCAGCCC TTGCATATCA AGAGCTTCAT GCCCAGAGTT ATCTTCAGAT GTGTACTGCA 
ATAAAAAGCA CTTCCTTCTG TAGTTCTCTC CCTCCTCTCC CAATTGAATG CAGTGAATTA 
GATGGAGATC TGAATTCCTT ACCTATAATC TTTGAAGATC GGTATCTAGA TTCTGTCACT 
GAAGAGGTGG ATGTTCCCTG GCTAACCATT CAGCCGAAGT CTGATTCCAG GAAACCAGAT 
AAACAAGATA CTGAAGAAAG TTTCACAACT ACTTTTTCTA GTCCGGAGTT GAAAAGTAAA 
CATTTGGCTA CATCAGAAAG TGAAAAACAG TTTATAAAGT CTTCAAAAGG AAAATGTGAA 
GATATAAACA AATCCAAAGT TAAGGTTACC AAATTAATGA AAACAATGAA ACCTGAAAAT 
CCAAAAAAAG TAGTAAAACA AATCTCTAAA GATTCTGTTG TTCTGGTAGG CTACAAATGT 
TTGAAAAGCG CGGCACCAGA GGACATTGCC AAGTACTTTG AAGGAACATC TTCATGCAAC 
CAGAAAGAAG GACTGGATGT TACTGTTGGT GAACATGTTT GTGATGAAAA AACCTTCACA 
CAACAAATCA GTGAAAAAGA ATTTAAAGTT GAACAAAAAA TTACTAAACT AGAAGGGAAT 
GAGGAAAGCC TGCAGAGTTC TGTCATCTTG CCTTGTGCAA ATTCAGTCAG TTTGGGTAAA 
TTTTGTATCT CTCAGATTGG AATTGATGAT AGTCAAGGGG ATATCAGTTT GACATCCAGA 
ACTGTTGCTG AAAATTATAT TAGTTCATCT GGAGTTACAA AAATAGAAGT AAAACCATAC 
TGTAGGAAAT CATATGGGGG AGATAAAGTG TTTGTTCGAA TTGGATCACA GACAGAAGAT 
TTACAAGGGA AAGCATTTGG AGAACTTACA TTTGAAAGTT CAGAATCAGA AAAGAGATCT 
AAATCAGAAG AGGAACTAAT GCCTGAAAAG CAAGTTGTGC AAGAAGCAGA CTTCCAACAT 
GCTGAGGATT CCTCAGGCAG GGTCACAACT AATCTATCAA CAAAAGAAGC TCCCACTGCA 
GTTGTAAGTG GAGAGGCCCT TAAATTGCCT GATGTTAATA ATACCTATGC ATCATCTAGG 
TTCTCAGATT CTGGTGTAGA AAGTGAACCA AGTTCTTTTG CAATGCACCC AAGTGCAGAT 
ACAGCTTTTG AAACTCCTCA AGGCCAAAAC ACATGCAACA GTGAAAAAGC ATTTTCTCAG 
TTTCTGCTAA AACCAGATTT CATTATTAAA ACTTTGATGG AAAGTCACTG TACTGAGAGC 
ACAAGTGCAG TTAGTGAAAT ACAATCCTCT CTGACATCTA TAAACTCTCT CCCTTCTGAT 
GATGATCTTT CCCCTGAGGA AAATTCAAAG ATATCTGTTT TACATGAATG TCAATTAAAG 
GACAGCAAAA CTGTATTAGA CTTGGGAGCA ATTGATTTGA CAAAATGTGA TGATATTGAT 
GAGCCAGATA TTTTGCCACA CCGGTGTGTA ACATATTCTG AACAATCAGA CAATGAAACT 
ACATTTTTGC CTTCCCTGCC CTCAAATATA AAAGATCCTC TACAGATAGT TTCTGATGAA 
GATACGTATA CAGCTATGAA CACTTACAAC CCACAATTTA ATTTAGGCAC TACTTGTAAA 
GATTCCCAAA GATTAGAGAA AGACTTTCAT ACTATAGAAA AATCAAATGA AATTCCTTCA 
GGAGTTGTTT ATCTAGGGAA CTCCTGTGTT GTTTCAGGTT CTGTAAGTTC TTGTGCTGGT 
AGTATGAGAA AGACAAGTGA AGGGAATATT GATGAAATGC TAGAGCAAAA AGAAATGACT 
GATAAGTTAT TAATTACAAA AAATGAAAAT CTTACAAACT TGAATGCCCT CTCCCCAGAG 
GGTAGTACTG ATATACTGAA GCAAGGACTT GTAGAAAATT ACTTTGGTTA TCAAAATAGT 
ACAGATATTT CCAATATACA TTCTACTGAC AGCAGCAATC TTGTTAGCCC TCAAAGAGGA 
ACCATATGTT CTGCTTCCCC ACAGGAGGAG GAAGAGGAGG ATCAAGATCA AAGCATGGTT 
GAAAATGGTT ATTTTGAGGA AGCAGAAGAG GGTCATTTGT ACACAACTGT AAATGATTGT 
GTGGAGAACT TTGGTCTAAC AAATGAAAGA GGTTTAAGAA TAGAAAGTTT ATCTAGTGAA 
CTTTTGGAAA ATGAGACAAA TACAACTCCA TTATGCAAGC CAGACAGTTT GATTTTTCCT 
CCAGTCTTAA AAGGATATCC AAGTAGTGCC TTATGGTCTG CACAGGACAA ATCCAGTTCT 
TTTTCCAAGC AGTCCAGCAG CACATCCTGC AGTGCAACTT TATCTGTTCC CTGGTATGAG 
TATTCTCCCA AACCACAAAT GCTAGCATTC CTTCACGCTA AAGAAGAATT GAAGCAACTT 
CAGCTTCCCG GGTTCATGTA CAGTGATGTT TCCAGACTAG CATCTTCCAT ACCTTATTTC 
AGCACAGAAA ACGAAGAAAA TTCAGAAGAT GGAATACATC TCATTATCTG TGTGCATGGC 
CTAGATGGTA ATAGCGCAGA TTTAAGATTA GTAAAAACTT ACATTGAACT TGGTCTTCCG 
GGAAGTCGTA TAGATTTTCT GATGTCTGAG AGAAATCAGG TAAATGACAC ATTTGCTGAT 
TTTGATTCAA TGACAGATCG CCTTTTGGAT GAAATAATCC AATATATTCA AATTTACAAC 
CTAACAATTT CAAAAATCAG TTTTATTGGA CATTCACTAG GTAATTTAAT AATCCGTTCA 
GTGCTCACAA GACCTAGGTT TAGGTATTAC CTCAGTAAAC TTTATACCTT CCTATCTCTG 
TCTGGACCAC ATCTTGGTAC GCTGTACAAC AGCAGTGCTC TTGTTAATAC AGGTCTCTGG 
TTTATGCAGA AGTGGAAGAA GTCAGGATCT TTGCTACAGT TGACCTGTAG AGATCATTCA 
GACCCCCGGC AAACCTTCTT ATACAAACTT AGTAGAAAAG CAGGTCTTCA GTATTTCAAA 
AATATAATAT TAGTAGGATC CCTGCAAGAC CGTTATGTCC CTTATCATTC TGCCCGCATT 
GAGATGTGTA AAACAGCTTT GAAAGATAAA CAGACAGGAC CAATATATGC TGAAATGATC 
CAGAATCTGC TTCTGCCTGT TCTTCAAAGC AAGGACTGCA GTTTAGTTCG ATACAATGTG 
CATTGTGCAC TGCCAAACAC AGCTGATTCT CTCATAGGAA GAGCTGCACA CATTGCTGTT 
CTGGATTCGG ACATATTTTT AGAAAAGTTT TTTCTGGTTG CTGCCCTAAA ATATTTCCAG 
TAG

