HEATR6 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	HEATR6
Entrez Gene ID	107296074
Full Name	HEAT repeat containing 6
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_029285973.1	XP_029141806.1	HEAT repeat-containing protein 6
XM_015825415.1	XP_015680901.1	HEAT repeat-containing protein 6

Pathways from BioSystems
Gene Ontology

The following HEATR6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the HEATR6 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
OPr200904	XM_029285973.1 Latest version!	Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OPr37855	XM_015825415.1 Latest version!	Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

HEATR6 ( XM_029285973.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_029141806.1 Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.

Price & Availability↑

CloneID	OPr200904
Clone ID Related Accession (Same CDS sequence)	XM_029285973.1
Accession Version	XM_029285973.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3555bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	HEAT repeat-containing protein 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015388680.1) 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 :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGCCG AGGCCTGCAT GGCTGGAGGA GACTGCGCGG CGGCGGCAAC AGCAGCAGAA 
CCGAACCCCG CCTGGACCGA ATCCGGGCTC TGCTTGCAAC ACTACCTGGC GCGGCTCGAG 
GCTCTGCGGC TCGCCCCGGA CCCCAGCCAG GCCCCGGGAG GGGAGAACGT CGACCGCCGC 
CGCCCCGAGC TCCACCTGCT CTTCGACGAG CTCATTTCTG AGACCTGCGG CTCGGGGGGA 
GCGGCGCCTT GGGGGCCGAA GCCGGAGGAC ATTTGTGAAC TAATTGTCCA AGCTTGTAAA 
CTAATCCAGC TTAATCAAGA ACATCTTGTC AATAAATTGT GCCAATTAAT TCACCAGCTG 
CTCAACAGAT TCCAGGTTGC ACTTGATGAA GAGAGCCTGA ATTATCTTCT GCCTTACTTC 
ATCTCTGCTC TGAGAAAATG CAGCACTTGG ACACATGTTG AAATTCTGCA AGCCTTGGCA 
GAGTCTGTCT ACAACAATGG ACACAAGTGT CAAAAGTATC TCCCAGATTT GCTGGGGGAA 
AATGGACTTC TGACGCAGTT CAGCAGCCCG GTTCAAACCG ATGCTGAACG GAAAAGAGCT 
GCAATACACA GCATGGCAAA CCTGTGCCTC AGCCTACCCG GACAGCCGTA TCTAGAGGAG 
TCTTACAGAG AGGTCTGTTT TCAGGCTTTC TTGAGCATCT TACAGTCTTC CAAAGGAACT 
GAAATGGATG ACATCACCTT TTGCATGCTG TTGCAAAATG CTTTGAAAGG AGTCCAGTCG 
CTCTTAAACG GAGGAAAGAT GAAGCTGACC CAGACTGATC ACCTTGGTTC CCTCCTTGCT 
GCGTTAAAGA AATGCATGTT TCACGGACTC CCTGGAATTA ACATAGAAAT GCCCAGCATC 
TTATATCCAG CGCTCCTACC TCAATATGAC AGCCAGTCAC CCGTCGAGCA AGAGAAGTTG 
GAACAGAACA ATGTCAAACT GAGCGGGAAC CGCAGGAAGA AACCTAAAGG AAAACCCAAG 
AAAGGGAAGC CTGAAGAAGA AGTAAAAGAA CAGCCAGGAG CTGCCGAAGG AACCAGAGGG 
GAGAAGCCCT CGTTGAAAGA TGAGTTATCC CAAGATCAGG ACTCTAAGAA GACAAATTGG 
GCGTTCGGTG ATAAATATCC TTCACTTGCG AAGGAGCGTT TATCTTCCCA CGCTTTTAGC 
