STK36 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	STK36
Entrez Gene ID	106499310
Full Name	serine/threonine kinase 36
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013960779.1	XP_013816233.1	serine/threonine-protein kinase 36 isoform X1
XM_013960780.1	XP_013816234.1	serine/threonine-protein kinase 36 isoform X2

Pathways from BioSystems
Gene Ontology

The following STK36 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the STK36 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
OAp27677	XM_013960779.1 Latest version!	Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAp27678	XM_013960780.1 Latest version!	Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

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

STK36 ( XM_013960779.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013816233.1 Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAp27677
Clone ID Related Accession (Same CDS sequence)	XM_013960779.1
Accession Version	XM_013960779.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	serine/threonine-protein kinase 36 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014006591.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCACAA TGGAGAAGTA CCATGTCCTG GAAATGATCG GTGAAGGCTC CTTTGGGCGA 
GTGTACAAGG GGCGTCGGAA ATACAGTGCC CAGGTGGTGG CCTTGAAGTT CATCCCCAAG 
GTTGGGCGGT CAGAGAGGGA GCTGAAGAAC CTGCAGCGGG AAATTGAGAT CATGAGAGGC 
CTCCATCACC CAAACATCAT CCAGATGCTT GACAGCTTTG AGACCGACAA GGAGGTAGTG 
GTGGTGACCG ACTATGCAGA GGGGGAGCTC TTCCAGATCC TGGAGGATGA TGGGAGTCTG 
CCCGAGGACC AGGTCCAGAC CATAGCTGCC CAGTTGGTCT CTGCTCTCTA TTACCTGCAT 
TCCCACCGTA TCCTGCACCG CGACATGAAA CCCCAGAACA TCTTGCTGGG AAAAGGCGGC 
ATCATCAAGC TCTGCGATTT TGGGTTTGCC CGTGCCATGA GCATCCACAC CATGGTGCTG 
ACCTCCATCA AGGGCACCCC CCTGTACATG TCCCCTGAAC TGGTGGAGGA ACGGCCATAC 
GACCACACGG CTGACCTGTG GTCCGTGGGC TGCATCCTGT ACGAGCTGTT TGTGGGCACC 
CCTCCCTTCT ACACCAGCAG CATCTTCCAG CTTGTCAGCC TCATCGTCAA GGACCCGGTC 
AAATGGCCCG ATGCCATAAG CCCAGTCTTC AAGAGCTTCC TGCAGGGACT GCTGATGAAG 
GATCCCCGTC AGCGCCTGTC GTGGCCAGAG CTGCTCTCCC ACCCCTTCAT TGCCGGACGG 
GTCACTGTGA TTGATGACAC AGAAGAGCAT GGGATCTCAA ACCCCTTCAC CACCAAGCTG 
TCCCCAGAGC TGCAGGCCCT GAAGGAGCAA CAAGCCCATT CCCTGGCCCC CAGGAGTGGC 
CAGTCCAGGA TCCTGAGAAA GGCCCGGCAG AAGATGGCTG AGGAGGCCCG GAAAAAGGGG 
CAGCTGAAGA CAGACACTGC GTCTGTGAAG GACCCTGGCA AAAGATGCCC AGGGCATAAA 
CCGAAAGCAG CTCCTGGGAA GGCAGCTCTT GGGGAAGGAG AGCCAGCAGC TGCTGCCAAA 
GAGAAAAACA CAGGCATCCT GCAAGGAGGG AGCAGCATGG CAGAGTGGGA GCTGGGGGAG 
CCTCCTCCAC GCGCAAGGGA GCACAGCATC ACTCGAGACT ACGAACAAGA GCTTCCTGGA 
CCAGGGACCC TTCCGGAGCC TGGTCCTGTC AGGGCAGAGT CCCGGGGCAG GCGCAGCATT 
GAGACTGTGG ACCTGGAGAG CGAGGAGCTG GAGAGTGATG AGGAGTGGCA GCACCTGATC 
GAGGCCACAG AACCTTCAGC CATGCAGCTG AGCACGCCGC TGAGCCTCCT GAGGGACTCG 
GCCTTCCGGC AGCGTGTCCG GGCCCGCCTT GCAGACTCCA GCCAGCAGGT GCTGGAAGGT 