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

FAM135A ( XM_025172409.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_025028177.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OPy130366
Clone ID Related Accession (Same CDS sequence)	XM_025172409.1
Accession Version	XM_025172409.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4440bp) 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	protein FAM135A isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) 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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGAGAACGT AGATGTAGAT 
GTAGAAGCAC GCCTTTTGGA ACTCTGTGAA GAAATAAAGA AAATGGAAAA TCCTGATGAA 
CTGGCAGAAC TTATAAACAT GAATCTTGCA CAACTGTGTT CGCTCTTGAT GGCTTTATGG 
GGACAATTTC TGGAAACTGT TAACTTCCAA GAAGATGTCA TTGCACTATT ATCACAAGAA 
CATCATATAA TGCGTGTACG CAGATTTTCT GAAGGGTTTT TTTGTCTTGA ACATCCTCGG 
GAAGCAGCCC TTGCATATCA AGAGCTTCAT GCCCAGAGTT ATCTTCAGAT GTGTACTGCA 
ATAAAAAGCA CTTCCTTCTG TAGTTCTCTC CCTCCTCTCC CAATTGAATG CAGTGAATTA 
GATGGAGATC TGAATTCCTT ACCTATAATC TTTGAAGATC GGTATCTAGA TTCTGTCACT 
GAAGAGGTGG ATGTTCCCTG GCTAACCATT CAGCCGAAGT CTGATTCCAG GAAACCAGAT 
AAACAAGATA CTGAAGAAAG TTTCACAACT ACTTTTTCTA GTCCGGAGTT GAAAAGTAAA 
CATTTGGCTA CATCAGAAAG TGAAAAACAG TTTATAAAGT CTTCAAAAGG AAAATGTGAA 
GATATAAACA AATCCAAAGT TAAGGTTACC AAATTAATGA AAACAATGAA ACCTGAAAAT 
CCAAAAAAAG TAGTAAAACA AATCTCTAAA GATTCTGTTG TTCTGGTAGG CTACAAATGT 
TTGAAAAGCG CGGCACCAGA GGACATTGCC AAGTACTTTG AAGGAACATC TTCATGCAAC 
CAGAAAGAAG GACTGGATGT TACTGTTGGT GAACATGTTT GTGATGAAAA AACCTTCACA 
CAACAAATCA GTGAAAAAGA ATTTAAAGTT GAACAAAAAA TTACTAAACT AGAAGGGAAT 
GAGGAAAGCC TGCAGAGTTC TGTCATCTTG CCTTGTGCAA ATTCAGTCAG TTTGGGTAAA 
TTTTGTATCT CTCAGATTGG AATTGATGAT AGTCAAGGGG ATATCAGTTT GACATCCAGA 
ACTGTTGCTG AAAATTATAT TAGTTCATCT GGAGTTACAA AAATAGAAGT AAAACCATAC 
TGTAGGAAAT CATATGGGGG AGATAAAGTG TTTGTTCGAA TTGGATCACA GACAGAAGAT 
TTACAAGGGA AAGCATTTGG AGAACTTACA TTTGAAAGTT CAGAATCAGA AAAGAGATCT 
AAATCAGAAG AGGAACTAAT GCCTGAAAAG CAAGTTGTGC AAGAAGCAGA CTTCCAACAT 
GCTGAGGATT CCTCAGGCAG GGTCACAACT AATCTATCAA CAAAAGAAGC TCCCACTGCA 
GTTGTAAGTG GAGAGGCCCT TAAATTGCCT GATGTTAATA ATACCTATGC ATCATCTAGG 
TTCTCAGATT CTGGTGTAGA AAGTGAACCA AGTTCTTTTG CAATGCACCC AAGTGCAGAT 
ACAGCTTTTG AAACTCCTCA AGGCCAAAAC ACATGCAACA GTGAAAAAGC ATTTTCTCAG 
TTTCTGCTAA AACCAGATTT CATTATTAAA ACTTTGATGG AAAGTCACTG TACTGAGAGC 
ACAAGTGCAG TTAGTGAAAT ACAATCCTCT CTGACATCTA TAAACTCTCT CCCTTCTGAT 
GATGATCTTT CCCCTGAGGA AAATTCAAAG ATATCTGTTT TACATGAATG TCAATTAAAG 
GACAGCAAAA CTGTATTAGA CTTGGGAGCA ATTGATTTGA CAAAATGTGA TGATATTGAT 
GAGCCAGATA TTTTGCCACA CCGGTGTGTA ACATATTCTG AACAATCAGA CAATGAAACT 
ACATTTTTGC CTTCCCTGCC CTCAAATATA AAAGATCCTC TACAGATAGT TTCTGATGAA 
GATACGTATA CAGCTATGAA CACTTACAAC CCACAATTTA ATTTAGGCAC TACTTGTAAA 
GATTCCCAAA GATTAGAGAA AGACTTTCAT ACTATAGAAA AATCAAATGA AATTCCTTCA 
GGAGTTGTTT ATCTAGGGAA CTCCTGTGTT GTTTCAGGTT CTGTAAGTTC TTGTGCTGGT 
AGTATGAGAA AGACAAGTGA AGGGAATATT GATGAAATGC TAGAGCAAAA AGAAATGACT 
GATAAGTTAT TAATTACAAA AAATGAAAAT CTTACAAACT TGAATGCCCT CTCCCCAGAG 
GGTAGTACTG ATATACTGAA GCAAGGACTT GTAGAAAATT ACTTTGGTTA TCAAAATAGT 
ACAGATATTT CCAATATACA TTCTACTGAC AGCAGCAATC TTGTTAGCCC TCAAAGAGGA 
ACCATATGTT CTGCTTCCCC ACAGGAGGAG GAAGAGGAGG ATCAAGATCA AAGCATGGTT 
GAAAATGGTT ATTTTGAGGA AGCAGAAGAG GGTCATTTGT ACACAACTGT AAATGATTGT 
GTGGAGAACT TTGGTCTAAC AAATGAAAGA GGTTTAAGAA TAGAAAGTTT ATCTAGTGAA 
CTTTTGGAAA ATGAGACAAA TACAACTCCA TTATGCAAGC CAGACAGTTT GATTTTTCCT 
CCAGTCTTAA AAGGATATCC AAGTAGTGCC TTATGGTCTG CACAGGACAA ATCCAGTTCT 
TTTTCCAAGC AGTCCAGCAG CACATCCTGC AGTGCAACTT TATCTGTTCC CTGGTATGAG 
TATTCTCCCA AACCACAAAT GCTAGCATTC CTTCACGCTA AAGAAGAATT GAAGCAACTT 
CAGCTTCCCG GGTTCATGTA CAGTGATGTT TCCAGACTAG CATCTTCCAT ACCTTATTTC 
AGCACAGAAA ACGAAGAAAA TTCAGAAGAT GGAATACATC TCATTATCTG TGTGCATGGC 
CTAGATGGTA ATAGCGCAGA TTTAAGATTA GTAAAAACTT ACATTGAACT TGGTCTTCCG 
GGAAGTCGTA TAGATTTTCT GATGTCTGAG AGAAATCAGA ATGACACATT TGCTGATTTT 
GATTCAATGA CAGATCGCCT TTTGGATGAA ATAATCCAAT ATATTCAAAT TTACAACCTA 
ACAATTTCAA AAATCAGTTT TATTGGACAT TCACTAGGTA ATTTAATAAT CCGTTCAGTG 
CTCACAAGAC CTAGGTTTAG GTATTACCTC AGTAAACTTT ATACCTTCCT ATCTCTGTCT 
GGACCACATC TTGGTACGCT GTACAACAGC AGTGCTCTTG TTAATACAGG TCTCTGGTTT 
ATGCAGAAGT GGAAGAAGTC AGGATCTTTG CTACAGTTGA CCTGTAGAGA TCATTCAGAC 
CCCCGGCAAA CCTTCTTATA CAAACTTAGT AGAAAAGCAG GTCTTCAGTA TTTCAAAAAT 
ATAATATTAG TAGGATCCCT GCAAGACCGT TATGTCCCTT ATCATTCTGC CCGCATTGAG 
ATGTGTAAAA CAGCTTTGAA AGATAAACAG ACAGGACCAA TATATGCTGA AATGATCCAG 
AATCTGCTTC TGCCTGTTCT TCAAAGCAAG GACTGCAGTT TAGTTCGATA CAATGTGCAT 
TGTGCACTGC CAAACACAGC TGATTCTCTC ATAGGAAGAG CTGCACACAT TGCTGTTCTG 
GATTCGGACA TATTTTTAGA AAAGTTTTTT CTGGTTGCTG CCCTAAAATA TTTCCAGTAG

