TTC37 cDNA ORF clone, Nanorana parkeri

Gene
Clones
gRNAs

Summary

Gene Symbol	TTC37
Entrez Gene ID	108790305
Full Name	tetratricopeptide repeat domain 37
Gene Type	protein-coding
Organism	Nanorana parkeri

mRNA and Protein(s)

mRNA	Protein	Name
XM_018560535.1	XP_018416037.1	tetratricopeptide repeat protein 37

Pathways from BioSystems
Gene Ontology

The following TTC37 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTC37 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
ONa58057	XM_018560535.1 Latest version!	Nanorana parkeri tetratricopeptide repeat domain 37 (TTC37), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

TTC37 ( XM_018560535.1 ) cDNA ORF clone, Nanorana parkeri -> XP_018416037.1 Nanorana parkeri tetratricopeptide repeat domain 37 (TTC37), mRNA.

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CloneID	ONa58057
Clone ID Related Accession (Same CDS sequence)	XM_018560535.1
Accession Version	XM_018560535.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4689bp) 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	2016-09-29
Organism	Nanorana parkeri
Product	tetratricopeptide repeat protein 37
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017306730.1) 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 :: Nanorana parkeri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCAGTA AAGAAGTGAA AGCCGTGTTG AAGAATGCCA GAGATTCAAT TAGAAATAAA 
GATTATAAAG AAGCACTCAA GCAGTGTAAG GCAGCTCTGA AATTGGACAA GAATAACTAC 
AATGCCTGGG TTTTCATTGG ATTAGCTGCT GCCGAGCTGG AGCAGGAAGG CCAAGCACAA 
GCTGCCTACA GAAAAGCCGC AGAGCTCGAA CCAGAACAGC TATTGGCCTG GCAGGGGTTG 
GCGAATTTGT ATGAAAAAGT CAGCCAAAAA GAATTAAAAG AAGACTTGCC AAATGTGTAC 
CAAAAGCTGT TGGAACTTTA CAAAACCTCT GACAAACAGA AGTGGGGTGA AGTGTGTAAA 
AAGCTGGTTG ATCTGTACAA GGAAGATAGA AAATACTTAC AGGCTGCACA AACATGGCAA 
CAGTTAATAA ACACAAAGCA AGAAGAAGGA ATCGACAAGA GCGAGCTTTA CAAGTTATGG 
AGACAGATGA CTCAACTGCT GGCAGAGAAC ATAGAGCTCC AAGACAATGA GAGCCAGCAG 
CAGCTCTTAA ATGCATTTGG AAATGCCATT TCCTACTTGG AAGAGGTACC AGGAGATGAA 
CACCGTGTAC TTTATCAGGA CTTTGTTCTC TGCTTGTCTA AGCTGCCACA TGAAGAAGCC 
AAGTTAAAAG AGATATGTAC CAACATGGCA GCAGTTTACC CTACCCTCAC CTATCCTCTG 
GAAGTCCTTA GCTTGCACTT CATTAAGTCC GGGGACGTTA GTGAAGAAGC TGTCCAGTGT 
