Ttc21b cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ttc21b
Entrez Gene ID	295654
Full Name	tetratricopeptide repeat domain 21B
Synonyms	RGD1565122
General protein information	Preferred Names tetratricopeptide repeat domain 21B Names tetratricopeptide repeat protein 21B
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 3 Map Location: 3q21

mRNA and Protein(s)

mRNA	Protein	Name
NM_001191737.1	NP_001178666.1	tetratricopeptide repeat protein 21B

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	TTC21B	XP_850862.2
Homo sapiens (human)	TTC21B	NP_079029.3
Bos taurus (cattle)	TTC21B	NP_001095578.1
Rattus norvegicus (Norway rat)	Ttc21b	NP_001178666.1
Gallus gallus (chicken)	TTC21B	XP_422022.3
Pan troglodytes (chimpanzee)	TTC21B	XP_003309329.1
Mus musculus (house mouse)	Ttc21b	NP_001041069.1
Danio rerio (zebrafish)	ttc21b	NP_001121730.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP000136	XP_311010.5
	TTC21B	XP_001096248.2
Caenorhabditis elegans (roundworm)	ZK328.7	NP_001022993.2
Xenopus tropicalis (tropical clawed frog)	ttc21b	XP_002936805.2

Gene Ontology

The following Ttc21b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ttc21b 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
ORa25627	NM_001191737.1 Latest version!	Rattus norvegicus tetratricopeptide repeat domain 21B (Ttc21b), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00

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** 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)

Ttc21b ( NM_001191737.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001178666.1 Rattus norvegicus tetratricopeptide repeat domain 21B (Ttc21b), mRNA.

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CloneID	ORa25627
Clone ID Related Accession (Same CDS sequence)	NM_001191737.1
Accession Version	NM_001191737.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2010-07-17
Organism	Rattus norvegicus(Norway rat)
Product	tetratricopeptide repeat protein 21B
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AABR03027498.1, AABR03028238.1, AABR03030033.1, AABR03029313.1, AABR03026212.1 and AABR03024575.1. On Jul 17, 2010 this sequence version replaced XM_229983.5. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments.