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

RefSeq	XP_025028177.1
CDS	155..4594
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_025172409.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X4, mRNA.

Target ORF information:

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

XM_025172409.1

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGAGAACGT AGATGTAGAT 
GTAGAAGCAC GCCTTTTGGA ACTCTGTGAA GAAATAAAGA AAATGGAAAA TCCTGATGAA 
CTGGCAGAAC TTATAAACAT GAATCTTGCA CAACTGTGTT CGCTCTTGAT GGCTTTATGG 
GGACAATTTC TGGAAACTGT TAACTTCCAA GAAGATGTCA TTGCACTATT ATCACAAGAA 
CATCATATAA TGCGTGTACG CAGATTTTCT GAAGGGTTTT TTTGTCTTGA ACATCCTCGG 
GAAGCAGCCC TTGCATATCA AGAGCTTCAT GCCCAGAGTT ATCTTCAGAT GTGTACTGCA 
ATAAAAAGCA CTTCCTTCTG TAGTTCTCTC CCTCCTCTCC CAATTGAATG CAGTGAATTA 
GATGGAGATC TGAATTCCTT ACCTATAATC TTTGAAGATC GGTATCTAGA TTCTGTCACT 
GAAGAGGTGG ATGTTCCCTG GCTAACCATT CAGCCGAAGT CTGATTCCAG GAAACCAGAT 
AAACAAGATA CTGAAGAAAG TTTCACAACT ACTTTTTCTA GTCCGGAGTT GAAAAGTAAA 
CATTTGGCTA CATCAGAAAG TGAAAAACAG TTTATAAAGT CTTCAAAAGG AAAATGTGAA 
GATATAAACA AATCCAAAGT TAAGGTTACC AAATTAATGA AAACAATGAA ACCTGAAAAT 
CCAAAAAAAG TAGTAAAACA AATCTCTAAA GATTCTGTTG TTCTGGTAGG CTACAAATGT 
TTGAAAAGCG CGGCACCAGA GGACATTGCC AAGTACTTTG AAGGAACATC TTCATGCAAC 
CAGAAAGAAG GACTGGATGT TACTGTTGGT GAACATGTTT GTGATGAAAA AACCTTCACA 
CAACAAATCA GTGAAAAAGA ATTTAAAGTT GAACAAAAAA TTACTAAACT AGAAGGGAAT 
GAGGAAAGCC TGCAGAGTTC TGTCATCTTG CCTTGTGCAA ATTCAGTCAG TTTGGGTAAA 
TTTTGTATCT CTCAGATTGG AATTGATGAT AGTCAAGGGG ATATCAGTTT GACATCCAGA 
ACTGTTGCTG AAAATTATAT TAGTTCATCT GGAGTTACAA AAATAGAAGT AAAACCATAC 
TGTAGGAAAT CATATGGGGG AGATAAAGTG TTTGTTCGAA TTGGATCACA GACAGAAGAT 
TTACAAGGGA AAGCATTTGG AGAACTTACA TTTGAAAGTT CAGAATCAGA AAAGAGATCT 
AAATCAGAAG AGGAACTAAT GCCTGAAAAG CAAGTTGTGC AAGAAGCAGA CTTCCAACAT 
GCTGAGGATT CCTCAGGCAG GGTCACAACT AATCTATCAA CAAAAGAAGC TCCCACTGCA 
GTTGTAAGTG GAGAGGCCCT TAAATTGCCT GATGTTAATA ATACCTATGC ATCATCTAGG 
TTCTCAGATT CTGGTGTAGA AAGTGAACCA AGTTCTTTTG CAATGCACCC AAGTGCAGAT 
ACAGCTTTTG AAACTCCTCA AGGCCAAAAC ACATGCAACA GTGAAAAAGC ATTTTCTCAG 
TTTCTGCTAA AACCAGATTT CATTATTAAA ACTTTGATGG AAAGTCACTG TACTGAGAGC 
ACAAGTGCAG TTAGTGAAAT ACAATCCTCT CTGACATCTA TAAACTCTCT CCCTTCTGAT 
GATGATCTTT CCCCTGAGGA AAATTCAAAG ATATCTGTTT TACATGAATG TCAATTAAAG 
GACAGCAAAA CTGTATTAGA CTTGGGAGCA ATTGATTTGA CAAAATGTGA TGATATTGAT 
GAGCCAGATA TTTTGCCACA CCGGTGTGTA ACATATTCTG AACAATCAGA CAATGAAACT 
ACATTTTTGC CTTCCCTGCC CTCAAATATA AAAGATCCTC TACAGATAGT TTCTGATGAA 
GATACGTATA CAGCTATGAA CACTTACAAC CCACAATTTA ATTTAGGCAC TACTTGTAAA 
GATTCCCAAA GATTAGAGAA AGACTTTCAT ACTATAGAAA AATCAAATGA AATTCCTTCA 
GGAGTTGTTT ATCTAGGGAA CTCCTGTGTT GTTTCAGGTT CTGTAAGTTC TTGTGCTGGT 
AGTATGAGAA AGACAAGTGA AGGGAATATT GATGAAATGC TAGAGCAAAA AGAAATGACT 
GATAAGTTAT TAATTACAAA AAATGAAAAT CTTACAAACT TGAATGCCCT CTCCCCAGAG 
GGTAGTACTG ATATACTGAA GCAAGGACTT GTAGAAAATT ACTTTGGTTA TCAAAATAGT 
ACAGATATTT CCAATATACA TTCTACTGAC AGCAGCAATC TTGTTAGCCC TCAAAGAGGA 
ACCATATGTT CTGCTTCCCC ACAGGAGGAG GAAGAGGAGG ATCAAGATCA AAGCATGGTT 
GAAAATGGTT ATTTTGAGGA AGCAGAAGAG GGTCATTTGT ACACAACTGT AAATGATTGT 
GTGGAGAACT TTGGTCTAAC AAATGAAAGA GGTTTAAGAA TAGAAAGTTT ATCTAGTGAA 
CTTTTGGAAA ATGAGACAAA TACAACTCCA TTATGCAAGC CAGACAGTTT GATTTTTCCT 
CCAGTCTTAA AAGGATATCC AAGTAGTGCC TTATGGTCTG CACAGGACAA ATCCAGTTCT 
TTTTCCAAGC AGTCCAGCAG CACATCCTGC AGTGCAACTT TATCTGTTCC CTGGTATGAG 
TATTCTCCCA AACCACAAAT GCTAGCATTC CTTCACGCTA AAGAAGAATT GAAGCAACTT 
CAGCTTCCCG GGTTCATGTA CAGTGATGTT TCCAGACTAG CATCTTCCAT ACCTTATTTC 
AGCACAGAAA ACGAAGAAAA TTCAGAAGAT GGAATACATC TCATTATCTG TGTGCATGGC 
CTAGATGGTA ATAGCGCAGA TTTAAGATTA GTAAAAACTT ACATTGAACT TGGTCTTCCG 
GGAAGTCGTA TAGATTTTCT GATGTCTGAG AGAAATCAGA ATGACACATT TGCTGATTTT 
GATTCAATGA CAGATCGCCT TTTGGATGAA ATAATCCAAT ATATTCAAAT TTACAACCTA 
ACAATTTCAA AAATCAGTTT TATTGGACAT TCACTAGGTA ATTTAATAAT CCGTTCAGTG 
CTCACAAGAC CTAGGTTTAG GTATTACCTC AGTAAACTTT ATACCTTCCT ATCTCTGTCT 
GGACCACATC TTGGTACGCT GTACAACAGC AGTGCTCTTG TTAATACAGG TCTCTGGTTT 
ATGCAGAAGT GGAAGAAGTC AGGATCTTTG CTACAGTTGA CCTGTAGAGA TCATTCAGAC 
CCCCGGCAAA CCTTCTTATA CAAACTTAGT AGAAAAGCAG GTCTTCAGTA TTTCAAAAAT 
ATAATATTAG TAGGATCCCT GCAAGACCGT TATGTCCCTT ATCATTCTGC CCGCATTGAG 
ATGTGTAAAA CAGCTTTGAA AGATAAACAG ACAGGACCAA TATATGCTGA AATGATCCAG 
AATCTGCTTC TGCCTGTTCT TCAAAGCAAG GACTGCAGTT TAGTTCGATA CAATGTGCAT 
TGTGCACTGC CAAACACAGC TGATTCTCTC ATAGGAAGAG CTGCACACAT TGCTGTTCTG 
GATTCGGACA TATTTTTAGA AAAGTTTTTT CTGGTTGCTG CCCTAAAATA TTTCCAGTAG

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

FAM135A ( XM_007437031.2 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007437093.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.

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CloneID	OPy14394
Clone ID Related Accession (Same CDS sequence)	XM_007437031.2 , XM_007437031.3
Accession Version	XM_007437031.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	protein FAM135A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 11, 2016 this sequence version replaced XM_007437031.1. ##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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGGTA 
AATGACACAT TTGCTGATTT TGATTCAATG ACAGATCGCC TTTTGGATGA AATAATCCAA 
TATATTCAAA TTTACAACCT AACAATTTCA AAAATCAGTT TTATTGGACA TTCACTAGGT 
AATTTAATAA TCCGTTCAGT GCTCACAAGA CCTAGGTTTA GGTATTACCT CAGTAAACTT 
TATACCTTCC TATCTCTGTC TGGACCACAT CTTGGTACGC TGTACAACAG CAGTGCTCTT 
GTTAATACAG GTCTCTGGTT TATGCAGAAG TGGAAGAAGT CAGGATCTTT GCTACAGTTG 
ACCTGTAGAG ATCATTCAGA CCCCCGGCAA ACCTTCTTAT ACAAACTTAG TAGAAAAGCA 
GGTCTTCAGT ATTTCAAAAA TATAATATTA GTAGGATCCC TGCAAGACCG TTATGTCCCT 
TATCATTCTG CCCGCATTGA GATGTGTAAA ACAGCTTTGA AAGATAAACA GACAGGACCA 
ATATATGCTG AAATGATCCA GAATCTGCTT CTGCCTGTTC TTCAAAGCAA GGACTGCAGT 
TTAGTTCGAT ACAATGTGCA TTGTGCACTG CCAAACACAG CTGATTCTCT CATAGGAAGA 
GCTGCACACA TTGCTGTTCT GGATTCGGAC ATATTTTTAG AAAAGTTTTT TCTGGTTGCT 
GCCCTAAAAT ATTTCCAGTA G

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

RefSeq	XP_007437093.1
CDS	133..4653
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAAKSSMQVLYERLLRRKYLRIQGDAYLENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQVNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_007437031.2
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.