TACAACAGGC TTGTGCAGTT GGACAATTCC AATGGATCTG GCCTCATTGG AATGGGAATC 
ACAGCCCTGA ATGATAAAAA GTATGATCTG GCAGTAGAGA AATTGTCTAC AGGAGTACAT 
AAAGTGAGTT CATGCCCCCA TGCATGGTTC TTTCTGGCTC GGGCTCAGCA GAAATTACAC 
AGACATGAAG AGGCTGTTCT ATCCTGTGAA CAAATCATTA AGGCTTTGTC ACATGATAAC 
CTATCACCCA GAGACTCTGA GCATAAGAAT ATGGCACTGC AGCTGAAAGC TGAAGCAATG 
CTGGAGTACT GTGATCCGGA AGAGATCCTG AAAACTATTG AACAGATTTC TAATAAGGAC 
GGTGACCCGG CTCTCACTGC CCTGAAAGGC AAGGTGTATT TAAAGCAGGG ATTTTTGGAA 
CGAGCATCTA AGCTGTCGGA AGAACTTGTA CAGTCACTGC CTGAGATGGC AGAGGGACAT 
TTTCTGATGG GTCTGATCCA TTACACACAG AAGAGCTACA AAGAGGCTGA AAAAAGTTTT 
CTGAGTGCCA TTGAAAGAAA TCTGGAGGTT GGAAACTATT ATTACTATTT AGGACTCACT 
CACTGGTTTA TGAGTGAAGA AACCAAGAGA GACAAAACAA AAGCTGTTAC GCAGTTTTTA 
AAGGCTGCAA AACTGGATCC TTGTTATTCC AAAGTATTTT GCTACTTGGG ACATTACTAC 
AAAGAAGTAG CTGGTGACAA AGGCCGGGCA CGAGGATGTT ATAAGAAGGC ATTTGACCTA 
GATTGGAGAG ACGGAGAATC GGGAGCAGCA GCTGTGGACC TAAGTATGGA GCTTGGTGAC 
ATGGACACAG CATTAGCGAT TTTATCAGCT GTTACAGAAA AGGCAAGTGC AGGAACTGCA 
AAATGGGCTT GGCTTAGGCG AGGTCTCTTC TATCTGAGAG CTGGTCAACA TTCTAAAGCC 
GTGTCTGACT TGCATGCTGC ACTTAGAGCT GATCCGAAGG ACTCCAACTG CTGGGAGTGT 
TTGGGAGAGG CCTACCTGAG CAGAGGAGGA TACACCACTG CACTGAAATC GTTCATGAAA 
GCCAGTGAAC TGAACCCAGA CTCCCTGTAC AGTACGTACA AGATAGCTTC CATCAAGCAG 
ATCCTGGGGA CATATAAAGA GGCTGTATCA GAATACCTGC AAATTGTTAA GAAGTCTGGG 
GACTATGTGC CTGCACTAAA AGGTCTTGGT GAATGCCATT TAATGCTTGC AAAAGGCGCA 
CTTGCAGATT TCCTGGATGC CAAGGCAGTT GATGTCATAG AAAAAGGGCT TGAATATCTG 
ACAAGAGCGG TTCAGCAGCG GCCAGATCTT GTATGTCTAT GGAAACTTCT TGGAGATGCC 
TGTACCAGTC TTCAAGCAGT CTCAGCAGCT AAGGTCAAAA TTAATGTTTT GGGTGCCCTT 
GTTGGACAGA ATGAAGGTCA TAAAGTGATC AGTAAATCGG AGACCTTAGA GCTAGGAGCA 
AGGTGTTATG GGCGAGCATT AAAGCTTCAA CCGTCTGCAA ATATCTGGTG TGATCTTGGC 
ATAAATTATT ATTACCAAGC TCGAAACCTA ATAAACTGTG ACAGCCAAGG AAGTGACACA 
AGTAATTTAT TGGAAAGATC CATACAGTGC ATTAAGAAAT CGCTCATGAT GGACAGTACT 
AGCCATCAGT ACTGGAATGC ACTTGGGGTT GTTTGCTGCT CTAAAGGTGT CAACAATAAT 
GTTCTTGCAC AACATGCTCT TATCAAGTCA ATTCAGTGTC AGCCTAATAA TGCTGTTGCA 
TGGACTAATT TGGGTGCTCT GTATTTAGTG AATGAAAACA TTGAGCTAAG CCATCAAGCT 
TTTAAAGTGG CCCAGTCTCT TGAACCATCA TATGTGAGAT GCTGGATTGG ACAGGCCCTG 