ATGGACTCCC AGGGGCTGAA GACACTGATC AATTACTATT GTCAAGAGAG ATACTATCAC 
CATGTGCTCC TTGTGGCCAG TGAAGGGATG AAGAAGTATA GCAGTGACCC AGTCTTCCGA 
TTTTACCATG CCTACGGCAC ACTAATGGAG GGTAAAGCTC AAGAAGCCCT TCGGGAGTTT 
GAGGCCATTA AAAATAAACA AGACGTGTCA CTGTGTTCCC TGATGGCGCT GATGTATGTC 
CATAAAATGA GCCCCAATCC AGATAGAGAA GCTATCCTGG AATTAGATAC CAAAATGAAG 
GAGCAACGTA AGGAAGCCGG ACGCAAAGCC TTGTACCATG CAGGCCTGTT TCTGTGGCAC 
ATTGGTCGCC ATGATAAGGC GAGAGAATAT ATTGACAGAA TGTCAAAAAT GCCACATGAT 
AGCAATGAGG GACCGATTTT GAAAGCATGG CTTGATATTA CAAGAGGGAA GGAACCTTAT 
GCTAAAAAAG CCCTACGGTA TTTTGAGGAG GGATTACAAG ATGGAAACGA TATTTTTGCT 
CTGCTGGGTA AGGTACTGTG CCTTGAGATG CGACAGAATT ATTCTGGAGC TCTGGAGACT 
GTGAGTCAGA TAATTGTGAA CTTCCCGAGC TTCCTTCCTG CTTTTGAGAA GAAAATGAAA 
TTACAACTGG CTTTGCAGGA TTGGGATCAG ACGGTGGAGA CGGCGCAAAG GTTGCTGCTT 
CAGGACGGCC ACAATGTGGA GGCGCTGAGA ATGCTGGCTT TATATTATCT GTGTAGGGAA 
GGGGACATAG AGAAGGCTGC TGCCAAGCTG GAAAATTTAG GAAATGCATT GGATGTCATG 
GAACCACAGA ATGCTCAACT TTTTTATAAG ATTACAATAG CCTTCAGCAG AACTTGTGGA 
CGTAATCAAC TCATTCTTCA AAAAGTTCAA AGTTTCCTAG AAAAAGCATT TAGTTTAACC 
CCCCAGCAAG CAGAAATTGC TACAGAGCTT GGCTACCAAA TGATTCTCCA AGGCAAAGTC 
AAGGAGGCCT GGAAGTGGTA CAGGACCGCC ATGACACTGA ACGAAAGCAA CATCTCTGCC 
GTCACCGGAC TTATCCGATG TCAGTTAATA GAAGGACAAT TGCAAGATGC AGACCAGCAG 
TTGGAGTTCT TCAGTGAATT CCAGCAGTCA ATGGGAAGAT CTGCGGAATT AATGTATTTG 
CATGCGGTTC TTGCTACCAA AAAAAATAAT CGTCAGGAGG AAGTTATAAA TTTGTTGAAT 
GATGTTGTGA ACACTCACTT TTCACACTTG GAAGACCTCC CTCTCGGCAT ACAGTATTTT 
GAGAAGCTCA ACCCTGACTT CTTACTAGAA GTTGTTAACG AGTATCTGAA TCTCTGTCCA 
ATTCAGCCTG CAGGTCCTGG GCAGCCTCTC TCCCCAGTCC TCAGACGTTG TTCTTCAGTT 
CTGGAGACGA TTATAAGAAG TGTACCAGGT CTTCCGCAAG CTGTCTTCCT AATGGCCAAA 
GTGAAGTATC TGTCAGGTGA CACCGAGGCA GCCTACAACA ACCTGCAGCA CTGCCTGGAG 
CACAGCCCCT CTTACGCAGA GGCTCACCTC CTGATGGCGC AGGTGTACCT ATCCCAAGAC 
AAAGTCCAGC TGTGTTCTCA GTCGCTTGAA CTTTGTCTGA GCTACAATTT CAATGTGAGA 
GACTACCCAC TGTACCACCT AATCAAAGCA CAGTCACAGA AGAAAATGGG CGAGGTAGCA 
GAAGCAATTA AAACTCTGCA CATGGCAATG AATCTACCAG GAATGAGGAG AAGTAGAGCT 
TCCTCGAAAT CCAAGCACAG AAGTGAAGTG GATGGGAGCC ATCGCTTATC CATCTTTCTT 
GAGTTGGTGG AGGTTCACCG CTTAAATGGA GAACAGCACG AGGCAGCAAA GGTTTTACAA 
GATGCCATCC ATGAGTTTTC TGGAACTTGC GAAGAATTAC GTGTCACTAT TGCTAATGCA 