Target ORF information:

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

XM_007437031.2

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGGTA 
AATGACACAT TTGCTGATTT TGATTCAATG ACAGATCGCC TTTTGGATGA AATAATCCAA 
TATATTCAAA TTTACAACCT AACAATTTCA AAAATCAGTT TTATTGGACA TTCACTAGGT 
AATTTAATAA TCCGTTCAGT GCTCACAAGA CCTAGGTTTA GGTATTACCT CAGTAAACTT 
TATACCTTCC TATCTCTGTC TGGACCACAT CTTGGTACGC TGTACAACAG CAGTGCTCTT 
GTTAATACAG GTCTCTGGTT TATGCAGAAG TGGAAGAAGT CAGGATCTTT GCTACAGTTG 
ACCTGTAGAG ATCATTCAGA CCCCCGGCAA ACCTTCTTAT ACAAACTTAG TAGAAAAGCA 
GGTCTTCAGT ATTTCAAAAA TATAATATTA GTAGGATCCC TGCAAGACCG TTATGTCCCT 
TATCATTCTG CCCGCATTGA GATGTGTAAA ACAGCTTTGA AAGATAAACA GACAGGACCA 
ATATATGCTG AAATGATCCA GAATCTGCTT CTGCCTGTTC TTCAAAGCAA GGACTGCAGT 
TTAGTTCGAT ACAATGTGCA TTGTGCACTG CCAAACACAG CTGATTCTCT CATAGGAAGA 
GCTGCACACA TTGCTGTTCT GGATTCGGAC ATATTTTTAG AAAAGTTTTT TCTGGTTGCT 
GCCCTAAAAT ATTTCCAGTA G

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

FAM135A ( XM_007437031.3 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007437093.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.

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CloneID	OPy14394
Clone ID Related Accession (Same CDS sequence)	XM_007437031.2 , XM_007437031.3
Accession Version	XM_007437031.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	protein FAM135A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2018 this sequence version replaced XM_007437031.2. ##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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGGTA 
AATGACACAT TTGCTGATTT TGATTCAATG ACAGATCGCC TTTTGGATGA AATAATCCAA 
TATATTCAAA TTTACAACCT AACAATTTCA AAAATCAGTT TTATTGGACA TTCACTAGGT 
AATTTAATAA TCCGTTCAGT GCTCACAAGA CCTAGGTTTA GGTATTACCT CAGTAAACTT 
TATACCTTCC TATCTCTGTC TGGACCACAT CTTGGTACGC TGTACAACAG CAGTGCTCTT 
GTTAATACAG GTCTCTGGTT TATGCAGAAG TGGAAGAAGT CAGGATCTTT GCTACAGTTG 
ACCTGTAGAG ATCATTCAGA CCCCCGGCAA ACCTTCTTAT ACAAACTTAG TAGAAAAGCA 
GGTCTTCAGT ATTTCAAAAA TATAATATTA GTAGGATCCC TGCAAGACCG TTATGTCCCT 
TATCATTCTG CCCGCATTGA GATGTGTAAA ACAGCTTTGA AAGATAAACA GACAGGACCA 
ATATATGCTG AAATGATCCA GAATCTGCTT CTGCCTGTTC TTCAAAGCAA GGACTGCAGT 
TTAGTTCGAT ACAATGTGCA TTGTGCACTG CCAAACACAG CTGATTCTCT CATAGGAAGA 
GCTGCACACA TTGCTGTTCT GGATTCGGAC ATATTTTTAG AAAAGTTTTT TCTGGTTGCT 
GCCCTAAAAT ATTTCCAGTA G

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

RefSeq	XP_007437093.1
CDS	155..4675
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAAKSSMQVLYERLLRRKYLRIQGDAYLENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQVNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_007437031.3
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X1, mRNA.

Target ORF information:

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

XM_007437031.3

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGGTA 
AATGACACAT TTGCTGATTT TGATTCAATG ACAGATCGCC TTTTGGATGA AATAATCCAA 
TATATTCAAA TTTACAACCT AACAATTTCA AAAATCAGTT TTATTGGACA TTCACTAGGT 
AATTTAATAA TCCGTTCAGT GCTCACAAGA CCTAGGTTTA GGTATTACCT CAGTAAACTT 
TATACCTTCC TATCTCTGTC TGGACCACAT CTTGGTACGC TGTACAACAG CAGTGCTCTT 
GTTAATACAG GTCTCTGGTT TATGCAGAAG TGGAAGAAGT CAGGATCTTT GCTACAGTTG 
ACCTGTAGAG ATCATTCAGA CCCCCGGCAA ACCTTCTTAT ACAAACTTAG TAGAAAAGCA 
GGTCTTCAGT ATTTCAAAAA TATAATATTA GTAGGATCCC TGCAAGACCG TTATGTCCCT 
TATCATTCTG CCCGCATTGA GATGTGTAAA ACAGCTTTGA AAGATAAACA GACAGGACCA 
ATATATGCTG AAATGATCCA GAATCTGCTT CTGCCTGTTC TTCAAAGCAA GGACTGCAGT 
TTAGTTCGAT ACAATGTGCA TTGTGCACTG CCAAACACAG CTGATTCTCT CATAGGAAGA 
GCTGCACACA TTGCTGTTCT GGATTCGGAC ATATTTTTAG AAAAGTTTTT TCTGGTTGCT 
GCCCTAAAAT ATTTCCAGTA G