TGGAAGAGAA TCAGCAGCAG TGACTCAGAA TATTCTGATG CTGAAGGTGG AATGCAGAGC 
AAAACAAGGT CCTTCCAAGC TAAAGTTCGC CAAGGGGCTT TAACCTGCTT CCTTTCCGCT 
GTGAAATCCA TAGAGAAGAA AGTCCTCTAT GGCTACTGGT CAGCATTTAT TCCTGATGAA 
CCTGGAATAG GAAGCCCACA GACAGTGTCT TTGATGACCA TTGCTTTAAA AGATCCTTCC 
CCCAAGACAC GGGCCGGTGC TTTTCAAGTT CTCTCAGCCA TTTTGGAAGG TTCCAAGCAG 
TTCCTGTCCA TTGCCGAAGA TGCCATTGAT CACAAGAGAG CCTTCACGCC CTTCTCCGTG 
AGCATCGCCT CCAGCATCCG AGAACTTCAC CGCTGTATGC TGTTGGCTTT GGTGGCCGAA 
TCTTCGTCCC AGACCCTCAC CCAGATAATC AAGTGCCTTG CCAATCTGGT CTCAAATGTA 
CCGTACAACC GTTTAAAGCC TGGCCTGCTA TCAAGAGTAT GGAACCAGAT AAAGCCATAC 
ATTAAACACA AAGATGTTAA TGTTCGAGTG TCAAGTCTGA CCCTACTAGG TTCCATCGTA 
TCGGCTCAAG CCCCTTTGCC CGAGGTGCGT CTCCTTTTGC AGCAGCCCGT CTCTTCGGGG 
ATGAGCGATG GCGCACCCCT CCTGCTGTTC CGTTCCGATG CACCCAAATG GCGCAAAGAG 
CCCACTCTGG CCTCAGGAGA ACCATCGCTT GCCCCGGAGA AGACACCGGC TGAGCCCTGT 
TGGTTCCTGC GTCTCTGCAT CTCTCTCGCT GTGTTGCCCC GTGAAGATGG CTATTCGGAT 
AGTGACACCA GCTGTCTGTC AACTGTTAGT ACCTACGAAC CCTCTCCAGT TCGCCTGGAG 
GCCCTGCAGG TTTTAGTGCT GCTTGTCAAG GGTTATTTTA CCCTTGCTCA AAGCTGTTTA 
CTAGAACTTG GTGAAGTGGC TTGTAAATGC ATGGAGGAAA CAGATCCATC TCTTCAACTC 
CATGGGGCAA AACTTCTGGA TGAACTTGGC GTGGGTATAA TACAACAGTA CAAGCCAGAC 
CTAGTTGCAG ATCAACGGGT ACCCCTTGAC TTGGTCGTGA CATTCTGGAC GACGATGCTC 
AATGGACCAG TACCAGCTGC CCTCCAAAAC TATGAGCACC CAACTCTCCA GACCAGCACC 
TGTAATGCCC TCTCCTCTAT TTTGCCAGAA GCCTTCAGCC GTCTCCCCGA CGACAAGCAG 
ATCCTCTGCA TCACGATCCT TCTTGGGCTC AGCCACAGCG AGAATCCTCT GGTAAAAGCC 
GCAGCTTCAC GGGCGCTCGG GGTCTACGTT CTCTTCCCCT GCCTCCGTCA GGATGTGATG 
TTCATCGCTG ACACGGCCAA CACAATTCTG AATTCGCTTG GTGATAGTTC TCCGAATGTC 
CGTGCCAAAG CAGCTTGGTC TTTGGGCAAT CTGACCGACA CTCTGATCAT CAACAAGGAA 
TTAATGGGAC AAAGCTTCCA GGATGAGTTC TCAGACTTAT TGCTCCTGAA AATGTTACGA 
TCAGCAATTG AGGCATCGAA AGACAAAGAT AAGGTCAAGA GCAACGCTGT CCGAGCCCTG 
GGGAACCTCC TTCATTTTCT CCAGCCGTCC CACATCGCCA GTCCCAGATT CCTCCAACCC 
ATCCAGGAAT CCATCCACGT TCTGACTTCG ACGGTGCAGA GCGAGGCCAC GATGAAAGTG 
CGTTGGAACG CCTGCTATGC CTTCGGAAAC GTCTTTAAAA ACCCTGCCTT GCCACTGGGA 
GAAGCCCCTT GGACCGGCAA GGCCTACGAT GCCCTCACAT CTGCGGTGAA GTCCTGCAAG 
AATTTTAAAG TCCGCATCAA GTCCGCCGCA GCTCTCTCCG TGCCCTCTGA GAGGAGGCAT 
TATGGGACTC CCAAGCAGTT TTCCCAGATC TGGGAGGCGC TGGTGACCGC TTTGCAGCGG 
AGCGAGAACG CCGAAGACTT CTTAGAGTTC AAATACAGCG CTAGCCTCCG AATGCAACTG 
TGTCACGCTC TGCTACATCT GCTGAGCCTG GCCGAGGAGA CTGACCTCCC AGACATCGGG 
AGGACCGTGA TAGAGCAGGG AGAAATAATT CGGGTTTATA TGCTGCAGTA TATGAAATCA 
GGAACTGTAG GTGAGGAAGC GGGCATAGGA GAGACAAGCG TTCCTGAAAG AGACAACATC 
CTGGAAAGGG CCATTGAGCA CGTGCGAAGG GTGGAGGAAG CATCTGAAGG CTACCCAGTG 
AAAACAGGAA CGTTGGCTTA CTTAGAAGAT CTCTTGAAAA CCCACAACTG TTCCACAGAA 
TTCACCAAAG CTTAA