GACCTGGCTC TGGCCCAAGG AGATACAGAA CGTGCATTAA GCATGCTCCG AAATGTCACG 
ACCGAACAGC CTTATTTCAT AGAAGCCAAG GAAAAAATGG CAGACATTTA CCTGAAGCAT 
AGGAAAGAGA AAATGTTGTA CATCACTTGT TACAGAGAAA TTGCTGAAAG GATGCCCAGC 
CCCCGGTCTT TCCTGCTCCT TGGTGATGCA TACATGAACA TTCAAGAGCC CGAGGAAGCC 
ATAGTGGCCT ATGAGCAAGC ATTAAATCAG AACCCAAAAG ATGGAACACT GGCGAGAAAA 
ATTGGGAAAG CACTTGTCAA AACTCACAAC TACTCAAAGG CAATCACCTA TTATGAGGCT 
GCGCTGAAAA GTGGACAGCA GAATTGCCTG TGCTATGACC TGGCTGAGCT CCTCCTGAGA 
CTAAAGTTGT ATGAGAAAGC AGAGAAAGTT CTTCAGCATT CTCTAGCTCA TGATCCTGTA 
AATGAATTGT CGGCTCTCAT GGTGGATGGG CGTTCCCAAG TCCTTCTAGC AAAAGTTTAC 
TCTAAAATGG AGAGACCTGG CGACGCGATT GCAGCATTGC AGCAGGCTCG AGAGCTGCAG 
GCTCGGATAC TGAAGCGAGT TCAGATGGAG CAGCCAGATG CGGTTCCCTC ACAGAGACAC 
TTCGCAGCTG AAATTTGTGC AGAGATCGCA AAACACTCCG CTGCTCAGCG AGACTACGAA 
AAGGCAATTA CATTTTATAG AGAGGCCCTG GTTCATTGTG AAACGGATAG TAAGATAATG 
TTGGAACTGG CCCAGTTATA CCTGGCCCAA GAAGACCTTG ATGCCTCCCT CCGGCACTGT 
GCACTGCTTC TCCAGAGGGA CCAGGACAAC GAACCGGCCA CCATGCTGAT GGCCGACCTC 
ATGTTCAGAA AACAGGACTA TGAGCAAGCA GTGTTCCACT TGCAGCAGCT TTTAGAACGA 
AAACCAGATA ATTTTATGAC TTTGTCCCGT TTGATTGATC TCCTGAGAAG ATGTGGGAAA 
CTTGAGGAGG TTCCGAGATT TTTCTTGATG GCTGAGAAAC ACAACTCCAG AACAAAATTG 
GAGCCAGGAT TTCAGTACTG TAAAGGATTA CATTTTTGGT ATACTGGAGA ACCAAATGAT 
GCCCTTCGAC ATTTTAATAA AGCTCGGAAA GATAGTGACT GGGGTCAAAA TGCACTTTAT 
AATATGATAG AAATCTGCTT GAATCCAGAC AATGAAACTA TTGGAGGTGA AGTGTTTGAA 
AACCTGAATG GAGACCTGGG CACTTCCCCA GAGAAGCAGG AATCTGTGCA GTTAGCAGTG 
AGGACGGCAG AAAAGCTCCT TAAAGAACTA AAACCTCAGA CTGTCCAGGG CCGCCTGCAA 
CTCCGCATCA TGGAAAACTG CTGCTTAATG GCCACCAAGC AGAAGTCCAG TGTGGAGCAG 
GCGCTGAACA CCTTCACCGA AATAGCAGCC TCTGAGAAGG ATCATATCCC TGCTCTCCTG 
GGAATGGCCA CCGCTTATAT GATCTTGAAA CAGACCCCGA AAGCCAGAAA CCAGCTGAAG 
CGGATTGCAA AAATGACCTG GAATCCTATT GAAGCCGAGG AGCTGGAGAA GAGCTGGCTG 
CTGCTTGCGG ATATTTATAT CCAGTCAGCA AAATATGACA TGGCGGAAGA GCTGCTGAAA 
CGGTGTCTGT GCCATAACCG GTCCTGCTGC AAAGCTTATG AATATATGGG GTACATTATG 
GAGAAGGAGC AAGCATACAC AGATGCAGCC TTCAACTATG AGATGGCCTG GAAACATAGC 
AACCAGACAA ATCCTGCTGT GGGATATAAA TTGGCATTTA ATTACTTAAA AGCAAAACGA 
TATGTGGATG CAATTGACGT ATGTCACCAG GTTCTTGAAG CACATCCAAC TTACCCCAAA 
ATCCGAAAGG ATATACTGGA TAAGGCCCGT GCATCGTTAA GACCTTGA