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

FAM135A ( XM_007437032.3 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007437094.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPy14395
Clone ID Related Accession (Same CDS sequence)	XM_007437032.3 , XM_007437032.2
Accession Version	XM_007437032.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4518bp) 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	protein FAM135A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2018 this sequence version replaced XM_007437032.2. ##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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGAAT 
GACACATTTG CTGATTTTGA TTCAATGACA GATCGCCTTT TGGATGAAAT AATCCAATAT 
ATTCAAATTT ACAACCTAAC AATTTCAAAA ATCAGTTTTA TTGGACATTC ACTAGGTAAT 
TTAATAATCC GTTCAGTGCT CACAAGACCT AGGTTTAGGT ATTACCTCAG TAAACTTTAT 
ACCTTCCTAT CTCTGTCTGG ACCACATCTT GGTACGCTGT ACAACAGCAG TGCTCTTGTT 
AATACAGGTC TCTGGTTTAT GCAGAAGTGG AAGAAGTCAG GATCTTTGCT ACAGTTGACC 
TGTAGAGATC ATTCAGACCC CCGGCAAACC TTCTTATACA AACTTAGTAG AAAAGCAGGT 
CTTCAGTATT TCAAAAATAT AATATTAGTA GGATCCCTGC AAGACCGTTA TGTCCCTTAT 
CATTCTGCCC GCATTGAGAT GTGTAAAACA GCTTTGAAAG ATAAACAGAC AGGACCAATA 
TATGCTGAAA TGATCCAGAA TCTGCTTCTG CCTGTTCTTC AAAGCAAGGA CTGCAGTTTA 
GTTCGATACA ATGTGCATTG TGCACTGCCA AACACAGCTG ATTCTCTCAT AGGAAGAGCT 
GCACACATTG CTGTTCTGGA TTCGGACATA TTTTTAGAAA AGTTTTTTCT GGTTGCTGCC 
CTAAAATATT TCCAGTAG

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

RefSeq	XP_007437094.1
CDS	154..4671
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAAKSSMQVLYERLLRRKYLRIQGDAYLENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_007437032.3
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.

Target ORF information:

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

XM_007437032.3

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGAAT 
GACACATTTG CTGATTTTGA TTCAATGACA GATCGCCTTT TGGATGAAAT AATCCAATAT 
ATTCAAATTT ACAACCTAAC AATTTCAAAA ATCAGTTTTA TTGGACATTC ACTAGGTAAT 
TTAATAATCC GTTCAGTGCT CACAAGACCT AGGTTTAGGT ATTACCTCAG TAAACTTTAT 
ACCTTCCTAT CTCTGTCTGG ACCACATCTT GGTACGCTGT ACAACAGCAG TGCTCTTGTT 
AATACAGGTC TCTGGTTTAT GCAGAAGTGG AAGAAGTCAG GATCTTTGCT ACAGTTGACC 
TGTAGAGATC ATTCAGACCC CCGGCAAACC TTCTTATACA AACTTAGTAG AAAAGCAGGT 
CTTCAGTATT TCAAAAATAT AATATTAGTA GGATCCCTGC AAGACCGTTA TGTCCCTTAT 
CATTCTGCCC GCATTGAGAT GTGTAAAACA GCTTTGAAAG ATAAACAGAC AGGACCAATA 
TATGCTGAAA TGATCCAGAA TCTGCTTCTG CCTGTTCTTC AAAGCAAGGA CTGCAGTTTA 
GTTCGATACA ATGTGCATTG TGCACTGCCA AACACAGCTG ATTCTCTCAT AGGAAGAGCT 
GCACACATTG CTGTTCTGGA TTCGGACATA TTTTTAGAAA AGTTTTTTCT GGTTGCTGCC 
CTAAAATATT TCCAGTAG

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

FAM135A ( XM_007437032.2 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007437094.1 Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPy14395
Clone ID Related Accession (Same CDS sequence)	XM_007437032.3 , XM_007437032.2
Accession Version	XM_007437032.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4518bp) 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	protein FAM135A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535537.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 11, 2016 this sequence version replaced XM_007437032.1. ##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##

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGAAT 
GACACATTTG CTGATTTTGA TTCAATGACA GATCGCCTTT TGGATGAAAT AATCCAATAT 
ATTCAAATTT ACAACCTAAC AATTTCAAAA ATCAGTTTTA TTGGACATTC ACTAGGTAAT 
TTAATAATCC GTTCAGTGCT CACAAGACCT AGGTTTAGGT ATTACCTCAG TAAACTTTAT 
ACCTTCCTAT CTCTGTCTGG ACCACATCTT GGTACGCTGT ACAACAGCAG TGCTCTTGTT 
AATACAGGTC TCTGGTTTAT GCAGAAGTGG AAGAAGTCAG GATCTTTGCT ACAGTTGACC 
TGTAGAGATC ATTCAGACCC CCGGCAAACC TTCTTATACA AACTTAGTAG AAAAGCAGGT 
CTTCAGTATT TCAAAAATAT AATATTAGTA GGATCCCTGC AAGACCGTTA TGTCCCTTAT 
CATTCTGCCC GCATTGAGAT GTGTAAAACA GCTTTGAAAG ATAAACAGAC AGGACCAATA 
TATGCTGAAA TGATCCAGAA TCTGCTTCTG CCTGTTCTTC AAAGCAAGGA CTGCAGTTTA 
GTTCGATACA ATGTGCATTG TGCACTGCCA AACACAGCTG ATTCTCTCAT AGGAAGAGCT 
GCACACATTG CTGTTCTGGA TTCGGACATA TTTTTAGAAA AGTTTTTTCT GGTTGCTGCC 
CTAAAATATT TCCAGTAG