ATTGCAGAAC GTGTTGGAAG TTATGAAACC ATGGATCTCT TCAGACACAC TACTGAGCTC 
AGTATGCACA CAGAGGGTGC CAATGGATAT GCTCACTGGG TCTGTACAAC CCTGCAGGAT 
AAAAGCAACA GAAATACAGA GCTGTATCGC TATAGCATAT TGCAGATGAA TGCTATCTCT 
GCAGCTCACC TAGCCCTGAA CAAATATACA GACCGGATTC AAAATGATGC TGCAGCATTT 
GCTATGTTGG GATATTTGAA TGAACACCTG AAGCTGAAGA TTCAAGCTAA GGAAGCTTAC 
CACCGGGCCG TTTCAATGCT TCGTGATAAA GAAGACAAAG AAAGCTATAA CTGTGCACTT 
AGAAACTATG GAAGGTCACT CTGTGCGATA GGTCAGTATG ATGAAGCCAT CAAGGCATAC 
ACATCCACAG CGCTGACAGA GTTTGATGAC CTCACTGGGC TGGCTCTTGC ATACTTCAAA 
AAAGGACTTT TAAAGGACAG CATGAAAGTG TACAAGACGG CTTTGTCGGT TGCAAAGACT 
GAGCAAGAGA AAGCGCACAT CCTCACCACC ATGGCAATAA TTGAGTACAA CCAAGGCAAC 
AGCGATTTGG CCAAAACCAT CCTGTTTAAA TGCTCCATGT TGAAGGAATC CAGCATCGAA 
AGTCTTCAAG CTCTCTGTGC TCTAGGGTTG GCAAAGCAGG ATGTTACCTT GGCAACTGCC 
GCTCTTAATG AGTTACTCAA GCATGTTAAA ATTAATGATA GCATGTATGA GAAATGCCTT 
ATTACATCTG CCATATATGC TTTGCAAGGG AGGGCTATCG CGGTGCAGAG GCAGGCCTGC 
AAAGCTGTCC ACAGCCACCC AGGCAATGCA GAGCTATGGA CTCTTCTGTC AAGGCTGGTT 
CCCCAGTATG CTCCCAATAA CGCCAAGGGT GGTGCAGTCG CAGGCATTGT TGCGCAGACC 
ATAAGCCTTA ATCAAGCAAA GAAATCTCTG CTGTATACTG CAGTAAATGA ATTAGGAGCC 
GGGACTTTGA CAGTTGAAAA TGAGAAGCAA AATGCTTTGA AATCCTTGCA AAGAGCCGCA 
CGTTTCTTTC CAGATAATCC AGCAGTTTGG GCTGGATTAA TGGCTGCCTG TCATGTGGAG 
AATACAGCTT CCTACATCAA TAAAACACCA GCCAAAGGCG CTGGACGCAA TGTGACATTT 
TTAGCATCTG TGAAATCCAA GACTGAAGCA ATGAAGCAGA TTTCTGCTAG TTATGCCCAA 
TCCTTGGAGA CCTGGTCATT GTGTCAAGCC ATTTCTTCAT TGAAGGATCA AGATAAACTT 
TCAGAGGCTG AGACTTTGTG CACAAAGGGA ATAAAGAGCT GTCCGGAGCA GCCACCATTG 
TTGGTGCTGT TAAGGCAAGT TCAGTTCAAG CAGCTCATAC AGTCCCGTGC GCCCTTCTCT 
GGACCTGTTC TGGAAGAAAT AAAGAAGACT GTGATGTCCA ATGCCAACTC CCAATCTGCC 
TGGCATTGGT TAGCTGACGT GTACCAGTTC CAGGGAATGA TGATGGATGC GGAGATGTGC 
TACAGGAAGA GTCTTCAGTT GGCATCACAG CAAGGGAACT TCAGTGGGAA GCTCTCAAGC 
CTGCTGCGAT TATCTCTTCT CGCGCTGAGA GTTTGTATGG CAAAGATTCC CGACACTCGC 
TGGCCAGCTC TTCTGCAAGA GGCCACAAGT GAAGTCTTGA AGATGACCTC ATGCCCAATG 
GCCACTCTGC TCCAGGGACT TCTCCAGTTC TGCACTAAGG GGTCACGGAA AACCCGGCAA 
TTATTGGAGA AAGTGGTTTA TCAGACCGGA TGCAGTGAGA CGATTGCTGC TGTCGCCCGC 
TGGTATCTCC TTAGACATTT ACATGCCAAA AATGACGATC AGTTAATTGA AGTGCTTTTA 
GAGAATGCCA AAGTCCATGA AGACACCCGA GTCCTGGATC TTCACCGGCA GCTGTCCAGT 
AGTTCATAG