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

RefSeq	XP_029141806.1
CDS	1..3555
Translation	MAAEACMAGGDCAAAATAAEPNPAWTESGLCLQHYLARLEALRLAPDPSQAPGGENVDRRRPELHLLFDELISETCGSGGAAPWGPKPEDICELIVQACKLIQLNQEHLVNKLCQLIHQLLNRFQVALDEESLNYLLPYFISALRKCSTWTHVEILQALAESVYNNGHKCQKYLPDLLGENGLLTQFSSPVQTDAERKRAAIHSMANLCLSLPGQPYLEESYREVCFQAFLSILQSSKGTEMDDITFCMLLQNALKGVQSLLNGGKMKLTQTDHLGSLLAALKKCMFHGLPGINIEMPSILYPALLPQYDSQSPVEQEKLEQNNVKLSGNRRKKPKGKPKKGKPEEEVKEQPGAAEGTRGEKPSLKDELSQDQDSKKTNWAFGDKYPSLAKERLSSHAFSWKRISSSDSEYSDAEGGMQSKTRSFQAKVRQGALTCFLSAVKSIEKKVLYGYWSAFIPDEPGIGSPQTVSLMTIALKDPSPKTRAGAFQVLSAILEGSKQFLSIAEDAIDHKRAFTPFSVSIASSIRELHRCMLLALVAESSSQTLTQIIKCLANLVSNVPYNRLKPGLLSRVWNQIKPYIKHKDVNVRVSSLTLLGSIVSAQAPLPEVRLLLQQPVSSGMSDGAPLLLFRSDAPKWRKEPTLASGEPSLAPEKTPAEPCWFLRLCISLAVLPREDGYSDSDTSCLSTVSTYEPSPVRLEALQVLVLLVKGYFTLAQSCLLELGEVACKCMEETDPSLQLHGAKLLDELGVGIIQQYKPDLVADQRVPLDLVVTFWTTMLNGPVPAALQNYEHPTLQTSTCNALSSILPEAFSRLPDDKQILCITILLGLSHSENPLVKAAASRALGVYVLFPCLRQDVMFIADTANTILNSLGDSSPNVRAKAAWSLGNLTDTLIINKELMGQSFQDEFSDLLLLKMLRSAIEASKDKDKVKSNAVRALGNLLHFLQPSHIASPRFLQPIQESIHVLTSTVQSEATMKVRWNACYAFGNVFKNPALPLGEAPWTGKAYDALTSAVKSCKNFKVRIKSAAALSVPSERRHYGTPKQFSQIWEALVTALQRSENAEDFLEFKYSASLRMQLCHALLHLLSLAEETDLPDIGRTVIEQGEIIRVYMLQYMKSGTVGEEAGIGETSVPERDNILERAIEHVRRVEEASEGYPVKTGTLAYLEDLLKTHNCSTEFTKA

Target ORF information:

RefSeq Version	XM_029285973.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.

Target ORF information:

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

XM_029285973.1

ORF Insert Sequence:

ATGGCGGCCG AGGCCTGCAT GGCTGGAGGA GACTGCGCGG CGGCGGCAAC AGCAGCAGAA 
CCGAACCCCG CCTGGACCGA ATCCGGGCTC TGCTTGCAAC ACTACCTGGC GCGGCTCGAG 
GCTCTGCGGC TCGCCCCGGA CCCCAGCCAG GCCCCGGGAG GGGAGAACGT CGACCGCCGC 
CGCCCCGAGC TCCACCTGCT CTTCGACGAG CTCATTTCTG AGACCTGCGG CTCGGGGGGA 
GCGGCGCCTT GGGGGCCGAA GCCGGAGGAC ATTTGTGAAC TAATTGTCCA AGCTTGTAAA 
CTAATCCAGC TTAATCAAGA ACATCTTGTC AATAAATTGT GCCAATTAAT TCACCAGCTG 
CTCAACAGAT TCCAGGTTGC ACTTGATGAA GAGAGCCTGA ATTATCTTCT GCCTTACTTC 
ATCTCTGCTC TGAGAAAATG CAGCACTTGG ACACATGTTG AAATTCTGCA AGCCTTGGCA 
GAGTCTGTCT ACAACAATGG ACACAAGTGT CAAAAGTATC TCCCAGATTT GCTGGGGGAA 
AATGGACTTC TGACGCAGTT CAGCAGCCCG GTTCAAACCG ATGCTGAACG GAAAAGAGCT 
GCAATACACA GCATGGCAAA CCTGTGCCTC AGCCTACCCG GACAGCCGTA TCTAGAGGAG 
TCTTACAGAG AGGTCTGTTT TCAGGCTTTC TTGAGCATCT TACAGTCTTC CAAAGGAACT 
GAAATGGATG ACATCACCTT TTGCATGCTG TTGCAAAATG CTTTGAAAGG AGTCCAGTCG 
CTCTTAAACG GAGGAAAGAT GAAGCTGACC CAGACTGATC ACCTTGGTTC CCTCCTTGCT 
GCGTTAAAGA AATGCATGTT TCACGGACTC CCTGGAATTA ACATAGAAAT GCCCAGCATC 
TTATATCCAG CGCTCCTACC TCAATATGAC AGCCAGTCAC CCGTCGAGCA AGAGAAGTTG 
GAACAGAACA ATGTCAAACT GAGCGGGAAC CGCAGGAAGA AACCTAAAGG AAAACCCAAG 
AAAGGGAAGC CTGAAGAAGA AGTAAAAGAA CAGCCAGGAG CTGCCGAAGG AACCAGAGGG 
GAGAAGCCCT CGTTGAAAGA TGAGTTATCC CAAGATCAGG ACTCTAAGAA GACAAATTGG 
GCGTTCGGTG ATAAATATCC TTCACTTGCG AAGGAGCGTT TATCTTCCCA CGCTTTTAGC 
TGGAAGAGAA TCAGCAGCAG TGACTCAGAA TATTCTGATG CTGAAGGTGG AATGCAGAGC 
AAAACAAGGT CCTTCCAAGC TAAAGTTCGC CAAGGGGCTT TAACCTGCTT CCTTTCCGCT 
GTGAAATCCA TAGAGAAGAA AGTCCTCTAT GGCTACTGGT CAGCATTTAT TCCTGATGAA 
CCTGGAATAG GAAGCCCACA GACAGTGTCT TTGATGACCA TTGCTTTAAA AGATCCTTCC 
CCCAAGACAC GGGCCGGTGC TTTTCAAGTT CTCTCAGCCA TTTTGGAAGG TTCCAAGCAG 
TTCCTGTCCA TTGCCGAAGA TGCCATTGAT CACAAGAGAG CCTTCACGCC CTTCTCCGTG 
AGCATCGCCT CCAGCATCCG AGAACTTCAC CGCTGTATGC TGTTGGCTTT GGTGGCCGAA 
TCTTCGTCCC AGACCCTCAC CCAGATAATC AAGTGCCTTG CCAATCTGGT CTCAAATGTA 
CCGTACAACC GTTTAAAGCC TGGCCTGCTA TCAAGAGTAT GGAACCAGAT AAAGCCATAC 
ATTAAACACA AAGATGTTAA TGTTCGAGTG TCAAGTCTGA CCCTACTAGG TTCCATCGTA 
TCGGCTCAAG CCCCTTTGCC CGAGGTGCGT CTCCTTTTGC AGCAGCCCGT CTCTTCGGGG 
ATGAGCGATG GCGCACCCCT CCTGCTGTTC CGTTCCGATG CACCCAAATG GCGCAAAGAG 
CCCACTCTGG CCTCAGGAGA ACCATCGCTT GCCCCGGAGA AGACACCGGC TGAGCCCTGT 
TGGTTCCTGC GTCTCTGCAT CTCTCTCGCT GTGTTGCCCC GTGAAGATGG CTATTCGGAT 
AGTGACACCA GCTGTCTGTC AACTGTTAGT ACCTACGAAC CCTCTCCAGT TCGCCTGGAG 
GCCCTGCAGG TTTTAGTGCT GCTTGTCAAG GGTTATTTTA CCCTTGCTCA AAGCTGTTTA 
CTAGAACTTG GTGAAGTGGC TTGTAAATGC ATGGAGGAAA CAGATCCATC TCTTCAACTC 
CATGGGGCAA AACTTCTGGA TGAACTTGGC GTGGGTATAA TACAACAGTA CAAGCCAGAC 
CTAGTTGCAG ATCAACGGGT ACCCCTTGAC TTGGTCGTGA CATTCTGGAC GACGATGCTC 
AATGGACCAG TACCAGCTGC CCTCCAAAAC TATGAGCACC CAACTCTCCA GACCAGCACC 
TGTAATGCCC TCTCCTCTAT TTTGCCAGAA GCCTTCAGCC GTCTCCCCGA CGACAAGCAG 
ATCCTCTGCA TCACGATCCT TCTTGGGCTC AGCCACAGCG AGAATCCTCT GGTAAAAGCC 
GCAGCTTCAC GGGCGCTCGG GGTCTACGTT CTCTTCCCCT GCCTCCGTCA GGATGTGATG 
TTCATCGCTG ACACGGCCAA CACAATTCTG AATTCGCTTG GTGATAGTTC TCCGAATGTC 
CGTGCCAAAG CAGCTTGGTC TTTGGGCAAT CTGACCGACA CTCTGATCAT CAACAAGGAA 
TTAATGGGAC AAAGCTTCCA GGATGAGTTC TCAGACTTAT TGCTCCTGAA AATGTTACGA 
TCAGCAATTG AGGCATCGAA AGACAAAGAT AAGGTCAAGA GCAACGCTGT CCGAGCCCTG 
GGGAACCTCC TTCATTTTCT CCAGCCGTCC CACATCGCCA GTCCCAGATT CCTCCAACCC 
ATCCAGGAAT CCATCCACGT TCTGACTTCG ACGGTGCAGA GCGAGGCCAC GATGAAAGTG 
CGTTGGAACG CCTGCTATGC CTTCGGAAAC GTCTTTAAAA ACCCTGCCTT GCCACTGGGA 
GAAGCCCCTT GGACCGGCAA GGCCTACGAT GCCCTCACAT CTGCGGTGAA GTCCTGCAAG 
AATTTTAAAG TCCGCATCAA GTCCGCCGCA GCTCTCTCCG TGCCCTCTGA GAGGAGGCAT 
TATGGGACTC CCAAGCAGTT TTCCCAGATC TGGGAGGCGC TGGTGACCGC TTTGCAGCGG 
AGCGAGAACG CCGAAGACTT CTTAGAGTTC AAATACAGCG CTAGCCTCCG AATGCAACTG 
TGTCACGCTC TGCTACATCT GCTGAGCCTG GCCGAGGAGA CTGACCTCCC AGACATCGGG 
AGGACCGTGA TAGAGCAGGG AGAAATAATT CGGGTTTATA TGCTGCAGTA TATGAAATCA 
GGAACTGTAG GTGAGGAAGC GGGCATAGGA GAGACAAGCG TTCCTGAAAG AGACAACATC 
CTGGAAAGGG CCATTGAGCA CGTGCGAAGG GTGGAGGAAG CATCTGAAGG CTACCCAGTG 
AAAACAGGAA CGTTGGCTTA CTTAGAAGAT CTCTTGAAAA CCCACAACTG TTCCACAGAA 
TTCACCAAAG CTTAA

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

HEATR6 ( XM_015825415.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015680901.1 Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.

Price & Availability↑

CloneID	OPr37855
Clone ID Related Accession (Same CDS sequence)	XM_015825415.1
Accession Version	XM_015825415.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3447bp) 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	2016-03-01
Organism	Protobothrops mucrosquamatus
Product	HEAT repeat-containing protein 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015388680.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Protobothrops mucrosquamatus Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 7% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGCCG AGGCCTGCAT GGCTGGAGGA GACTGCGCGG CGGCGGCAAC AGCAGCAGAA 
CCGAACCCCG CCTGGACCGA ATCCGGGCTC TGCTTGCAAC ACTACCTGGC GCGGCTCGAG 
GCTCTGCGGC TCGCCCCGGA CCCCAGCCAG GCCCCGGGAG GGGAGAACGT CGACCGCCGC 
CGCCCCGAGC TCCACCTGCT CTTCGACGAG CTCATTTCTG AGACCTGCGG CTCGGGGGGA 
GCGGCGCCTT GGGGGCCGAA GCCGGAGGTT GCACTTGATG AAGAGAGCCT GAATTATCTT 
CTGCCTTACT TCATCTCTGC TCTGAGAAAA TGCAGCACTT GGACACATGT TGAAATTCTG 
CAAGCCTTGG CAGAGTCTGT CTACAACAAT GGACACAAGT GTCAAAAGTA TCTCCCAGAT 
TTGCTGGGGG AAAATGGACT TCTGACGCAG TTCAGCAGCC CGGTTCAAAC CGATGCTGAA 
CGGAAAAGAG CTGCAATACA CAGCATGGCA AACCTGTGCC TCAGCCTACC CGGACAGCCG 
TATCTAGAGG AGTCTTACAG AGAGGTCTGT TTTCAGGCTT TCTTGAGCAT CTTACAGTCT 
TCCAAAGGAA CTGAAATGGA TGACATCACC TTTTGCATGC TGTTGCAAAA TGCTTTGAAA 
GGAGTCCAGT CGCTCTTAAA CGGAGGAAAG ATGAAGCTGA CCCAGACTGA TCACCTTGGT 
TCCCTCCTTG CTGCGTTAAA GAAATGCATG TTTCACGGAC TCCCTGGAAT TAACATAGAA 
ATGCCCAGCA TCTTATATCC AGCGCTCCTA CCTCAATATG ACAGCCAGTC ACCCGTCGAG 
CAAGAGAAGT TGGAACAGAA CAATGTCAAA CTGAGCGGGA ACCGCAGGAA GAAACCTAAA 
GGAAAACCCA AGAAAGGGAA GCCTGAAGAA GAAGTAAAAG AACAGCCAGG AGCTGCCGAA 
GGAACCAGAG GGGAGAAGCC CTCGTTGAAA GATGAGTTAT CCCAAGATCA GGACTCTAAG 
AAGACAAATT GGGCGTTCGG TGATAAATAT CCTTCACTTG CGAAGGAGCG TTTATCTTCC 
CACGCTTTTA GCTGGAAGAG AATCAGCAGC AGTGACTCAG AATATTCTGA TGCTGAAGGT 
GGAATGCAGA GCAAAACAAG GTCCTTCCAA GCTAAAGTTC GCCAAGGGGC TTTAACCTGC 
TTCCTTTCCG CTGTGAAATC CATAGAGAAG AAAGTCCTCT ATGGCTACTG GTCAGCATTT 
ATTCCTGATG AACCTGGAAT AGGAAGCCCA CAGACAGTGT CTTTGATGAC CATTGCTTTA 
AAAGATCCTT CCCCCAAGAC ACGGGCCGGT GCTTTTCAAG TTCTCTCAGC CATTTTGGAA 
GGTTCCAAGC AGTTCCTGTC CATTGCCGAA GATGCCATTG ATCACAAGAG AGCCTTCACG 
CCCTTCTCCG TGAGCATCGC CTCCAGCATC CGAGAACTTC ACCGCTGTAT GCTGTTGGCT 
TTGGTGGCCG AATCTTCGTC CCAGACCCTC ACCCAGATAA TCAAGTGCCT TGCCAATCTG 
GTCTCAAATG TACCGTACAA CCGTTTAAAG CCTGGCCTGC TATCAAGAGT ATGGAACCAG 
ATAAAGCCAT ACATTAAACA CAAAGATGTT AATGTTCGAG TGTCAAGTCT GACCCTACTA 
GGTTCCATCG TATCGGCTCA AGCCCCTTTG CCCGAGGTGC GTCTCCTTTT GCAGCAGCCC 
GTCTCTTCGG GGATGAGCGA TGGCGCACCC CTCCTGCTGT TCCGTTCCGA TGCACCCAAA 
TGGCGCAAAG AGCCCACTCT GGCCTCAGGA GAACCATCGC TTGCCCCGGA GAAGACACCG 
GCTGAGCCCT GTTGGTTCCT GCGTCTCTGC ATCTCTCTCG CTGTGTTGCC CCGTGAAGAT 
GGCTATTCGG ATAGTGACAC CAGCTGTCTG TCAACTGTTA GTACCTACGA ACCCTCTCCA 
GTTCGCCTGG AGGCCCTGCA GGTTTTAGTG CTGCTTGTCA AGGGTTATTT TACCCTTGCT 
CAAAGCTGTT TACTAGAACT TGGTGAAGTG GCTTGTAAAT GCATGGAGGA AACAGATCCA 
TCTCTTCAAC TCCATGGGGC AAAACTTCTG GATGAACTTG GCGTGGGTAT AATACAACAG 
TACAAGCCAG ACCTAGTTGC AGATCAACGG GTACCCCTTG ACTTGGTCGT GACATTCTGG 
ACGACGATGC TCAATGGACC AGTACCAGCT GCCCTCCAAA ACTATGAGCA CCCAACTCTC 
CAGACCAGCA CCTGTAATGC CCTCTCCTCT ATTTTGCCAG AAGCCTTCAG CCGTCTCCCC 
GACGACAAGC AGATCCTCTG CATCACGATC CTTCTTGGGC TCAGCCACAG CGAGAATCCT 
CTGGTAAAAG CCGCAGCTTC ACGGGCGCTC GGGGTCTACG TTCTCTTCCC CTGCCTCCGT 
CAGGATGTGA TGTTCATCGC TGACACGGCC AACACAATTC TGAATTCGCT TGGTGATAGT 
TCTCCGAATG TCCGTGCCAA AGCAGCTTGG TCTTTGGGCA ATCTGACCGA CACTCTGATC 
ATCAACAAGG AATTAATGGG ACAAAGCTTC CAGGATGAGT TCTCAGACTT ATTGCTCCTG 
AAAATGTTAC GATCAGCAAT TGAGGCATCG AAAGACAAAG ATAAGGTCAA GAGCAACGCT 
GTCCGAGCCC TGGGGAACCT CCTTCATTTT CTCCAGCCGT CCCACATCGC CAGTCCCAGA 
TTCCTCCAAC CCATCCAGGA ATCCATCCAC GTTCTGACTT CGACGGTGCA GAGCGAGGCC 
ACGATGAAAG TGCGTTGGAA CGCCTGCTAT GCCTTCGGAA ACGTCTTTAA AAACCCTGCC 
TTGCCACTGG GAGAAGCCCC TTGGACCGGC AAGGCCTACG ATGCCCTCAC ATCTGCGGTG 
AAGTCCTGCA AGAATTTTAA AGTCCGCATC AAGTCCGCCG CAGCTCTCTC CGTGCCCTCT 
GAGAGGAGGC ATTATGGGAC TCCCAAGCAG TTTTCCCAGA TCTGGGAGGC GCTGGTGACC 
GCTTTGCAGC GGAGCGAGAA CGCCGAAGAC TTCTTAGAGT TCAAATACAG CGCTAGCCTC 
CGAATGCAAC TGTGTCACGC TCTGCTACAT CTGCTGAGCC TGGCCGAGGA GACTGACCTC 
CCAGACATCG GGAGGACCGT GATAGAGCAG GGAGAAATAA TTCGGGTTTA TATGCTGCAG 
TATATGAAAT CAGGAACTGT AGGTGAGGAA GCGGGCATAG GAGAGACAAG CGTTCCTGAA 
AGAGACAACA TCCTGGAAAG GGCCATTGAG CACGTGCGAA GGGTGGAGGA AGCATCTGAA 
GGCTACCCAG TGAAAACAGG AACGTTGGCT TACTTAGAAG ATCTCTTGAA AACCCACAAC 
TGTTCCACAG AATTCACCAA AGCTTAA

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

RefSeq	XP_015680901.1
CDS	1..3447
Translation	MAAEACMAGGDCAAAATAAEPNPAWTESGLCLQHYLARLEALRLAPDPSQAPGGENVDRRRPELHLLFDELISETCGSGGAAPWGPKPEVALDEESLNYLLPYFISALRKCSTWTHVEILQALAESVYNNGHKCQKYLPDLLGENGLLTQFSSPVQTDAERKRAAIHSMANLCLSLPGQPYLEESYREVCFQAFLSILQSSKGTEMDDITFCMLLQNALKGVQSLLNGGKMKLTQTDHLGSLLAALKKCMFHGLPGINIEMPSILYPALLPQYDSQSPVEQEKLEQNNVKLSGNRRKKPKGKPKKGKPEEEVKEQPGAAEGTRGEKPSLKDELSQDQDSKKTNWAFGDKYPSLAKERLSSHAFSWKRISSSDSEYSDAEGGMQSKTRSFQAKVRQGALTCFLSAVKSIEKKVLYGYWSAFIPDEPGIGSPQTVSLMTIALKDPSPKTRAGAFQVLSAILEGSKQFLSIAEDAIDHKRAFTPFSVSIASSIRELHRCMLLALVAESSSQTLTQIIKCLANLVSNVPYNRLKPGLLSRVWNQIKPYIKHKDVNVRVSSLTLLGSIVSAQAPLPEVRLLLQQPVSSGMSDGAPLLLFRSDAPKWRKEPTLASGEPSLAPEKTPAEPCWFLRLCISLAVLPREDGYSDSDTSCLSTVSTYEPSPVRLEALQVLVLLVKGYFTLAQSCLLELGEVACKCMEETDPSLQLHGAKLLDELGVGIIQQYKPDLVADQRVPLDLVVTFWTTMLNGPVPAALQNYEHPTLQTSTCNALSSILPEAFSRLPDDKQILCITILLGLSHSENPLVKAAASRALGVYVLFPCLRQDVMFIADTANTILNSLGDSSPNVRAKAAWSLGNLTDTLIINKELMGQSFQDEFSDLLLLKMLRSAIEASKDKDKVKSNAVRALGNLLHFLQPSHIASPRFLQPIQESIHVLTSTVQSEATMKVRWNACYAFGNVFKNPALPLGEAPWTGKAYDALTSAVKSCKNFKVRIKSAAALSVPSERRHYGTPKQFSQIWEALVTALQRSENAEDFLEFKYSASLRMQLCHALLHLLSLAEETDLPDIGRTVIEQGEIIRVYMLQYMKSGTVGEEAGIGETSVPERDNILERAIEHVRRVEEASEGYPVKTGTLAYLEDLLKTHNCSTEFTKA

Target ORF information:

RefSeq Version	XM_015825415.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus HEAT repeat containing 6 (HEATR6), mRNA.

Target ORF information:

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

XM_015825415.1

ORF Insert Sequence:

ATGGCGGCCG AGGCCTGCAT GGCTGGAGGA GACTGCGCGG CGGCGGCAAC AGCAGCAGAA 
CCGAACCCCG CCTGGACCGA ATCCGGGCTC TGCTTGCAAC ACTACCTGGC GCGGCTCGAG 
GCTCTGCGGC TCGCCCCGGA CCCCAGCCAG GCCCCGGGAG GGGAGAACGT CGACCGCCGC 
CGCCCCGAGC TCCACCTGCT CTTCGACGAG CTCATTTCTG AGACCTGCGG CTCGGGGGGA 
GCGGCGCCTT GGGGGCCGAA GCCGGAGGTT GCACTTGATG AAGAGAGCCT GAATTATCTT 
CTGCCTTACT TCATCTCTGC TCTGAGAAAA TGCAGCACTT GGACACATGT TGAAATTCTG 
CAAGCCTTGG CAGAGTCTGT CTACAACAAT GGACACAAGT GTCAAAAGTA TCTCCCAGAT 
TTGCTGGGGG AAAATGGACT TCTGACGCAG TTCAGCAGCC CGGTTCAAAC CGATGCTGAA 
CGGAAAAGAG CTGCAATACA CAGCATGGCA AACCTGTGCC TCAGCCTACC CGGACAGCCG 
TATCTAGAGG AGTCTTACAG AGAGGTCTGT TTTCAGGCTT TCTTGAGCAT CTTACAGTCT 
TCCAAAGGAA CTGAAATGGA TGACATCACC TTTTGCATGC TGTTGCAAAA TGCTTTGAAA 
GGAGTCCAGT CGCTCTTAAA CGGAGGAAAG ATGAAGCTGA CCCAGACTGA TCACCTTGGT 
TCCCTCCTTG CTGCGTTAAA GAAATGCATG TTTCACGGAC TCCCTGGAAT TAACATAGAA 
ATGCCCAGCA TCTTATATCC AGCGCTCCTA CCTCAATATG ACAGCCAGTC ACCCGTCGAG 
CAAGAGAAGT TGGAACAGAA CAATGTCAAA CTGAGCGGGA ACCGCAGGAA GAAACCTAAA 
GGAAAACCCA AGAAAGGGAA GCCTGAAGAA GAAGTAAAAG AACAGCCAGG AGCTGCCGAA 
GGAACCAGAG GGGAGAAGCC CTCGTTGAAA GATGAGTTAT CCCAAGATCA GGACTCTAAG 
AAGACAAATT GGGCGTTCGG TGATAAATAT CCTTCACTTG CGAAGGAGCG TTTATCTTCC 
CACGCTTTTA GCTGGAAGAG AATCAGCAGC AGTGACTCAG AATATTCTGA TGCTGAAGGT 
GGAATGCAGA GCAAAACAAG GTCCTTCCAA GCTAAAGTTC GCCAAGGGGC TTTAACCTGC 
TTCCTTTCCG CTGTGAAATC CATAGAGAAG AAAGTCCTCT ATGGCTACTG GTCAGCATTT 
ATTCCTGATG AACCTGGAAT AGGAAGCCCA CAGACAGTGT CTTTGATGAC CATTGCTTTA 
AAAGATCCTT CCCCCAAGAC ACGGGCCGGT GCTTTTCAAG TTCTCTCAGC CATTTTGGAA 
GGTTCCAAGC AGTTCCTGTC CATTGCCGAA GATGCCATTG ATCACAAGAG AGCCTTCACG 
CCCTTCTCCG TGAGCATCGC CTCCAGCATC CGAGAACTTC ACCGCTGTAT GCTGTTGGCT 
TTGGTGGCCG AATCTTCGTC CCAGACCCTC ACCCAGATAA TCAAGTGCCT TGCCAATCTG 
GTCTCAAATG TACCGTACAA CCGTTTAAAG CCTGGCCTGC TATCAAGAGT ATGGAACCAG 
ATAAAGCCAT ACATTAAACA CAAAGATGTT AATGTTCGAG TGTCAAGTCT GACCCTACTA 
GGTTCCATCG TATCGGCTCA AGCCCCTTTG CCCGAGGTGC GTCTCCTTTT GCAGCAGCCC 
GTCTCTTCGG GGATGAGCGA TGGCGCACCC CTCCTGCTGT TCCGTTCCGA TGCACCCAAA 
TGGCGCAAAG AGCCCACTCT GGCCTCAGGA GAACCATCGC TTGCCCCGGA GAAGACACCG 
GCTGAGCCCT GTTGGTTCCT GCGTCTCTGC ATCTCTCTCG CTGTGTTGCC CCGTGAAGAT 
GGCTATTCGG ATAGTGACAC CAGCTGTCTG TCAACTGTTA GTACCTACGA ACCCTCTCCA 
GTTCGCCTGG AGGCCCTGCA GGTTTTAGTG CTGCTTGTCA AGGGTTATTT TACCCTTGCT 
CAAAGCTGTT TACTAGAACT TGGTGAAGTG GCTTGTAAAT GCATGGAGGA AACAGATCCA 
TCTCTTCAAC TCCATGGGGC AAAACTTCTG GATGAACTTG GCGTGGGTAT AATACAACAG 
TACAAGCCAG ACCTAGTTGC AGATCAACGG GTACCCCTTG ACTTGGTCGT GACATTCTGG 
ACGACGATGC TCAATGGACC AGTACCAGCT GCCCTCCAAA ACTATGAGCA CCCAACTCTC 
CAGACCAGCA CCTGTAATGC CCTCTCCTCT ATTTTGCCAG AAGCCTTCAG CCGTCTCCCC 
GACGACAAGC AGATCCTCTG CATCACGATC CTTCTTGGGC TCAGCCACAG CGAGAATCCT 
CTGGTAAAAG CCGCAGCTTC ACGGGCGCTC GGGGTCTACG TTCTCTTCCC CTGCCTCCGT 
CAGGATGTGA TGTTCATCGC TGACACGGCC AACACAATTC TGAATTCGCT TGGTGATAGT 
TCTCCGAATG TCCGTGCCAA AGCAGCTTGG TCTTTGGGCA ATCTGACCGA CACTCTGATC 
ATCAACAAGG AATTAATGGG ACAAAGCTTC CAGGATGAGT TCTCAGACTT ATTGCTCCTG 
AAAATGTTAC GATCAGCAAT TGAGGCATCG AAAGACAAAG ATAAGGTCAA GAGCAACGCT 
GTCCGAGCCC TGGGGAACCT CCTTCATTTT CTCCAGCCGT CCCACATCGC CAGTCCCAGA 
TTCCTCCAAC CCATCCAGGA ATCCATCCAC GTTCTGACTT CGACGGTGCA GAGCGAGGCC 
ACGATGAAAG TGCGTTGGAA CGCCTGCTAT GCCTTCGGAA ACGTCTTTAA AAACCCTGCC 
TTGCCACTGG GAGAAGCCCC TTGGACCGGC AAGGCCTACG ATGCCCTCAC ATCTGCGGTG 
AAGTCCTGCA AGAATTTTAA AGTCCGCATC AAGTCCGCCG CAGCTCTCTC CGTGCCCTCT 
GAGAGGAGGC ATTATGGGAC TCCCAAGCAG TTTTCCCAGA TCTGGGAGGC GCTGGTGACC 
GCTTTGCAGC GGAGCGAGAA CGCCGAAGAC TTCTTAGAGT TCAAATACAG CGCTAGCCTC 
CGAATGCAAC TGTGTCACGC TCTGCTACAT CTGCTGAGCC TGGCCGAGGA GACTGACCTC 
CCAGACATCG GGAGGACCGT GATAGAGCAG GGAGAAATAA TTCGGGTTTA TATGCTGCAG 
TATATGAAAT CAGGAACTGT AGGTGAGGAA GCGGGCATAG GAGAGACAAG CGTTCCTGAA 
AGAGACAACA TCCTGGAAAG GGCCATTGAG CACGTGCGAA GGGTGGAGGA AGCATCTGAA 
GGCTACCCAG TGAAAACAGG AACGTTGGCT TACTTAGAAG ATCTCTTGAA AACCCACAAC 
TGTTCCACAG AATTCACCAA AGCTTAA