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

RefSeq	XP_007437094.1
CDS	133..4650
Translation	MSEVQAMVEFSVELHKFYNVDLFQRGFYQIRVSMKIPPRIPHKIEASLLRATSADLAFPASVHDNVVCSKTFQILYKNEEVCVNDAMIFKIKMLLDERKIEESLNEMNFLLSLDLHFTDTDYSPEDLSTLQLISSRTLKLHFTLHRGLHHYVNVMFDYFHLSVISVIVHASLVALHQPLISFPRPIKNTWLNRNAPAQNRDSVIPSLESVVFGNNYTKQLSSDGCSFVIAEPFLNHAYSLHHTLCAGLLLAFKGLHSYFTNLSNELPSCQKLDAAKSSMQVLYERLLRRKYLRIQGDAYLENVDVDVEARLLELCEEIKKMENPDELAELINMNLAQLCSLLMALWGQFLETVNFQEDVIALLSQEHHIMRVRRFSEGFFCLEHPREAALAYQELHAQSYLQMCTAIKSTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTEEVDVPWLTIQPKSDSRKPDKQDTEESFTTTFSSPELKSKHLATSESEKQFIKSSKGKCEDINKSKVKVTKLMKTMKPENPKKVVKQISKDSVVLVGYKCLKSAAPEDIAKYFEGTSSCNQKEGLDVTVGEHVCDEKTFTQQISEKEFKVEQKITKLEGNEESLQSSVILPCANSVSLGKFCISQIGIDDSQGDISLTSRTVAENYISSSGVTKIEVKPYCRKSYGGDKVFVRIGSQTEDLQGKAFGELTFESSESEKRSKSEEELMPEKQVVQEADFQHAEDSSGRVTTNLSTKEAPTAVVSGEALKLPDVNNTYASSRFSDSGVESEPSSFAMHPSADTAFETPQGQNTCNSEKAFSQFLLKPDFIIKTLMESHCTESTSAVSEIQSSLTSINSLPSDDDLSPEENSKISVLHECQLKDSKTVLDLGAIDLTKCDDIDEPDILPHRCVTYSEQSDNETTFLPSLPSNIKDPLQIVSDEDTYTAMNTYNPQFNLGTTCKDSQRLEKDFHTIEKSNEIPSGVVYLGNSCVVSGSVSSCAGSMRKTSEGNIDEMLEQKEMTDKLLITKNENLTNLNALSPEGSTDILKQGLVENYFGYQNSTDISNIHSTDSSNLVSPQRGTICSASPQEEEEEDQDQSMVENGYFEEAEEGHLYTTVNDCVENFGLTNERGLRIESLSSELLENETNTTPLCKPDSLIFPPVLKGYPSSALWSAQDKSSSFSKQSSSTSCSATLSVPWYEYSPKPQMLAFLHAKEELKQLQLPGFMYSDVSRLASSIPYFSTENEENSEDGIHLIICVHGLDGNSADLRLVKTYIELGLPGSRIDFLMSERNQNDTFADFDSMTDRLLDEIIQYIQIYNLTISKISFIGHSLGNLIIRSVLTRPRFRYYLSKLYTFLSLSGPHLGTLYNSSALVNTGLWFMQKWKKSGSLLQLTCRDHSDPRQTFLYKLSRKAGLQYFKNIILVGSLQDRYVPYHSARIEMCKTALKDKQTGPIYAEMIQNLLLPVLQSKDCSLVRYNVHCALPNTADSLIGRAAHIAVLDSDIFLEKFFLVAALKYFQ

Target ORF information:

RefSeq Version	XM_007437032.2
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus family with sequence similarity 135 member A (FAM135A), transcript variant X2, mRNA.

Target ORF information:

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

XM_007437032.2

ORF Insert Sequence:

ATGAGCGAAG TGCAGGCAAT GGTAGAATTC TCTGTGGAGC TCCACAAATT TTATAATGTG 
GATTTGTTTC AAAGAGGATT CTATCAAATT CGTGTATCTA TGAAAATTCC TCCAAGAATA 
CCACACAAAA TTGAAGCAAG CTTGTTACGT GCAACTAGTG CTGATCTTGC CTTCCCAGCT 
TCTGTCCATG ACAATGTAGT CTGCAGTAAA ACATTTCAGA TTCTCTACAA AAATGAAGAG 
GTCTGTGTGA ACGATGCAAT GATCTTCAAA ATTAAAATGC TATTGGATGA AAGAAAGATT 
GAAGAGTCTC TTAATGAAAT GAATTTCCTG CTATCTTTAG ATCTGCACTT CACAGATACA 
GATTATTCGC CAGAGGACCT GAGCACATTG CAGCTAATTA GCAGCCGAAC ACTAAAGTTG 
CACTTTACTT TACACCGAGG CCTTCATCAC TATGTCAATG TTATGTTTGA TTACTTTCAC 
CTCTCTGTCA TCTCTGTTAT AGTGCATGCC TCTTTAGTTG CTCTTCACCA GCCATTGATA 
AGCTTTCCTC GCCCTATAAA GAATACTTGG TTAAACAGAA ATGCACCAGC ACAGAACAGG 
GATTCTGTGA TTCCTTCTCT CGAAAGTGTT GTCTTTGGCA ACAATTACAC CAAGCAGTTA 
TCATCTGATG GCTGCAGTTT TGTAATAGCA GAACCTTTCT TGAATCATGC TTACAGTCTT 
CACCATACAC TTTGTGCCGG TTTGCTGCTC GCTTTCAAAG GATTACACAG CTATTTCACC 
AATTTATCAA ATGAATTGCC TTCCTGTCAA AAATTAGATG CAGCCAAGTC CAGCATGCAG 
GTCCTTTATG AACGTCTTCT CAGAAGAAAA TATCTGCGAA TCCAGGGAGA CGCCTATCTA 
GAGAACGTAG ATGTAGATGT AGAAGCACGC CTTTTGGAAC TCTGTGAAGA AATAAAGAAA 
ATGGAAAATC CTGATGAACT GGCAGAACTT ATAAACATGA ATCTTGCACA ACTGTGTTCG 
CTCTTGATGG CTTTATGGGG ACAATTTCTG GAAACTGTTA ACTTCCAAGA AGATGTCATT 
GCACTATTAT CACAAGAACA TCATATAATG CGTGTACGCA GATTTTCTGA AGGGTTTTTT 
TGTCTTGAAC ATCCTCGGGA AGCAGCCCTT GCATATCAAG AGCTTCATGC CCAGAGTTAT 
CTTCAGATGT GTACTGCAAT AAAAAGCACT TCCTTCTGTA GTTCTCTCCC TCCTCTCCCA 
ATTGAATGCA GTGAATTAGA TGGAGATCTG AATTCCTTAC CTATAATCTT TGAAGATCGG 
TATCTAGATT CTGTCACTGA AGAGGTGGAT GTTCCCTGGC TAACCATTCA GCCGAAGTCT 
GATTCCAGGA AACCAGATAA ACAAGATACT GAAGAAAGTT TCACAACTAC TTTTTCTAGT 
CCGGAGTTGA AAAGTAAACA TTTGGCTACA TCAGAAAGTG AAAAACAGTT TATAAAGTCT 
TCAAAAGGAA AATGTGAAGA TATAAACAAA TCCAAAGTTA AGGTTACCAA ATTAATGAAA 
ACAATGAAAC CTGAAAATCC AAAAAAAGTA GTAAAACAAA TCTCTAAAGA TTCTGTTGTT 
CTGGTAGGCT ACAAATGTTT GAAAAGCGCG GCACCAGAGG ACATTGCCAA GTACTTTGAA 
GGAACATCTT CATGCAACCA GAAAGAAGGA CTGGATGTTA CTGTTGGTGA ACATGTTTGT 
GATGAAAAAA CCTTCACACA ACAAATCAGT GAAAAAGAAT TTAAAGTTGA ACAAAAAATT 
ACTAAACTAG AAGGGAATGA GGAAAGCCTG CAGAGTTCTG TCATCTTGCC TTGTGCAAAT 
TCAGTCAGTT TGGGTAAATT TTGTATCTCT CAGATTGGAA TTGATGATAG TCAAGGGGAT 
ATCAGTTTGA CATCCAGAAC TGTTGCTGAA AATTATATTA GTTCATCTGG AGTTACAAAA 
ATAGAAGTAA AACCATACTG TAGGAAATCA TATGGGGGAG ATAAAGTGTT TGTTCGAATT 
GGATCACAGA CAGAAGATTT ACAAGGGAAA GCATTTGGAG AACTTACATT TGAAAGTTCA 
GAATCAGAAA AGAGATCTAA ATCAGAAGAG GAACTAATGC CTGAAAAGCA AGTTGTGCAA 
GAAGCAGACT TCCAACATGC TGAGGATTCC TCAGGCAGGG TCACAACTAA TCTATCAACA 
AAAGAAGCTC CCACTGCAGT TGTAAGTGGA GAGGCCCTTA AATTGCCTGA TGTTAATAAT 
ACCTATGCAT CATCTAGGTT CTCAGATTCT GGTGTAGAAA GTGAACCAAG TTCTTTTGCA 
ATGCACCCAA GTGCAGATAC AGCTTTTGAA ACTCCTCAAG GCCAAAACAC ATGCAACAGT 
GAAAAAGCAT TTTCTCAGTT TCTGCTAAAA CCAGATTTCA TTATTAAAAC TTTGATGGAA 