ATGCTGGAGG GAGCTTCCCA TCTCCGTCCC GCACTCCGTG TTGTGGGCAA CCTCCTGGCT 
ACCCAGTGTG ACTCAGAGCT TCTGCACCAC TTTTGCCAAG AGCTGGATAT GCCTCTGTTC 
CTGCTGTGTT TAGCCAAGAA GATCCTGGAG AACAGTAACA CCAAGCAGCA GCCCTGGTGT 
ATCGTGGTGC TGACGGACCT TGTCATGGTG ACCACAGTTT ATTTCAGCAG TGAGTGCTGC 
CTGGAGGGGA GCCAGCAGAA GGGCAGCCTG CAGGCTTTCC AGGAGTGTGC CAGCCGCTTT 
CTAGCCCTGC TGCCAGAGCT GCTGGCCCAG TCAGCTGACA GTGAGATGAG ACTCTGCCAG 
CAAAGCCTCC TGTGCTTCAC CCTGCTCTGC GAGAGCCTGG ACGCGAGGTG CCCCTCCATC 
TCTGCCCCCT TTTATGCCAG CCTGAGAGAG AAGCATCAGC CCCTGCTGAA TGGACTCCTC 
CAGGGATCTA CCTCGGAGCA GCCTGCTTTG CAAGGTGCAG TGATGGAGCC CAAATCAGCC 
CATGACCAGA GCCAGCATGT GGCAGATCTC TTTACGGCTG CACTGGCTGC TGCCTGCAGC 
ATCCCCCTGG GGAGGAACGC GTGTCGGGAA GCCAAGCAGC AGGTCTCTCA GGAGGTGGCT 
GAGAAGCTCA TGGAAGGAGA GAGCCAGCAG CTTGGGAGGC TGCTGGGGAG GCTCGAGCAC 
CCAAACTGTT CCCTGAATGT GCTCAAGATC CTCTATGCTG GCTGCCATGC CAGCCCGAGC 
CTGGGCCAGC ACCTGGGAAG GAGCCAGCGA GTGTGGGGTT CCCTCATGCA GCTCTCGAAT 
GGCAAGGTCC CCATGGCGGA TGTGGCCCAG GGGGCAGCCT GCGAGGCCTC CCTGCACCTG 
CTGGCCCTGC TCACCCTGCA GCTCCAGGGC TCCCCTCCCA GGCTCGAGGA GGTGGTTACT 
GTGGCCATGG ATATCATCAC CCGGTCTCCT GTCGTTTCCC TTGTGGGTGC TGCAGCATTC 
CTCCTGACAC AGCTCAGTCA GCATGGGCTG ACCATGGCGC TCAGGGGAGA GGAGATCCTG 
CCAGCAGTGA TGAACGTGCT GACGGCACCT ACTGAGCTGC AGCTGCCCCT ACCAATGGGT 
GCTGGTATCT ATGACGGGCT CTTTTTCCTC CTTCTGAAGC TCCTTGCCCA GGAGGACATG 
GTCGTGGAAC CGGGCTTTGC TGCCTCGGAG CTGTGGAGCG TTGTATGGCA TAGTGTTGCT 
GCGGTGCTTC ATGTGGGCAG TGAGAATGCA ACGCTGGAAG GAGACAGCCT GGGGGCAGGT 
CACCCTGCGG CAGAGCCGGA CTGGAACCTC CTCTCCCCTC AGGGCATCCT GCTCTTCCTC 
AGCCTGGCTC TCTTCGTCTT CACCTGTGAG TCGCACCAGT GTCTGCCTCA GCTCGCCCAG 
CCCTGTGGTG TCCTCATGGA GACGCTGAAG ACGCTGCTGT CCCCCCGCTT CCTGGCATGC 
CTGGCACAGA CGCAAGTGAG GGAGGACGGG GATCCTGAGC TTGTCCCAGC TGTGGTGCTC 
CAGGCCTGCC AGCTCCTCTG TTTCCCTTTT GCCCTGGATG TGGATGAAGA CACCTTGGCA 
TCAGTCACGA AGGGTGTGAG AGACTCCCAG ATCCCTGCCC ACCTGCTGCA GGCCTGCTGT 
CACCATCTGC CCTTTTCGGG CACGGAGCTC CCCTTGAGGC TTTTGTGCCA CCTCGTTGTG 
TGTGATGAGC AGGTCATAGA CCAAACTGTG AGGGAGGCTG CTGCCTCAGA GCATGTCATT 
GCCTTCTTGA CAACCGTCTT GTTTTCAGAC AACCCCACAA TCACAGCCAA CCTCCTGTCC 
CTCTTGACCC ATGTGGCCCG GGTCTGTCCG GAGCACCTAC CCTTTCTCCA GAGGATCCTG 
GGGGGCTCAG GTGTGGCCTA CCAGCCACTG ACCCGCCTGC TTGGCCATTG GGAACACTCC 
ATACGTGCCA AAACCTGCAA TCTGCTGGGC AACCTGCTCC GACACAGCCA CAGCTTTCCC 
CAGGTGCTGC AGAACCAGCC TGGCCTGCTG GAGAGCCTGC TGGAGTGCCT GGCGGACCGG 
GATGAGAACG TGCGCAAGGC AGCTAGTTTT GCGGTGGGCA ATGCTGCTTA CCATGAGTCC 
TCCCCAGCCG GGACCCTAGG CAGGGCTGTA CCCAGGCTGA CAAGACTCTT GAGCGATGTG 
CAGGCCAAGA CGCGCTGCAA CGCAGCCTCA GCCCTGGGCA ACCTGGGTCG ACGCTCAGCG 
GAGCTGGGGG ACCTGCTGAT CCAGAGCAAG GCCCCCCACG TCCTGCTGGA GGTGGCCTGC 
CGGGACCCCC AGGCAAGCGT GCAGGAAGGA GCCCTTGTTG CGCTGCGGGC CATCAGCCAG 
CACCCAGCGA TACAGCAGGT GCTGCTGTCT CTCAGGGCCA GTGAGAAGCT GGCTGCACTG 
GCCAGCAGGG ACTCCCAGCC CACGGCTGGT GGCAGCCCCC GGCCTTCTTC CACCCGGCAC 
TGCAAGAAGC TCATCCACCT CCTTGCACCT GTGCATAGCA CCTGA