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

RefSeq	XP_018416037.1
CDS	19..4707
Translation	MSSKEVKAVLKNARDSIRNKDYKEALKQCKAALKLDKNNYNAWVFIGLAAAELEQEGQAQAAYRKAAELEPEQLLAWQGLANLYEKVSQKELKEDLPNVYQKLLELYKTSDKQKWGEVCKKLVDLYKEDRKYLQAAQTWQQLINTKQEEGIDKSELYKLWRQMTQLLAENIELQDNESQQQLLNAFGNAISYLEEVPGDEHRVLYQDFVLCLSKLPHEEAKLKEICTNMAAVYPTLTYPLEVLSLHFIKSGDVSEEAVQCYNRLVQLDNSNGSGLIGMGITALNDKKYDLAVEKLSTGVHKVSSCPHAWFFLARAQQKLHRHEEAVLSCEQIIKALSHDNLSPRDSEHKNMALQLKAEAMLEYCDPEEILKTIEQISNKDGDPALTALKGKVYLKQGFLERASKLSEELVQSLPEMAEGHFLMGLIHYTQKSYKEAEKSFLSAIERNLEVGNYYYYLGLTHWFMSEETKRDKTKAVTQFLKAAKLDPCYSKVFCYLGHYYKEVAGDKGRARGCYKKAFDLDWRDGESGAAAVDLSMELGDMDTALAILSAVTEKASAGTAKWAWLRRGLFYLRAGQHSKAVSDLHAALRADPKDSNCWECLGEAYLSRGGYTTALKSFMKASELNPDSLYSTYKIASIKQILGTYKEAVSEYLQIVKKSGDYVPALKGLGECHLMLAKGALADFLDAKAVDVIEKGLEYLTRAVQQRPDLVCLWKLLGDACTSLQAVSAAKVKINVLGALVGQNEGHKVISKSETLELGARCYGRALKLQPSANIWCDLGINYYYQARNLINCDSQGSDTSNLLERSIQCIKKSLMMDSTSHQYWNALGVVCCSKGVNNNVLAQHALIKSIQCQPNNAVAWTNLGALYLVNENIELSHQAFKVAQSLEPSYVRCWIGQALIAERVGSYETMDLFRHTTELSMHTEGANGYAHWVCTTLQDKSNRNTELYRYSILQMNAISAAHLALNKYTDRIQNDAAAFAMLGYLNEHLKLKIQAKEAYHRAVSMLRDKEDKESYNCALRNYGRSLCAIGQYDEAIKAYTSTALTEFDDLTGLALAYFKKGLLKDSMKVYKTALSVAKTEQEKAHILTTMAIIEYNQGNSDLAKTILFKCSMLKESSIESLQALCALGLAKQDVTLATAALNELLKHVKINDSMYEKCLITSAIYALQGRAIAVQRQACKAVHSHPGNAELWTLLSRLVPQYAPNNAKGGAVAGIVAQTISLNQAKKSLLYTAVNELGAGTLTVENEKQNALKSLQRAARFFPDNPAVWAGLMAACHVENTASYINKTPAKGAGRNVTFLASVKSKTEAMKQISASYAQSLETWSLCQAISSLKDQDKLSEAETLCTKGIKSCPEQPPLLVLLRQVQFKQLIQSRAPFSGPVLEEIKKTVMSNANSQSAWHWLADVYQFQGMMMDAEMCYRKSLQLASQQGNFSGKLSSLLRLSLLALRVCMAKIPDTRWPALLQEATSEVLKMTSCPMATLLQGLLQFCTKGSRKTRQLLEKVVYQTGCSETIAAVARWYLLRHLHAKNDDQLIEVLLENAKVHEDTRVLDLHRQLSSSS

Target ORF information:

RefSeq Version	XM_018560535.1
Organism	Nanorana parkeri
Definition	Nanorana parkeri tetratricopeptide repeat domain 37 (TTC37), mRNA.

Target ORF information:

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

XM_018560535.1

ORF Insert Sequence:

ATGTCCAGTA AAGAAGTGAA AGCCGTGTTG AAGAATGCCA GAGATTCAAT TAGAAATAAA 
GATTATAAAG AAGCACTCAA GCAGTGTAAG GCAGCTCTGA AATTGGACAA GAATAACTAC 
AATGCCTGGG TTTTCATTGG ATTAGCTGCT GCCGAGCTGG AGCAGGAAGG CCAAGCACAA 
GCTGCCTACA GAAAAGCCGC AGAGCTCGAA CCAGAACAGC TATTGGCCTG GCAGGGGTTG 
GCGAATTTGT ATGAAAAAGT CAGCCAAAAA GAATTAAAAG AAGACTTGCC AAATGTGTAC 
CAAAAGCTGT TGGAACTTTA CAAAACCTCT GACAAACAGA AGTGGGGTGA AGTGTGTAAA 
AAGCTGGTTG ATCTGTACAA GGAAGATAGA AAATACTTAC AGGCTGCACA AACATGGCAA 
CAGTTAATAA ACACAAAGCA AGAAGAAGGA ATCGACAAGA GCGAGCTTTA CAAGTTATGG 
AGACAGATGA CTCAACTGCT GGCAGAGAAC ATAGAGCTCC AAGACAATGA GAGCCAGCAG 
CAGCTCTTAA ATGCATTTGG AAATGCCATT TCCTACTTGG AAGAGGTACC AGGAGATGAA 
CACCGTGTAC TTTATCAGGA CTTTGTTCTC TGCTTGTCTA AGCTGCCACA TGAAGAAGCC 
AAGTTAAAAG AGATATGTAC CAACATGGCA GCAGTTTACC CTACCCTCAC CTATCCTCTG 
GAAGTCCTTA GCTTGCACTT CATTAAGTCC GGGGACGTTA GTGAAGAAGC TGTCCAGTGT 
TACAACAGGC TTGTGCAGTT GGACAATTCC AATGGATCTG GCCTCATTGG AATGGGAATC 
ACAGCCCTGA ATGATAAAAA GTATGATCTG GCAGTAGAGA AATTGTCTAC AGGAGTACAT 
AAAGTGAGTT CATGCCCCCA TGCATGGTTC TTTCTGGCTC GGGCTCAGCA GAAATTACAC 
AGACATGAAG AGGCTGTTCT ATCCTGTGAA CAAATCATTA AGGCTTTGTC ACATGATAAC 
CTATCACCCA GAGACTCTGA GCATAAGAAT ATGGCACTGC AGCTGAAAGC TGAAGCAATG 
CTGGAGTACT GTGATCCGGA AGAGATCCTG AAAACTATTG AACAGATTTC TAATAAGGAC 
GGTGACCCGG CTCTCACTGC CCTGAAAGGC AAGGTGTATT TAAAGCAGGG ATTTTTGGAA 
CGAGCATCTA AGCTGTCGGA AGAACTTGTA CAGTCACTGC CTGAGATGGC AGAGGGACAT 
TTTCTGATGG GTCTGATCCA TTACACACAG AAGAGCTACA AAGAGGCTGA AAAAAGTTTT 
CTGAGTGCCA TTGAAAGAAA TCTGGAGGTT GGAAACTATT ATTACTATTT AGGACTCACT 
CACTGGTTTA TGAGTGAAGA AACCAAGAGA GACAAAACAA AAGCTGTTAC GCAGTTTTTA 
AAGGCTGCAA AACTGGATCC TTGTTATTCC AAAGTATTTT GCTACTTGGG ACATTACTAC 
AAAGAAGTAG CTGGTGACAA AGGCCGGGCA CGAGGATGTT ATAAGAAGGC ATTTGACCTA 
GATTGGAGAG ACGGAGAATC GGGAGCAGCA GCTGTGGACC TAAGTATGGA GCTTGGTGAC 
ATGGACACAG CATTAGCGAT TTTATCAGCT GTTACAGAAA AGGCAAGTGC AGGAACTGCA 
AAATGGGCTT GGCTTAGGCG AGGTCTCTTC TATCTGAGAG CTGGTCAACA TTCTAAAGCC 
GTGTCTGACT TGCATGCTGC ACTTAGAGCT GATCCGAAGG ACTCCAACTG CTGGGAGTGT 
TTGGGAGAGG CCTACCTGAG CAGAGGAGGA TACACCACTG CACTGAAATC GTTCATGAAA 
GCCAGTGAAC TGAACCCAGA CTCCCTGTAC AGTACGTACA AGATAGCTTC CATCAAGCAG 
ATCCTGGGGA CATATAAAGA GGCTGTATCA GAATACCTGC AAATTGTTAA GAAGTCTGGG 
GACTATGTGC CTGCACTAAA AGGTCTTGGT GAATGCCATT TAATGCTTGC AAAAGGCGCA 
CTTGCAGATT TCCTGGATGC CAAGGCAGTT GATGTCATAG AAAAAGGGCT TGAATATCTG 
ACAAGAGCGG TTCAGCAGCG GCCAGATCTT GTATGTCTAT GGAAACTTCT TGGAGATGCC 
TGTACCAGTC TTCAAGCAGT CTCAGCAGCT AAGGTCAAAA TTAATGTTTT GGGTGCCCTT 
GTTGGACAGA ATGAAGGTCA TAAAGTGATC AGTAAATCGG AGACCTTAGA GCTAGGAGCA 
AGGTGTTATG GGCGAGCATT AAAGCTTCAA CCGTCTGCAA ATATCTGGTG TGATCTTGGC 
ATAAATTATT ATTACCAAGC TCGAAACCTA ATAAACTGTG ACAGCCAAGG AAGTGACACA 
AGTAATTTAT TGGAAAGATC CATACAGTGC ATTAAGAAAT CGCTCATGAT GGACAGTACT 
AGCCATCAGT ACTGGAATGC ACTTGGGGTT GTTTGCTGCT CTAAAGGTGT CAACAATAAT 
GTTCTTGCAC AACATGCTCT TATCAAGTCA ATTCAGTGTC AGCCTAATAA TGCTGTTGCA 
TGGACTAATT TGGGTGCTCT GTATTTAGTG AATGAAAACA TTGAGCTAAG CCATCAAGCT 
TTTAAAGTGG CCCAGTCTCT TGAACCATCA TATGTGAGAT GCTGGATTGG ACAGGCCCTG 
ATTGCAGAAC GTGTTGGAAG TTATGAAACC ATGGATCTCT TCAGACACAC TACTGAGCTC 
AGTATGCACA CAGAGGGTGC CAATGGATAT GCTCACTGGG TCTGTACAAC CCTGCAGGAT 
AAAAGCAACA GAAATACAGA GCTGTATCGC TATAGCATAT TGCAGATGAA TGCTATCTCT 
GCAGCTCACC TAGCCCTGAA CAAATATACA GACCGGATTC AAAATGATGC TGCAGCATTT 
GCTATGTTGG GATATTTGAA TGAACACCTG AAGCTGAAGA TTCAAGCTAA GGAAGCTTAC 
CACCGGGCCG TTTCAATGCT TCGTGATAAA GAAGACAAAG AAAGCTATAA CTGTGCACTT 
AGAAACTATG GAAGGTCACT CTGTGCGATA GGTCAGTATG ATGAAGCCAT CAAGGCATAC 
ACATCCACAG CGCTGACAGA GTTTGATGAC CTCACTGGGC TGGCTCTTGC ATACTTCAAA 
AAAGGACTTT TAAAGGACAG CATGAAAGTG TACAAGACGG CTTTGTCGGT TGCAAAGACT 
GAGCAAGAGA AAGCGCACAT CCTCACCACC ATGGCAATAA TTGAGTACAA CCAAGGCAAC 
AGCGATTTGG CCAAAACCAT CCTGTTTAAA TGCTCCATGT TGAAGGAATC CAGCATCGAA 
AGTCTTCAAG CTCTCTGTGC TCTAGGGTTG GCAAAGCAGG ATGTTACCTT GGCAACTGCC 
GCTCTTAATG AGTTACTCAA GCATGTTAAA ATTAATGATA GCATGTATGA GAAATGCCTT 
ATTACATCTG CCATATATGC TTTGCAAGGG AGGGCTATCG CGGTGCAGAG GCAGGCCTGC 
AAAGCTGTCC ACAGCCACCC AGGCAATGCA GAGCTATGGA CTCTTCTGTC AAGGCTGGTT 
CCCCAGTATG CTCCCAATAA CGCCAAGGGT GGTGCAGTCG CAGGCATTGT TGCGCAGACC 
ATAAGCCTTA ATCAAGCAAA GAAATCTCTG CTGTATACTG CAGTAAATGA ATTAGGAGCC 
GGGACTTTGA CAGTTGAAAA TGAGAAGCAA AATGCTTTGA AATCCTTGCA AAGAGCCGCA 
CGTTTCTTTC CAGATAATCC AGCAGTTTGG GCTGGATTAA TGGCTGCCTG TCATGTGGAG 
AATACAGCTT CCTACATCAA TAAAACACCA GCCAAAGGCG CTGGACGCAA TGTGACATTT 
TTAGCATCTG TGAAATCCAA GACTGAAGCA ATGAAGCAGA TTTCTGCTAG TTATGCCCAA 
TCCTTGGAGA CCTGGTCATT GTGTCAAGCC ATTTCTTCAT TGAAGGATCA AGATAAACTT 
TCAGAGGCTG AGACTTTGTG CACAAAGGGA ATAAAGAGCT GTCCGGAGCA GCCACCATTG 
TTGGTGCTGT TAAGGCAAGT TCAGTTCAAG CAGCTCATAC AGTCCCGTGC GCCCTTCTCT 
GGACCTGTTC TGGAAGAAAT AAAGAAGACT GTGATGTCCA ATGCCAACTC CCAATCTGCC 
TGGCATTGGT TAGCTGACGT GTACCAGTTC CAGGGAATGA TGATGGATGC GGAGATGTGC 
TACAGGAAGA GTCTTCAGTT GGCATCACAG CAAGGGAACT TCAGTGGGAA GCTCTCAAGC 
CTGCTGCGAT TATCTCTTCT CGCGCTGAGA GTTTGTATGG CAAAGATTCC CGACACTCGC 
TGGCCAGCTC TTCTGCAAGA GGCCACAAGT GAAGTCTTGA AGATGACCTC ATGCCCAATG 
GCCACTCTGC TCCAGGGACT TCTCCAGTTC TGCACTAAGG GGTCACGGAA AACCCGGCAA 
TTATTGGAGA AAGTGGTTTA TCAGACCGGA TGCAGTGAGA CGATTGCTGC TGTCGCCCGC 
TGGTATCTCC TTAGACATTT ACATGCCAAA AATGACGATC AGTTAATTGA AGTGCTTTTA 
GAGAATGCCA AAGTCCATGA AGACACCCGA GTCCTGGATC TTCACCGGCA GCTGTCCAGT 
AGTTCATAG