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

RefSeq	NP_001178666.1
CDS	1..3948
Translation	MDSQGLKTLINYYCQERYYHHVLLVASEGMKKYSSDPVFRFYHAYGTLMEGKAQEALREFEAIKNKQDVSLCSLMALMYVHKMSPNPDREAILELDTKMKEQRKEAGRKALYHAGLFLWHIGRHDKAREYIDRMSKMPHDSNEGPILKAWLDITRGKEPYAKKALRYFEEGLQDGNDIFALLGKVLCLEMRQNYSGALETVSQIIVNFPSFLPAFEKKMKLQLALQDWDQTVETAQRLLLQDGHNVEALRMLALYYLCREGDIEKAAAKLENLGNALDVMEPQNAQLFYKITIAFSRTCGRNQLILQKVQSFLEKAFSLTPQQAEIATELGYQMILQGKVKEAWKWYRTAMTLNESNISAVTGLIRCQLIEGQLQDADQQLEFFSEFQQSMGRSAELMYLHAVLATKKNNRQEEVINLLNDVVNTHFSHLEDLPLGIQYFEKLNPDFLLEVVNEYLNLCPIQPAGPGQPLSPVLRRCSSVLETIIRSVPGLPQAVFLMAKVKYLSGDTEAAYNNLQHCLEHSPSYAEAHLLMAQVYLSQDKVQLCSQSLELCLSYNFNVRDYPLYHLIKAQSQKKMGEVAEAIKTLHMAMNLPGMRRSRASSKSKHRSEVDGSHRLSIFLELVEVHRLNGEQHEAAKVLQDAIHEFSGTCEELRVTIANADLALAQGDTERALSMLRNVTTEQPYFIEAKEKMADIYLKHRKEKMLYITCYREIAERMPSPRSFLLLGDAYMNIQEPEEAIVAYEQALNQNPKDGTLARKIGKALVKTHNYSKAITYYEAALKSGQQNCLCYDLAELLLRLKLYEKAEKVLQHSLAHDPVNELSALMVDGRSQVLLAKVYSKMERPGDAIAALQQARELQARILKRVQMEQPDAVPSQRHFAAEICAEIAKHSAAQRDYEKAITFYREALVHCETDSKIMLELAQLYLAQEDLDASLRHCALLLQRDQDNEPATMLMADLMFRKQDYEQAVFHLQQLLERKPDNFMTLSRLIDLLRRCGKLEEVPRFFLMAEKHNSRTKLEPGFQYCKGLHFWYTGEPNDALRHFNKARKDSDWGQNALYNMIEICLNPDNETIGGEVFENLNGDLGTSPEKQESVQLAVRTAEKLLKELKPQTVQGRLQLRIMENCCLMATKQKSSVEQALNTFTEIAASEKDHIPALLGMATAYMILKQTPKARNQLKRIAKMTWNPIEAEELEKSWLLLADIYIQSAKYDMAEELLKRCLCHNRSCCKAYEYMGYIMEKEQAYTDAAFNYEMAWKHSNQTNPAVGYKLAFNYLKAKRYVDAIDVCHQVLEAHPTYPKIRKDILDKARASLRP

Target ORF information:

RefSeq Version	NM_001191737.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus tetratricopeptide repeat domain 21B (Ttc21b), mRNA.

Target ORF information:

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

NM_001191737.1

ORF Insert Sequence:

ATGGACTCCC AGGGGCTGAA GACACTGATC AATTACTATT GTCAAGAGAG ATACTATCAC 
CATGTGCTCC TTGTGGCCAG TGAAGGGATG AAGAAGTATA GCAGTGACCC AGTCTTCCGA 
TTTTACCATG CCTACGGCAC ACTAATGGAG GGTAAAGCTC AAGAAGCCCT TCGGGAGTTT 
GAGGCCATTA AAAATAAACA AGACGTGTCA CTGTGTTCCC TGATGGCGCT GATGTATGTC 
CATAAAATGA GCCCCAATCC AGATAGAGAA GCTATCCTGG AATTAGATAC CAAAATGAAG 
GAGCAACGTA AGGAAGCCGG ACGCAAAGCC TTGTACCATG CAGGCCTGTT TCTGTGGCAC 
ATTGGTCGCC ATGATAAGGC GAGAGAATAT ATTGACAGAA TGTCAAAAAT GCCACATGAT 
AGCAATGAGG GACCGATTTT GAAAGCATGG CTTGATATTA CAAGAGGGAA GGAACCTTAT 
GCTAAAAAAG CCCTACGGTA TTTTGAGGAG GGATTACAAG ATGGAAACGA TATTTTTGCT 
CTGCTGGGTA AGGTACTGTG CCTTGAGATG CGACAGAATT ATTCTGGAGC TCTGGAGACT 
GTGAGTCAGA TAATTGTGAA CTTCCCGAGC TTCCTTCCTG CTTTTGAGAA GAAAATGAAA 
TTACAACTGG CTTTGCAGGA TTGGGATCAG ACGGTGGAGA CGGCGCAAAG GTTGCTGCTT 
CAGGACGGCC ACAATGTGGA GGCGCTGAGA ATGCTGGCTT TATATTATCT GTGTAGGGAA 
GGGGACATAG AGAAGGCTGC TGCCAAGCTG GAAAATTTAG GAAATGCATT GGATGTCATG 
GAACCACAGA ATGCTCAACT TTTTTATAAG ATTACAATAG CCTTCAGCAG AACTTGTGGA 
CGTAATCAAC TCATTCTTCA AAAAGTTCAA AGTTTCCTAG AAAAAGCATT TAGTTTAACC 
CCCCAGCAAG CAGAAATTGC TACAGAGCTT GGCTACCAAA TGATTCTCCA AGGCAAAGTC 
AAGGAGGCCT GGAAGTGGTA CAGGACCGCC ATGACACTGA ACGAAAGCAA CATCTCTGCC 
GTCACCGGAC TTATCCGATG TCAGTTAATA GAAGGACAAT TGCAAGATGC AGACCAGCAG 
TTGGAGTTCT TCAGTGAATT CCAGCAGTCA ATGGGAAGAT CTGCGGAATT AATGTATTTG 
CATGCGGTTC TTGCTACCAA AAAAAATAAT CGTCAGGAGG AAGTTATAAA TTTGTTGAAT 
GATGTTGTGA ACACTCACTT TTCACACTTG GAAGACCTCC CTCTCGGCAT ACAGTATTTT 
GAGAAGCTCA ACCCTGACTT CTTACTAGAA GTTGTTAACG AGTATCTGAA TCTCTGTCCA 
ATTCAGCCTG CAGGTCCTGG GCAGCCTCTC TCCCCAGTCC TCAGACGTTG TTCTTCAGTT 
CTGGAGACGA TTATAAGAAG TGTACCAGGT CTTCCGCAAG CTGTCTTCCT AATGGCCAAA 
GTGAAGTATC TGTCAGGTGA CACCGAGGCA GCCTACAACA ACCTGCAGCA CTGCCTGGAG 
CACAGCCCCT CTTACGCAGA GGCTCACCTC CTGATGGCGC AGGTGTACCT ATCCCAAGAC 
AAAGTCCAGC TGTGTTCTCA GTCGCTTGAA CTTTGTCTGA GCTACAATTT CAATGTGAGA 
GACTACCCAC TGTACCACCT AATCAAAGCA CAGTCACAGA AGAAAATGGG CGAGGTAGCA 
GAAGCAATTA AAACTCTGCA CATGGCAATG AATCTACCAG GAATGAGGAG AAGTAGAGCT 
TCCTCGAAAT CCAAGCACAG AAGTGAAGTG GATGGGAGCC ATCGCTTATC CATCTTTCTT 
GAGTTGGTGG AGGTTCACCG CTTAAATGGA GAACAGCACG AGGCAGCAAA GGTTTTACAA 
GATGCCATCC ATGAGTTTTC TGGAACTTGC GAAGAATTAC GTGTCACTAT TGCTAATGCA 
GACCTGGCTC TGGCCCAAGG AGATACAGAA CGTGCATTAA GCATGCTCCG AAATGTCACG 
ACCGAACAGC CTTATTTCAT AGAAGCCAAG GAAAAAATGG CAGACATTTA CCTGAAGCAT 
AGGAAAGAGA AAATGTTGTA CATCACTTGT TACAGAGAAA TTGCTGAAAG GATGCCCAGC 
CCCCGGTCTT TCCTGCTCCT TGGTGATGCA TACATGAACA TTCAAGAGCC CGAGGAAGCC 
ATAGTGGCCT ATGAGCAAGC ATTAAATCAG AACCCAAAAG ATGGAACACT GGCGAGAAAA 
ATTGGGAAAG CACTTGTCAA AACTCACAAC TACTCAAAGG CAATCACCTA TTATGAGGCT 
GCGCTGAAAA GTGGACAGCA GAATTGCCTG TGCTATGACC TGGCTGAGCT CCTCCTGAGA 
CTAAAGTTGT ATGAGAAAGC AGAGAAAGTT CTTCAGCATT CTCTAGCTCA TGATCCTGTA 
AATGAATTGT CGGCTCTCAT GGTGGATGGG CGTTCCCAAG TCCTTCTAGC AAAAGTTTAC 
TCTAAAATGG AGAGACCTGG CGACGCGATT GCAGCATTGC AGCAGGCTCG AGAGCTGCAG 
GCTCGGATAC TGAAGCGAGT TCAGATGGAG CAGCCAGATG CGGTTCCCTC ACAGAGACAC 
TTCGCAGCTG AAATTTGTGC AGAGATCGCA AAACACTCCG CTGCTCAGCG AGACTACGAA 
AAGGCAATTA CATTTTATAG AGAGGCCCTG GTTCATTGTG AAACGGATAG TAAGATAATG 
TTGGAACTGG CCCAGTTATA CCTGGCCCAA GAAGACCTTG ATGCCTCCCT CCGGCACTGT 
GCACTGCTTC TCCAGAGGGA CCAGGACAAC GAACCGGCCA CCATGCTGAT GGCCGACCTC 
ATGTTCAGAA AACAGGACTA TGAGCAAGCA GTGTTCCACT TGCAGCAGCT TTTAGAACGA 
AAACCAGATA ATTTTATGAC TTTGTCCCGT TTGATTGATC TCCTGAGAAG ATGTGGGAAA 
CTTGAGGAGG TTCCGAGATT TTTCTTGATG GCTGAGAAAC ACAACTCCAG AACAAAATTG 
GAGCCAGGAT TTCAGTACTG TAAAGGATTA CATTTTTGGT ATACTGGAGA ACCAAATGAT 
GCCCTTCGAC ATTTTAATAA AGCTCGGAAA GATAGTGACT GGGGTCAAAA TGCACTTTAT 
AATATGATAG AAATCTGCTT GAATCCAGAC AATGAAACTA TTGGAGGTGA AGTGTTTGAA 
AACCTGAATG GAGACCTGGG CACTTCCCCA GAGAAGCAGG AATCTGTGCA GTTAGCAGTG 
AGGACGGCAG AAAAGCTCCT TAAAGAACTA AAACCTCAGA CTGTCCAGGG CCGCCTGCAA 
CTCCGCATCA TGGAAAACTG CTGCTTAATG GCCACCAAGC AGAAGTCCAG TGTGGAGCAG 
GCGCTGAACA CCTTCACCGA AATAGCAGCC TCTGAGAAGG ATCATATCCC TGCTCTCCTG 
GGAATGGCCA CCGCTTATAT GATCTTGAAA CAGACCCCGA AAGCCAGAAA CCAGCTGAAG 
CGGATTGCAA AAATGACCTG GAATCCTATT GAAGCCGAGG AGCTGGAGAA GAGCTGGCTG 
CTGCTTGCGG ATATTTATAT CCAGTCAGCA AAATATGACA TGGCGGAAGA GCTGCTGAAA 
CGGTGTCTGT GCCATAACCG GTCCTGCTGC AAAGCTTATG AATATATGGG GTACATTATG 
GAGAAGGAGC AAGCATACAC AGATGCAGCC TTCAACTATG AGATGGCCTG GAAACATAGC 
AACCAGACAA ATCCTGCTGT GGGATATAAA TTGGCATTTA ATTACTTAAA AGCAAAACGA 
TATGTGGATG CAATTGACGT ATGTCACCAG GTTCTTGAAG CACATCCAAC TTACCCCAAA 
ATCCGAAAGG ATATACTGGA TAAGGCCCGT GCATCGTTAA GACCTTGA