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

RefSeq	XP_013816233.1
CDS	215..4219
Translation	MPTMEKYHVLEMIGEGSFGRVYKGRRKYSAQVVALKFIPKVGRSERELKNLQREIEIMRGLHHPNIIQMLDSFETDKEVVVVTDYAEGELFQILEDDGSLPEDQVQTIAAQLVSALYYLHSHRILHRDMKPQNILLGKGGIIKLCDFGFARAMSIHTMVLTSIKGTPLYMSPELVEERPYDHTADLWSVGCILYELFVGTPPFYTSSIFQLVSLIVKDPVKWPDAISPVFKSFLQGLLMKDPRQRLSWPELLSHPFIAGRVTVIDDTEEHGISNPFTTKLSPELQALKEQQAHSLAPRSGQSRILRKARQKMAEEARKKGQLKTDTASVKDPGKRCPGHKPKAAPGKAALGEGEPAAAAKEKNTGILQGGSSMAEWELGEPPPRAREHSITRDYEQELPGPGTLPEPGPVRAESRGRRSIETVDLESEELESDEEWQHLIEATEPSAMQLSTPLSLLRDSAFRQRVRARLADSSQQVLEGMLEGASHLRPALRVVGNLLATQCDSELLHHFCQELDMPLFLLCLAKKILENSNTKQQPWCIVVLTDLVMVTTVYFSSECCLEGSQQKGSLQAFQECASRFLALLPELLAQSADSEMRLCQQSLLCFTLLCESLDARCPSISAPFYASLREKHQPLLNGLLQGSTSEQPALQGAVMEPKSAHDQSQHVADLFTAALAAACSIPLGRNACREAKQQVSQEVAEKLMEGESQQLGRLLGRLEHPNCSLNVLKILYAGCHASPSLGQHLGRSQRVWGSLMQLSNGKVPMADVAQGAACEASLHLLALLTLQLQGSPPRLEEVVTVAMDIITRSPVVSLVGAAAFLLTQLSQHGLTMALRGEEILPAVMNVLTAPTELQLPLPMGAGIYDGLFFLLLKLLAQEDMVVEPGFAASELWSVVWHSVAAVLHVGSENATLEGDSLGAGHPAAEPDWNLLSPQGILLFLSLALFVFTCESHQCLPQLAQPCGVLMETLKTLLSPRFLACLAQTQVREDGDPELVPAVVLQACQLLCFPFALDVDEDTLASVTKGVRDSQIPAHLLQACCHHLPFSGTELPLRLLCHLVVCDEQVIDQTVREAAASEHVIAFLTTVLFSDNPTITANLLSLLTHVARVCPEHLPFLQRILGGSGVAYQPLTRLLGHWEHSIRAKTCNLLGNLLRHSHSFPQVLQNQPGLLESLLECLADRDENVRKAASFAVGNAAYHESSPAGTLGRAVPRLTRLLSDVQAKTRCNAASALGNLGRRSAELGDLLIQSKAPHVLLEVACRDPQASVQEGALVALRAISQHPAIQQVLLSLRASEKLAALASRDSQPTAGGSPRPSSTRHCKKLIHLLAPVHST

Target ORF information:

RefSeq Version	XM_013960779.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X1, mRNA.

Target ORF information:

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

XM_013960779.1

ORF Insert Sequence:

ATGCCCACAA TGGAGAAGTA CCATGTCCTG GAAATGATCG GTGAAGGCTC CTTTGGGCGA 
GTGTACAAGG GGCGTCGGAA ATACAGTGCC CAGGTGGTGG CCTTGAAGTT CATCCCCAAG 
GTTGGGCGGT CAGAGAGGGA GCTGAAGAAC CTGCAGCGGG AAATTGAGAT CATGAGAGGC 
CTCCATCACC CAAACATCAT CCAGATGCTT GACAGCTTTG AGACCGACAA GGAGGTAGTG 
GTGGTGACCG ACTATGCAGA GGGGGAGCTC TTCCAGATCC TGGAGGATGA TGGGAGTCTG 
CCCGAGGACC AGGTCCAGAC CATAGCTGCC CAGTTGGTCT CTGCTCTCTA TTACCTGCAT 
TCCCACCGTA TCCTGCACCG CGACATGAAA CCCCAGAACA TCTTGCTGGG AAAAGGCGGC 
ATCATCAAGC TCTGCGATTT TGGGTTTGCC CGTGCCATGA GCATCCACAC CATGGTGCTG 
ACCTCCATCA AGGGCACCCC CCTGTACATG TCCCCTGAAC TGGTGGAGGA ACGGCCATAC 
GACCACACGG CTGACCTGTG GTCCGTGGGC TGCATCCTGT ACGAGCTGTT TGTGGGCACC 
CCTCCCTTCT ACACCAGCAG CATCTTCCAG CTTGTCAGCC TCATCGTCAA GGACCCGGTC 
AAATGGCCCG ATGCCATAAG CCCAGTCTTC AAGAGCTTCC TGCAGGGACT GCTGATGAAG 
GATCCCCGTC AGCGCCTGTC GTGGCCAGAG CTGCTCTCCC ACCCCTTCAT TGCCGGACGG 
GTCACTGTGA TTGATGACAC AGAAGAGCAT GGGATCTCAA ACCCCTTCAC CACCAAGCTG 
TCCCCAGAGC TGCAGGCCCT GAAGGAGCAA CAAGCCCATT CCCTGGCCCC CAGGAGTGGC 
CAGTCCAGGA TCCTGAGAAA GGCCCGGCAG AAGATGGCTG AGGAGGCCCG GAAAAAGGGG 
CAGCTGAAGA CAGACACTGC GTCTGTGAAG GACCCTGGCA AAAGATGCCC AGGGCATAAA 
CCGAAAGCAG CTCCTGGGAA GGCAGCTCTT GGGGAAGGAG AGCCAGCAGC TGCTGCCAAA 
GAGAAAAACA CAGGCATCCT GCAAGGAGGG AGCAGCATGG CAGAGTGGGA GCTGGGGGAG 
CCTCCTCCAC GCGCAAGGGA GCACAGCATC ACTCGAGACT ACGAACAAGA GCTTCCTGGA 
CCAGGGACCC TTCCGGAGCC TGGTCCTGTC AGGGCAGAGT CCCGGGGCAG GCGCAGCATT 
GAGACTGTGG ACCTGGAGAG CGAGGAGCTG GAGAGTGATG AGGAGTGGCA GCACCTGATC 
GAGGCCACAG AACCTTCAGC CATGCAGCTG AGCACGCCGC TGAGCCTCCT GAGGGACTCG 
GCCTTCCGGC AGCGTGTCCG GGCCCGCCTT GCAGACTCCA GCCAGCAGGT GCTGGAAGGT 
ATGCTGGAGG GAGCTTCCCA TCTCCGTCCC GCACTCCGTG TTGTGGGCAA CCTCCTGGCT 
ACCCAGTGTG ACTCAGAGCT TCTGCACCAC TTTTGCCAAG AGCTGGATAT GCCTCTGTTC 
CTGCTGTGTT TAGCCAAGAA GATCCTGGAG AACAGTAACA CCAAGCAGCA GCCCTGGTGT 
ATCGTGGTGC TGACGGACCT TGTCATGGTG ACCACAGTTT ATTTCAGCAG TGAGTGCTGC 
CTGGAGGGGA GCCAGCAGAA GGGCAGCCTG CAGGCTTTCC AGGAGTGTGC CAGCCGCTTT 
CTAGCCCTGC TGCCAGAGCT GCTGGCCCAG TCAGCTGACA GTGAGATGAG ACTCTGCCAG 
CAAAGCCTCC TGTGCTTCAC CCTGCTCTGC GAGAGCCTGG ACGCGAGGTG CCCCTCCATC 
TCTGCCCCCT TTTATGCCAG CCTGAGAGAG AAGCATCAGC CCCTGCTGAA TGGACTCCTC 
CAGGGATCTA CCTCGGAGCA GCCTGCTTTG CAAGGTGCAG TGATGGAGCC CAAATCAGCC 
CATGACCAGA GCCAGCATGT GGCAGATCTC TTTACGGCTG CACTGGCTGC TGCCTGCAGC 
ATCCCCCTGG GGAGGAACGC GTGTCGGGAA GCCAAGCAGC AGGTCTCTCA GGAGGTGGCT 
GAGAAGCTCA TGGAAGGAGA GAGCCAGCAG CTTGGGAGGC TGCTGGGGAG GCTCGAGCAC 
CCAAACTGTT CCCTGAATGT GCTCAAGATC CTCTATGCTG GCTGCCATGC CAGCCCGAGC 
CTGGGCCAGC ACCTGGGAAG GAGCCAGCGA GTGTGGGGTT CCCTCATGCA GCTCTCGAAT 
GGCAAGGTCC CCATGGCGGA TGTGGCCCAG GGGGCAGCCT GCGAGGCCTC CCTGCACCTG 
CTGGCCCTGC TCACCCTGCA GCTCCAGGGC TCCCCTCCCA GGCTCGAGGA GGTGGTTACT 
GTGGCCATGG ATATCATCAC CCGGTCTCCT GTCGTTTCCC TTGTGGGTGC TGCAGCATTC 
CTCCTGACAC AGCTCAGTCA GCATGGGCTG ACCATGGCGC TCAGGGGAGA GGAGATCCTG 
CCAGCAGTGA TGAACGTGCT GACGGCACCT ACTGAGCTGC AGCTGCCCCT ACCAATGGGT 
GCTGGTATCT ATGACGGGCT CTTTTTCCTC CTTCTGAAGC TCCTTGCCCA GGAGGACATG 
GTCGTGGAAC CGGGCTTTGC TGCCTCGGAG CTGTGGAGCG TTGTATGGCA TAGTGTTGCT 
GCGGTGCTTC ATGTGGGCAG TGAGAATGCA ACGCTGGAAG GAGACAGCCT GGGGGCAGGT 
CACCCTGCGG CAGAGCCGGA CTGGAACCTC CTCTCCCCTC AGGGCATCCT GCTCTTCCTC 
AGCCTGGCTC TCTTCGTCTT CACCTGTGAG TCGCACCAGT GTCTGCCTCA GCTCGCCCAG 
CCCTGTGGTG TCCTCATGGA GACGCTGAAG ACGCTGCTGT CCCCCCGCTT CCTGGCATGC 
CTGGCACAGA CGCAAGTGAG GGAGGACGGG GATCCTGAGC TTGTCCCAGC TGTGGTGCTC 
CAGGCCTGCC AGCTCCTCTG TTTCCCTTTT GCCCTGGATG TGGATGAAGA CACCTTGGCA 
TCAGTCACGA AGGGTGTGAG AGACTCCCAG ATCCCTGCCC ACCTGCTGCA GGCCTGCTGT 
CACCATCTGC CCTTTTCGGG CACGGAGCTC CCCTTGAGGC TTTTGTGCCA CCTCGTTGTG 
TGTGATGAGC AGGTCATAGA CCAAACTGTG AGGGAGGCTG CTGCCTCAGA GCATGTCATT 
GCCTTCTTGA CAACCGTCTT GTTTTCAGAC AACCCCACAA TCACAGCCAA CCTCCTGTCC 
CTCTTGACCC ATGTGGCCCG GGTCTGTCCG GAGCACCTAC CCTTTCTCCA GAGGATCCTG 
GGGGGCTCAG GTGTGGCCTA CCAGCCACTG ACCCGCCTGC TTGGCCATTG GGAACACTCC 
ATACGTGCCA AAACCTGCAA TCTGCTGGGC AACCTGCTCC GACACAGCCA CAGCTTTCCC 
CAGGTGCTGC AGAACCAGCC TGGCCTGCTG GAGAGCCTGC TGGAGTGCCT GGCGGACCGG 
GATGAGAACG TGCGCAAGGC AGCTAGTTTT GCGGTGGGCA ATGCTGCTTA CCATGAGTCC 
TCCCCAGCCG GGACCCTAGG CAGGGCTGTA CCCAGGCTGA CAAGACTCTT GAGCGATGTG 
CAGGCCAAGA CGCGCTGCAA CGCAGCCTCA GCCCTGGGCA ACCTGGGTCG ACGCTCAGCG 
GAGCTGGGGG ACCTGCTGAT CCAGAGCAAG GCCCCCCACG TCCTGCTGGA GGTGGCCTGC 
CGGGACCCCC AGGCAAGCGT GCAGGAAGGA GCCCTTGTTG CGCTGCGGGC CATCAGCCAG 
CACCCAGCGA TACAGCAGGT GCTGCTGTCT CTCAGGGCCA GTGAGAAGCT GGCTGCACTG 
GCCAGCAGGG ACTCCCAGCC CACGGCTGGT GGCAGCCCCC GGCCTTCTTC CACCCGGCAC 
TGCAAGAAGC TCATCCACCT CCTTGCACCT GTGCATAGCA CCTGA

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

STK36 ( XM_013960780.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013816234.1 Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAp27678
Clone ID Related Accession (Same CDS sequence)	XM_013960780.1
Accession Version	XM_013960780.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3819bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	serine/threonine-protein kinase 36 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014006591.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCACAA TGGAGAAGTA CCATGTCCTG GAAATGATCG GTGAAGGCTC CTTTGGGCGA 
GTGTACAAGG GGCGTCGGAA ATACAGTGCC CAGGTGGTGG CCTTGAAGTT CATCCCCAAG 
GTTGGGCGGT CAGAGAGGGA GCTGAAGAAC CTGCAGCGGG AAATTGAGAT CATGAGAGGC 
CTCCATCACC CAAACATCAT CCAGATGCTT GACAGCTTTG AGACCGACAA GGAGGTAGTG 
GTGGTGACCG ACTATGCAGA GGGGGAGCTC TTCCAGATCC TGGAGGATGA TGGGAGTCTG 
CCCGAGGACC AGGTCCAGAC CATAGCTGCC CAGTTGGTCT CTGCTCTCTA TTACCTGCAT 
TCCCACCGTA TCCTGCACCG CGACATGAAA CCCCAGAACA TCTTGCTGGG AAAAGGCGGC 
ATCATCAAGC TCTGCGATTT TGGGTTTGCC CGTGCCATGA GCATCCACAC CATGGTGCTG 
ACCTCCATCA AGGGCACCCC CCTGTACATG TCCCCTGAAC TGGTGGAGGA ACGGCCATAC 
GACCACACGG CTGACCTGTG GTCCGTGGGC TGCATCCTGT ACGAGCTGTT TGTGGGCACC 
CCTCCCTTCT ACACCAGCAG CATCTTCCAG CTTGTCAGCC TCATCGTCAA GGACCCGGTC 
AAATGGCCCG ATGCCATAAG CCCAGTCTTC AAGAGCTTCC TGCAGGGACT GCTGATGAAG 
GATCCCCGTC AGCGCCTGTC GTGGCCAGAG CTGCTCTCCC ACCCCTTCAT TGCCGGACGG 
GTCACTGTGA TTGATGACAC AGAAGAGCAT GGGATCTCAA ACCCCTTCAC CACCAAGCTG 
TCCCCAGAGC TGCAGGCCCT GAAGGAGCAA CAAGCCCATT CCCTGGCCCC CAGGAGTGGC 
CAGTCCAGGA TCCTGAGAAA GGCCCGGCAG AAGATGGCTG AGGAGGCCCG GAAAAAGGGG 
CAGCTGAAGA CAGACACTGC GTCTGTGAAG GACCCTGGCA AAAGATGCCC AGGGCATAAA 
CCGAAAGCAG CTCCTGGGAA GGCAGCTCTT GGGGAAGGAG AGCCAGCAGC TGCTGCCAAA 
GAGAAAAACA CAGGCATCCT GCAAGGAGGG AGCAGCATGG CAGAGTGGGA GCTGGGGGAG 
CCTCCTCCAC GCGCAAGGGA GCACAGCATC ACTCGAGACT ACGAACAAGA GCTTCCTGGA 
CCAGGGACCC TTCCGGAGCC TGGTCCTGTC AGGGCAGAGT CCCGGGGCAG GCGCAGCATT 
GAGACTGTGG ACCTGGAGAG CGAGGAGCTG GAGAGTGATG AGGAGTGGCA GCACCTGATC 
GAGGCCACAG AACCTTCAGC CATGCAGCTG AGCACGCCGC TGAGCCTCCT GAGGGACTCG 
GCCTTCCGGC AGCGTGTCCG GGCCCGCCTT GCAGACTCCA GCCAGCAGGT GCTGGAAGGT 
ATGCTGGAGG GAGCTTCCCA TCTCCGTCCC GCACTCCGTG TTGTGGGCAA CCTCCTGGCT 
ACCCAGTGTG ACTCAGAGCT TCTGCACCAC TTTTGCCAAG AGCTGGATAT GCCTCTGTTC 
CTGCTGTGTT TAGCCAAGAA GATCCTGGAG AACAGTAACA CCAAGCAGCA GCCCTGGTGT 
ATCGTGGTGC TGACGGACCT TGTCATGGTG ACCACAGTTT ATTTCAGCAG TGAGTGCTGC 
CTGGAGGGGA GCCAGCAGAA GGGCAGCCTG CAGGCTTTCC AGGAGTGTGC CAGCCGCTTT 
CTAGCCCTGC TGCCAGAGCT GCTGGCCCAG TCAGCTGACA GTGAGATGAG ACTCTGCCAG 
CAAAGCCTCC TGTGCTTCAC CCTGCTCTGC GAGAGCCTGG ACGCGAGGTG CCCCTCCATC 
TCTGCCCCCT TTTATGCCAG CCTGAGAGAG AAGCATCAGC CCCTGCTGAA TGGACTCCTC 
CAGGGATCTA CCTCGGAGCA GCCTGCTTTG CAAGGTGCAG TGATGGAGCC CAAATCAGCC 
CATGACCAGA GCCAGCATGT GGCAGATCTC TTTACGGCTG CACTGGCTGC TGCCTGCAGC 
ATCCCCCTGG GGAGGAACGC GTGTCGGGAA GCCAAGCAGC AGGTCTCTCA GGAGGTGGCT 
GAGAAGCTCA TGGAAGGAGA GAGCCAGCAG CTTGGGAGGC TGCTGGGGAG GCTCGAGCAC 
CCAAACTGTT CCCTGAATGT GCTCAAGATC CTCTATGCTG GCTGCCATGC CAGCCCGAGC 
CTGGGCCAGC ACCTGGGAAG GAGCCAGCGA GTGTGGGGTT CCCTCATGCA GCTCTCGAAT 
GGCAAGGTCC CCATGGCGGA TGTGGCCCAG GGGGCAGCCT GCGAGGCCTC CCTGCACCTG 
CTGGCCCTGC TCACCCTGCA GCTCCAGGGC TCCCCTCCCA GGCTCGAGGA GGTGGTTACT 
GTGGCCATGG ATATCATCAC CCGGTCTCCT GTCGTTTCCC TTGTGGAGGA CATGGTCGTG 
GAACCGGGCT TTGCTGCCTC GGAGCTGTGG AGCGTTGTAT GGCATAGTGT TGCTGCGGTG 
CTTCATGTGG GCAGTGAGAA TGCAACGCTG GAAGGAGACA GCCTGGGGGC AGGTCACCCT 
GCGGCAGAGC CGGACTGGAA CCTCCTCTCC CCTCAGGGCA TCCTGCTCTT CCTCAGCCTG 
GCTCTCTTCG TCTTCACCTG TGAGTCGCAC CAGTGTCTGC CTCAGCTCGC CCAGCCCTGT 
GGTGTCCTCA TGGAGACGCT GAAGACGCTG CTGTCCCCCC GCTTCCTGGC ATGCCTGGCA 
CAGACGCAAG TGAGGGAGGA CGGGGATCCT GAGCTTGTCC CAGCTGTGGT GCTCCAGGCC 
TGCCAGCTCC TCTGTTTCCC TTTTGCCCTG GATGTGGATG AAGACACCTT GGCATCAGTC 
ACGAAGGGTG TGAGAGACTC CCAGATCCCT GCCCACCTGC TGCAGGCCTG CTGTCACCAT 
CTGCCCTTTT CGGGCACGGA GCTCCCCTTG AGGCTTTTGT GCCACCTCGT TGTGTGTGAT 
GAGCAGGTCA TAGACCAAAC TGTGAGGGAG GCTGCTGCCT CAGAGCATGT CATTGCCTTC 
TTGACAACCG TCTTGTTTTC AGACAACCCC ACAATCACAG CCAACCTCCT GTCCCTCTTG 
ACCCATGTGG CCCGGGTCTG TCCGGAGCAC CTACCCTTTC TCCAGAGGAT CCTGGGGGGC 
TCAGGTGTGG CCTACCAGCC ACTGACCCGC CTGCTTGGCC ATTGGGAACA CTCCATACGT 
GCCAAAACCT GCAATCTGCT GGGCAACCTG CTCCGACACA GCCACAGCTT TCCCCAGGTG 
CTGCAGAACC AGCCTGGCCT GCTGGAGAGC CTGCTGGAGT GCCTGGCGGA CCGGGATGAG 
AACGTGCGCA AGGCAGCTAG TTTTGCGGTG GGCAATGCTG CTTACCATGA GTCCTCCCCA 
GCCGGGACCC TAGGCAGGGC TGTACCCAGG CTGACAAGAC TCTTGAGCGA TGTGCAGGCC 
AAGACGCGCT GCAACGCAGC CTCAGCCCTG GGCAACCTGG GTCGACGCTC AGCGGAGCTG 
GGGGACCTGC TGATCCAGAG CAAGGCCCCC CACGTCCTGC TGGAGGTGGC CTGCCGGGAC 
CCCCAGGCAA GCGTGCAGGA AGGAGCCCTT GTTGCGCTGC GGGCCATCAG CCAGCACCCA 
GCGATACAGC AGGTGCTGCT GTCTCTCAGG GCCAGTGAGA AGCTGGCTGC ACTGGCCAGC 
AGGGACTCCC AGCCCACGGC TGGTGGCAGC CCCCGGCCTT CTTCCACCCG GCACTGCAAG 
AAGCTCATCC ACCTCCTTGC ACCTGTGCAT AGCACCTGA

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

RefSeq	XP_013816234.1
CDS	215..4033
Translation	MPTMEKYHVLEMIGEGSFGRVYKGRRKYSAQVVALKFIPKVGRSERELKNLQREIEIMRGLHHPNIIQMLDSFETDKEVVVVTDYAEGELFQILEDDGSLPEDQVQTIAAQLVSALYYLHSHRILHRDMKPQNILLGKGGIIKLCDFGFARAMSIHTMVLTSIKGTPLYMSPELVEERPYDHTADLWSVGCILYELFVGTPPFYTSSIFQLVSLIVKDPVKWPDAISPVFKSFLQGLLMKDPRQRLSWPELLSHPFIAGRVTVIDDTEEHGISNPFTTKLSPELQALKEQQAHSLAPRSGQSRILRKARQKMAEEARKKGQLKTDTASVKDPGKRCPGHKPKAAPGKAALGEGEPAAAAKEKNTGILQGGSSMAEWELGEPPPRAREHSITRDYEQELPGPGTLPEPGPVRAESRGRRSIETVDLESEELESDEEWQHLIEATEPSAMQLSTPLSLLRDSAFRQRVRARLADSSQQVLEGMLEGASHLRPALRVVGNLLATQCDSELLHHFCQELDMPLFLLCLAKKILENSNTKQQPWCIVVLTDLVMVTTVYFSSECCLEGSQQKGSLQAFQECASRFLALLPELLAQSADSEMRLCQQSLLCFTLLCESLDARCPSISAPFYASLREKHQPLLNGLLQGSTSEQPALQGAVMEPKSAHDQSQHVADLFTAALAAACSIPLGRNACREAKQQVSQEVAEKLMEGESQQLGRLLGRLEHPNCSLNVLKILYAGCHASPSLGQHLGRSQRVWGSLMQLSNGKVPMADVAQGAACEASLHLLALLTLQLQGSPPRLEEVVTVAMDIITRSPVVSLVEDMVVEPGFAASELWSVVWHSVAAVLHVGSENATLEGDSLGAGHPAAEPDWNLLSPQGILLFLSLALFVFTCESHQCLPQLAQPCGVLMETLKTLLSPRFLACLAQTQVREDGDPELVPAVVLQACQLLCFPFALDVDEDTLASVTKGVRDSQIPAHLLQACCHHLPFSGTELPLRLLCHLVVCDEQVIDQTVREAAASEHVIAFLTTVLFSDNPTITANLLSLLTHVARVCPEHLPFLQRILGGSGVAYQPLTRLLGHWEHSIRAKTCNLLGNLLRHSHSFPQVLQNQPGLLESLLECLADRDENVRKAASFAVGNAAYHESSPAGTLGRAVPRLTRLLSDVQAKTRCNAASALGNLGRRSAELGDLLIQSKAPHVLLEVACRDPQASVQEGALVALRAISQHPAIQQVLLSLRASEKLAALASRDSQPTAGGSPRPSSTRHCKKLIHLLAPVHST

Target ORF information:

RefSeq Version	XM_013960780.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli serine/threonine kinase 36 (STK36), transcript variant X2, mRNA.

Target ORF information:

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

XM_013960780.1

ORF Insert Sequence:

ATGCCCACAA TGGAGAAGTA CCATGTCCTG GAAATGATCG GTGAAGGCTC CTTTGGGCGA 
GTGTACAAGG GGCGTCGGAA ATACAGTGCC CAGGTGGTGG CCTTGAAGTT CATCCCCAAG 
GTTGGGCGGT CAGAGAGGGA GCTGAAGAAC CTGCAGCGGG AAATTGAGAT CATGAGAGGC 
CTCCATCACC CAAACATCAT CCAGATGCTT GACAGCTTTG AGACCGACAA GGAGGTAGTG 
GTGGTGACCG ACTATGCAGA GGGGGAGCTC TTCCAGATCC TGGAGGATGA TGGGAGTCTG 
CCCGAGGACC AGGTCCAGAC CATAGCTGCC CAGTTGGTCT CTGCTCTCTA TTACCTGCAT 
TCCCACCGTA TCCTGCACCG CGACATGAAA CCCCAGAACA TCTTGCTGGG AAAAGGCGGC 
ATCATCAAGC TCTGCGATTT TGGGTTTGCC CGTGCCATGA GCATCCACAC CATGGTGCTG 
ACCTCCATCA AGGGCACCCC CCTGTACATG TCCCCTGAAC TGGTGGAGGA ACGGCCATAC 
GACCACACGG CTGACCTGTG GTCCGTGGGC TGCATCCTGT ACGAGCTGTT TGTGGGCACC 
CCTCCCTTCT ACACCAGCAG CATCTTCCAG CTTGTCAGCC TCATCGTCAA GGACCCGGTC 
AAATGGCCCG ATGCCATAAG CCCAGTCTTC AAGAGCTTCC TGCAGGGACT GCTGATGAAG 
GATCCCCGTC AGCGCCTGTC GTGGCCAGAG CTGCTCTCCC ACCCCTTCAT TGCCGGACGG 
GTCACTGTGA TTGATGACAC AGAAGAGCAT GGGATCTCAA ACCCCTTCAC CACCAAGCTG 
TCCCCAGAGC TGCAGGCCCT GAAGGAGCAA CAAGCCCATT CCCTGGCCCC CAGGAGTGGC 
CAGTCCAGGA TCCTGAGAAA GGCCCGGCAG AAGATGGCTG AGGAGGCCCG GAAAAAGGGG 
CAGCTGAAGA CAGACACTGC GTCTGTGAAG GACCCTGGCA AAAGATGCCC AGGGCATAAA 
CCGAAAGCAG CTCCTGGGAA GGCAGCTCTT GGGGAAGGAG AGCCAGCAGC TGCTGCCAAA 
GAGAAAAACA CAGGCATCCT GCAAGGAGGG AGCAGCATGG CAGAGTGGGA GCTGGGGGAG 
CCTCCTCCAC GCGCAAGGGA GCACAGCATC ACTCGAGACT ACGAACAAGA GCTTCCTGGA 
CCAGGGACCC TTCCGGAGCC TGGTCCTGTC AGGGCAGAGT CCCGGGGCAG GCGCAGCATT 
GAGACTGTGG ACCTGGAGAG CGAGGAGCTG GAGAGTGATG AGGAGTGGCA GCACCTGATC 
GAGGCCACAG AACCTTCAGC CATGCAGCTG AGCACGCCGC TGAGCCTCCT GAGGGACTCG 
GCCTTCCGGC AGCGTGTCCG GGCCCGCCTT GCAGACTCCA GCCAGCAGGT GCTGGAAGGT 
ATGCTGGAGG GAGCTTCCCA TCTCCGTCCC GCACTCCGTG TTGTGGGCAA CCTCCTGGCT 
ACCCAGTGTG ACTCAGAGCT TCTGCACCAC TTTTGCCAAG AGCTGGATAT GCCTCTGTTC 
CTGCTGTGTT TAGCCAAGAA GATCCTGGAG AACAGTAACA CCAAGCAGCA GCCCTGGTGT 
ATCGTGGTGC TGACGGACCT TGTCATGGTG ACCACAGTTT ATTTCAGCAG TGAGTGCTGC 
CTGGAGGGGA GCCAGCAGAA GGGCAGCCTG CAGGCTTTCC AGGAGTGTGC CAGCCGCTTT 
CTAGCCCTGC TGCCAGAGCT GCTGGCCCAG TCAGCTGACA GTGAGATGAG ACTCTGCCAG 
CAAAGCCTCC TGTGCTTCAC CCTGCTCTGC GAGAGCCTGG ACGCGAGGTG CCCCTCCATC 
TCTGCCCCCT TTTATGCCAG CCTGAGAGAG AAGCATCAGC CCCTGCTGAA TGGACTCCTC 
CAGGGATCTA CCTCGGAGCA GCCTGCTTTG CAAGGTGCAG TGATGGAGCC CAAATCAGCC 
CATGACCAGA GCCAGCATGT GGCAGATCTC TTTACGGCTG CACTGGCTGC TGCCTGCAGC 
ATCCCCCTGG GGAGGAACGC GTGTCGGGAA GCCAAGCAGC AGGTCTCTCA GGAGGTGGCT 
GAGAAGCTCA TGGAAGGAGA GAGCCAGCAG CTTGGGAGGC TGCTGGGGAG GCTCGAGCAC 
CCAAACTGTT CCCTGAATGT GCTCAAGATC CTCTATGCTG GCTGCCATGC CAGCCCGAGC 
CTGGGCCAGC ACCTGGGAAG GAGCCAGCGA GTGTGGGGTT CCCTCATGCA GCTCTCGAAT 
GGCAAGGTCC CCATGGCGGA TGTGGCCCAG GGGGCAGCCT GCGAGGCCTC CCTGCACCTG 
CTGGCCCTGC TCACCCTGCA GCTCCAGGGC TCCCCTCCCA GGCTCGAGGA GGTGGTTACT 
GTGGCCATGG ATATCATCAC CCGGTCTCCT GTCGTTTCCC TTGTGGAGGA CATGGTCGTG 
GAACCGGGCT TTGCTGCCTC GGAGCTGTGG AGCGTTGTAT GGCATAGTGT TGCTGCGGTG 
CTTCATGTGG GCAGTGAGAA TGCAACGCTG GAAGGAGACA GCCTGGGGGC AGGTCACCCT 
GCGGCAGAGC CGGACTGGAA CCTCCTCTCC CCTCAGGGCA TCCTGCTCTT CCTCAGCCTG 
GCTCTCTTCG TCTTCACCTG TGAGTCGCAC CAGTGTCTGC CTCAGCTCGC CCAGCCCTGT 
GGTGTCCTCA TGGAGACGCT GAAGACGCTG CTGTCCCCCC GCTTCCTGGC ATGCCTGGCA 
CAGACGCAAG TGAGGGAGGA CGGGGATCCT GAGCTTGTCC CAGCTGTGGT GCTCCAGGCC 
TGCCAGCTCC TCTGTTTCCC TTTTGCCCTG GATGTGGATG AAGACACCTT GGCATCAGTC 
ACGAAGGGTG TGAGAGACTC CCAGATCCCT GCCCACCTGC TGCAGGCCTG CTGTCACCAT 
CTGCCCTTTT CGGGCACGGA GCTCCCCTTG AGGCTTTTGT GCCACCTCGT TGTGTGTGAT 
GAGCAGGTCA TAGACCAAAC TGTGAGGGAG GCTGCTGCCT CAGAGCATGT CATTGCCTTC 
TTGACAACCG TCTTGTTTTC AGACAACCCC ACAATCACAG CCAACCTCCT GTCCCTCTTG 
ACCCATGTGG CCCGGGTCTG TCCGGAGCAC CTACCCTTTC TCCAGAGGAT CCTGGGGGGC 
TCAGGTGTGG CCTACCAGCC ACTGACCCGC CTGCTTGGCC ATTGGGAACA CTCCATACGT 
GCCAAAACCT GCAATCTGCT GGGCAACCTG CTCCGACACA GCCACAGCTT TCCCCAGGTG 
CTGCAGAACC AGCCTGGCCT GCTGGAGAGC CTGCTGGAGT GCCTGGCGGA CCGGGATGAG 
AACGTGCGCA AGGCAGCTAG TTTTGCGGTG GGCAATGCTG CTTACCATGA GTCCTCCCCA 
GCCGGGACCC TAGGCAGGGC TGTACCCAGG CTGACAAGAC TCTTGAGCGA TGTGCAGGCC 
AAGACGCGCT GCAACGCAGC CTCAGCCCTG GGCAACCTGG GTCGACGCTC AGCGGAGCTG 
GGGGACCTGC TGATCCAGAG CAAGGCCCCC CACGTCCTGC TGGAGGTGGC CTGCCGGGAC 
CCCCAGGCAA GCGTGCAGGA AGGAGCCCTT GTTGCGCTGC GGGCCATCAG CCAGCACCCA 
GCGATACAGC AGGTGCTGCT GTCTCTCAGG GCCAGTGAGA AGCTGGCTGC ACTGGCCAGC 
AGGGACTCCC AGCCCACGGC TGGTGGCAGC CCCCGGCCTT CTTCCACCCG GCACTGCAAG 
AAGCTCATCC ACCTCCTTGC ACCTGTGCAT AGCACCTGA