AGTCACTGTA CTGAGAGCAC AAGTGCAGTT AGTGAAATAC AATCCTCTCT GACATCTATA 
AACTCTCTCC CTTCTGATGA TGATCTTTCC CCTGAGGAAA ATTCAAAGAT ATCTGTTTTA 
CATGAATGTC AATTAAAGGA CAGCAAAACT GTATTAGACT TGGGAGCAAT TGATTTGACA 
AAATGTGATG ATATTGATGA GCCAGATATT TTGCCACACC GGTGTGTAAC ATATTCTGAA 
CAATCAGACA ATGAAACTAC ATTTTTGCCT TCCCTGCCCT CAAATATAAA AGATCCTCTA 
CAGATAGTTT CTGATGAAGA TACGTATACA GCTATGAACA CTTACAACCC ACAATTTAAT 
TTAGGCACTA CTTGTAAAGA TTCCCAAAGA TTAGAGAAAG ACTTTCATAC TATAGAAAAA 
TCAAATGAAA TTCCTTCAGG AGTTGTTTAT CTAGGGAACT CCTGTGTTGT TTCAGGTTCT 
GTAAGTTCTT GTGCTGGTAG TATGAGAAAG ACAAGTGAAG GGAATATTGA TGAAATGCTA 
GAGCAAAAAG AAATGACTGA TAAGTTATTA ATTACAAAAA ATGAAAATCT TACAAACTTG 
AATGCCCTCT CCCCAGAGGG TAGTACTGAT ATACTGAAGC AAGGACTTGT AGAAAATTAC 
TTTGGTTATC AAAATAGTAC AGATATTTCC AATATACATT CTACTGACAG CAGCAATCTT 
GTTAGCCCTC AAAGAGGAAC CATATGTTCT GCTTCCCCAC AGGAGGAGGA AGAGGAGGAT 
CAAGATCAAA GCATGGTTGA AAATGGTTAT TTTGAGGAAG CAGAAGAGGG TCATTTGTAC 
ACAACTGTAA ATGATTGTGT GGAGAACTTT GGTCTAACAA ATGAAAGAGG TTTAAGAATA 
GAAAGTTTAT CTAGTGAACT TTTGGAAAAT GAGACAAATA CAACTCCATT ATGCAAGCCA 
GACAGTTTGA TTTTTCCTCC AGTCTTAAAA GGATATCCAA GTAGTGCCTT ATGGTCTGCA 
CAGGACAAAT CCAGTTCTTT TTCCAAGCAG TCCAGCAGCA CATCCTGCAG TGCAACTTTA 
TCTGTTCCCT GGTATGAGTA TTCTCCCAAA CCACAAATGC TAGCATTCCT TCACGCTAAA 
GAAGAATTGA AGCAACTTCA GCTTCCCGGG TTCATGTACA GTGATGTTTC CAGACTAGCA 
TCTTCCATAC CTTATTTCAG CACAGAAAAC GAAGAAAATT CAGAAGATGG AATACATCTC 
ATTATCTGTG TGCATGGCCT AGATGGTAAT AGCGCAGATT TAAGATTAGT AAAAACTTAC 
ATTGAACTTG GTCTTCCGGG AAGTCGTATA GATTTTCTGA TGTCTGAGAG AAATCAGAAT 
GACACATTTG CTGATTTTGA TTCAATGACA GATCGCCTTT TGGATGAAAT AATCCAATAT 
ATTCAAATTT ACAACCTAAC AATTTCAAAA ATCAGTTTTA TTGGACATTC ACTAGGTAAT 
TTAATAATCC GTTCAGTGCT CACAAGACCT AGGTTTAGGT ATTACCTCAG TAAACTTTAT 
ACCTTCCTAT CTCTGTCTGG ACCACATCTT GGTACGCTGT ACAACAGCAG TGCTCTTGTT 
AATACAGGTC TCTGGTTTAT GCAGAAGTGG AAGAAGTCAG GATCTTTGCT ACAGTTGACC 
TGTAGAGATC ATTCAGACCC CCGGCAAACC TTCTTATACA AACTTAGTAG AAAAGCAGGT 
CTTCAGTATT TCAAAAATAT AATATTAGTA GGATCCCTGC AAGACCGTTA TGTCCCTTAT 
CATTCTGCCC GCATTGAGAT GTGTAAAACA GCTTTGAAAG ATAAACAGAC AGGACCAATA 
TATGCTGAAA TGATCCAGAA TCTGCTTCTG CCTGTTCTTC AAAGCAAGGA CTGCAGTTTA 
GTTCGATACA ATGTGCATTG TGCACTGCCA AACACAGCTG ATTCTCTCAT AGGAAGAGCT 
GCACACATTG CTGTTCTGGA TTCGGACATA TTTTTAGAAA AGTTTTTTCT GGTTGCTGCC 
CTAAAATATT TCCAGTAG

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

PubMed

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03-6811-6572

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03-6811-6573
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オンライン注文

FAM135A cDNA ORF clone, Python bivittatus(Burmese python)

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:

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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム