TMEM131 cDNA ORF clone, Myotis davidii

Gene
Clones
gRNAs

Summary

Gene Symbol	TMEM131
Entrez Gene ID	102774719
Full Name	transmembrane protein 131
Gene Type	protein-coding
Organism	Myotis davidii

mRNA and Protein(s)

mRNA	Protein	Name
XM_015570023.1	XP_015425509.1	transmembrane protein 131

Pathways from BioSystems
Gene Ontology

The following TMEM131 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TMEM131 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
OMy86419	XM_015570023.1 Latest version!	Myotis davidii transmembrane protein 131 (TMEM131), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

TMEM131 ( XM_015570023.1 ) cDNA ORF clone, Myotis davidii -> XP_015425509.1 Myotis davidii transmembrane protein 131 (TMEM131), mRNA.

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CloneID	OMy86419
Clone ID Related Accession (Same CDS sequence)	XM_015570023.1
Accession Version	XM_015570023.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5493bp) 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	2016-02-08
Organism	Myotis davidii
Product	transmembrane protein 131
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006297281.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Myotis davidii 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGACCGAAC AGTCTGTGTG GGGCAACCAG GCCCACAGAA CATTCAAGAA AGTTTCATTT 
ATTCAGTCGG AGAGCATAAT AGAAGTACTG CGTTTTGATG ATGGAGGGCT GCTACAGACT 
GAGACAACAC TTGGATTCAG TTCCTATCAA CAAAAAAGTA TATCTCTGTA CCGAGGTAAT 
TGCAGACCTA TACGATTTGA ACCACCAATG CTGGATTTCC ATGAACAGCC AGTTGGAATG 
CCAAAAATGG AAAAAGTTTA CTTACATAAT CCTAGTTCTG AAGAAACTAT TACTTTAATA 
TCAATATCTG CTACAACATC ACATTTTCAT GCATCATTTT TTCAAAATAG GAAAATTCTT 
CCAGGAGGAA ATACATCATT TGATGTAGTT TTTCTTGCAA GAGTAGTAGG AAATGTAGAA 
AATACTTTAT TTATTAATAC ATCTAATCAT GGGGTATTTA CCTACCAGGT ATTTGGAGTT 
GGAGTTCCAA ATCCTTATCG ATTGAGGCCA TTCCTTGGGG CTAGAGTCCC TGTGAATAGC 
AGTTTCTCAC CTATAATAAA CATACACAAC CCTCACAGTG AGCCTTTGCA GGTTGTAGAA 
ATGTACTCTA GTGGAGGAGA TCTTCACCTA GAACTTCCAA CAGGTCAACA AGGAGGGACC 
AGAAAATTGT GGGAAATTCC TCCTTATGAA ACCAAGGGAG TGATGAGAGC CAGTTTTTCC 
TCCAGAGAAG CCGATAACCA CACAGCTTTC ATAAGAATAA AGACTAACGC TTCAGACAGC 
ACGGAGTTCA TCATTCTTCC TGTTGAGGTT GAAGTTACAA CAGCTCCTGG AATTTATTCC 
TCAACAGAAA TGTTAGATTT TGGTACGCTG CGAACACAAG ATCTACCAAA AGTTTTAAAT 
CTTCATTTAT TAAATTCAGG AACAAAAGAT GTACCAATAA CAAGTGTTCG ACCCACACCC 
CAAAATGACG CTATAACGGT ACACTTTAAA CCAATTACCT TAAAAGCTTC AGAAAGTAAA 
TATACCAAAG TTGCAAGTAT TAGTTTTGAT GCATCAAAGG CAAAAAAACC ATCTCAATTT 
TCTGGGAAAA TCACTGTTAA AGCAAAGGAA AAAAGTTATT CTAAACTTGA AATACCATAT 
CAAGCTGAAG TATTAGATGG TTATTTGGGA TTTGATCACG CTGCAACATT GTTTCACATC 
CGAGACAGCC CTGCTGATCC TGTGGAAAGG CCAATTTACC TTACTAACAC TTTCAGTTTT 
GCGATCCTCA TTCATGATGT GTTGCTACCA GAGGAAGCCA AAACAATGTT TAAAGTTCAC 
AACTTCAGCA AACCAGTCTT AATTCTTCCA AACGAATCAG GATACATTTT TACCCTCTTT 
TTTATGCCAT CCACATCATC TGTGCACATA GATAACAACA TTTTACTCAT TACCAATGCT 
TCCAAATTTC ATTTGCCTGT GCGGGTATAT ACAGGCTTTT TAGATTACTT TGTATTACCC 
CCCAAAATAG AGGAACGTTT CATAGATTTT GGCGTACTGA GTGCTACAGA AGCGAGTAAT 
ATTTTGTTTG CAATTATAAA CAGTAATCCA ATTGAGTTGG CTATAAAAAG TTGGCACATC 
ATAGGAGATG GCTTGTCAAT AGAACTCATA GCTACTGAAA GAGGCAATAG AACAACAATA 
ATTGCGAGCC TTCCAGAGTT AGAAAAATCC TCTCTATCAG ACCAGTCATC AGTGATACTA 
GCCCCAGGCT ATTTTGCAGT GTTCAGAGTC AAGCTTACTG CAAAAAAACT GGAAGGGATT 
CATGATGGAG CCATACAGAT CACAACAGAT TATGAGATCC TAACGATTCC TGTGAAGGCT 
GTGATCGCTG TGGGTTCGCT GACTTGCTTC CCAAAGCATA TGGTCCTTCC ACCGTCCTTC 
CCAGGGAAAG TAGTTCATCA GAGTTTAAGT ATAATGAACT CCTTCTCACA GAAGGTAAAG 
ATACAGCAAA TTCGATCTTT GTCAGAAGAT GGGCGGTTTT ACTACAAACG ATTACGGGCC 
AATAAAGAAG ACTTGGAGCC AGGGAAAAAA TCAAAGATTG CAAACATTTA TTTTGATCCT 
GGACTGCAGT GTGGAGATCA TTGCTATGTC GGCTTGCCTT TTTTGTCCAA ATCTGAACCC 
AAAGTGCAGC CTGGGATAGC CATGCAGGAA GATACATGGG ATGCGGACTG GGATTTGCAT 
CAAAGCCTAT TCAAAGGATG GATGGGAATA AAGGAAAACT CAGGTCATAA ATTGAGTGCT 
TTATTTGAAG TAAATACAGA CCTTCAAAAA AATATACTAT CAAAAATCAC TGCCGAGCTC 
TCCTGGCCTT CCGTACTTAG CTCACCCCGG CTCCTGACAT TCCCACTGAC TAATACCAAC 
TGCTCTTCAG AAGAAGAGAT TACTTTAGAA AATCCTGCAG ATATTCCTGT TTACATTCAA 
TTTATTCCTC TGGCTTTATA TTCCAATCCT TCAGTCTTTG TAGATAAGTT AATATCAAGG 
TTTAACTTGA GTAAGGTGGC AAAGATAGAT TTAAGAACAC TAGAATTCCA AGTCTTCAGA 
AACAGTGCTC ATCCACTGCA GAGTTCAGCT GGGTTCACAG AGGGCCTCTC TCGACATTTC 
ATCTTGAACC TCATTTTAAA ACCTGGAGAG AAGAGGTCTG TCAAAGTAAA GTTTACTCCC 
ATTCACAACA GAACTGTTTC CTCACTGATC ATAATCAGAA ATAACCTGAC CGTGATGGAT 
GCTCTGATGG TCCAAGGACA AGGAACAACC GAGAACTTGA GGGTGGCAGG CAAGCTTCCT 
GGTCCAGGGA GTTCTTTACG CTTTAAAATC ACAGAAGCAT TATTAAAAGA CTGTACAGAT 
AGTTTGAAGC TGAGAGAACC GAATTTCACA TTGAAAAGAA CATTCAAAGT AGAGAATACA 
GGACAACTTC AAATGAACAT AGAAACCATT GAAGTCAGTG GGTACCCATG TGAGGGATAT 
GGCTTTAAAG TCGTTAATTG TCAAGAGTTT GCACTAAGCG CCAATGCCTC TAAAGACATA 
ATTATATTGT TTACTCCTGA TTTCACAGCA TCTAGGGTTA TTCGTGAACT GAAGTTTATA 
ACAGCCAGTG GCTCTGAATT TGTGTTTATA TTGAATGCAT CTCTTCCGTA CCATATGTTA 
GCAACCTGTG CAGAAGCCCT GCCCAGACCC AACTGGGAGC TGGCTCTGTA TATCATCATC 
TCAGGAATAA TGAGTGCCCT GTTTCTTTTG GTCATTGGAA CGGCCTATTT AGAAGCTCAA 
GGAATTTGGG AGCCATTTCG AAGACGGCTG TCCTTTGAGG CCTCAAACCC ACCCTTTGAT 
GTGGGAAGAC CATTTGATCT CAGGAGAATC ATTGGTATTT CATCTGAAGG AAACTTGAAC 
ACACTCAGCT GTGACCCCAG TCATAGTCGG GGGTTCTGTG GCCCAGGGGG CTCGTCATCA 
CGACCTGGTG CAGGAAGTCA TAAGCAGTGT GGTCCGTCAG TCCATCCACA CAGCAGTCAC 
AGCAATAGAA ACTCAGCTGA CATGAACAAT GTCAGAGCCA AAAACAGCAC CAGTACCTCT 
AGCAGGACTT CTGCACAGTC TGCTAGCAAA GCAGGCACCC TGGTCCTTGA CTCGAACACA 
GTGGCCCAGG GTCACGCAGC AGGCAGAAAG TCCAAAGGAG CAAAACAGAG CCAGCACAGC 
AGCCAGCACC ATGTCCATGG CACGCTGGAG CAGCACTCTC CCCCTCCACC ACCACCAGTG 
CCTCAGCACC AGGAGCCACA GTCTGGAAGG CTGTCACCCA CCCCCCTCGT GCATTCGTCC 
CACCCAGAAC ATGCCAGCAG CACAAGGCAC AGCTCAGAGG ACTCAGACAT CACCAGTCTC 
ATAGAAGCCA TGGACAAAGA CTTCGACCAC CATGACTCCC CAGCCCTAGA CGTGTTTACA 
GAGCAGCCAC CATCACCACT GTCAAAAAGC AAAGGGAAAG GAAAACCTCT TCAGCGCAAG 
GTTAAAGCAC CGAAGAAGCA AGAGGAGAAG AAGGGAAAGG GAAAGCCTCA GGATGACGAG 
CTGAAAGACT CGCTGGCTGA CGACGACAGC TCCTCCACCA CCACGGAGAC CTCCAACCCC 
GACACAGAGC CTCTCCTGAA GGAGGATACA GAAAAGCAAA AGGGAAAACA AGCCATGCCC 
GAGAAACATG AAAATGAAAT GTCTCAAGTG AAACAAAAAA GTAAAAAACT TTTGAATGTT 
AAAAAGGAAA TCCCAACAGA TGTGAAAACC AGTTGCTTAG AACTACCATA CCCTCCCCCA 
TTGGAAAGTA AACAACGGAG GACCCTCCCA ACCAAGATCC CTCATTCAAC TGCACTGACC 
AGCAGCTCCA AGTCTCGGAA TTCCCAGAAA CCAAAAGGTA CAAATAAATT AGTGGATAAC 
AGACCATCTG CCCTAGCGAA ATTCCTCCCA AATAGTCAAG AGCTAGGCAA CACCAGTAGC 
TCAGAGGGTG AAAAAGACTC TCCCCCACCA GAGTGGGACT CTGTGCCAGT CCACAAGCCT 
GGCAGCTCTA CCGATAGTCT TTATAAACTT TCTCTGCAAA CCATCAACGC AGACATCTTC 
TTAAAACAAC GCCAGACCTC ACCAACACCT GCCTCTCCGT CTTCCCCGGC GGCACCGTGC 
CCGCTTGCAT CCCGCGGCAG CTACAGCAGC ATCCTTAACA GTAGCTCCAG CAGTGACCCC 
AAAACCAAGC AGCCAAGTGG AAGCAAAAAC AAATTGACAA AAGCAGCCTC CCTCCCCGGC 
AAGAACGGCA ACCCCACGTT TGCTGCAGTC ACGGCCGGCT ACGACAAGAG CCCAGGTGGG 
AATGGCTTTG CTAAAGTTTC TTCAAACAAA ACAGATTTTT CCAGCAGCCT TGGCATGGCA 
CACACTCCTG GTGACAGCGA CGGCTCAGAC AGCTCGGGTT TGTGGAGTCC CGTCAGCAAC 
CCCAGCAGCC CTGACTTCAC ACCCCTCAAT TCGTTCTCCG CCTTTGGGAA TTCTTTTAAC 
CTAACTGGTG AAGTTTTCAG CAAACTCGGG TTATCTCGGT CGTGCAGTCA GGCCTCACAG 
AGGAGCTGGA ATGAATTTAG CAGTGGCCCT TCCTACCTGT GGGAATCTCC AGCGACAGAT 
CCCAGCCCCT CCTGGCCTGC CAGTTCCAGC TCGCCGACCC ACACGGCCAC GTCAGTCCTT 
GGCAACACCA GCGGCTTATG GTACACCCCT CCCTTCAGCA GCTCGATCTG GTCCAGCAAC 
CTGAGCAGTG CCCTCCCTTT CACCACTCCA GCAAGCACGC TGACCAGCAT CGGCCTCATG 
GGCACAGAGA ACGCTGCTCC TCACGCCCCT TCGGCCTCCA GCCCAGCTGA TGACGTGGGA 
CAGACCTACA ACCCGTGGCG GATATGGAGC CCCACAATTG GAAGAAGAAG CTCCGACCCG 
TGGTCTAATT CACACTTCCC TCATGAGAAT TGA

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

RefSeq	XP_015425509.1
CDS	1..5493
Translation	MTEQSVWGNQAHRTFKKVSFIQSESIIEVLRFDDGGLLQTETTLGFSSYQQKSISLYRGNCRPIRFEPPMLDFHEQPVGMPKMEKVYLHNPSSEETITLISISATTSHFHASFFQNRKILPGGNTSFDVVFLARVVGNVENTLFINTSNHGVFTYQVFGVGVPNPYRLRPFLGARVPVNSSFSPIINIHNPHSEPLQVVEMYSSGGDLHLELPTGQQGGTRKLWEIPPYETKGVMRASFSSREADNHTAFIRIKTNASDSTEFIILPVEVEVTTAPGIYSSTEMLDFGTLRTQDLPKVLNLHLLNSGTKDVPITSVRPTPQNDAITVHFKPITLKASESKYTKVASISFDASKAKKPSQFSGKITVKAKEKSYSKLEIPYQAEVLDGYLGFDHAATLFHIRDSPADPVERPIYLTNTFSFAILIHDVLLPEEAKTMFKVHNFSKPVLILPNESGYIFTLFFMPSTSSVHIDNNILLITNASKFHLPVRVYTGFLDYFVLPPKIEERFIDFGVLSATEASNILFAIINSNPIELAIKSWHIIGDGLSIELIATERGNRTTIIASLPELEKSSLSDQSSVILAPGYFAVFRVKLTAKKLEGIHDGAIQITTDYEILTIPVKAVIAVGSLTCFPKHMVLPPSFPGKVVHQSLSIMNSFSQKVKIQQIRSLSEDGRFYYKRLRANKEDLEPGKKSKIANIYFDPGLQCGDHCYVGLPFLSKSEPKVQPGIAMQEDTWDADWDLHQSLFKGWMGIKENSGHKLSALFEVNTDLQKNILSKITAELSWPSVLSSPRLLTFPLTNTNCSSEEEITLENPADIPVYIQFIPLALYSNPSVFVDKLISRFNLSKVAKIDLRTLEFQVFRNSAHPLQSSAGFTEGLSRHFILNLILKPGEKRSVKVKFTPIHNRTVSSLIIIRNNLTVMDALMVQGQGTTENLRVAGKLPGPGSSLRFKITEALLKDCTDSLKLREPNFTLKRTFKVENTGQLQMNIETIEVSGYPCEGYGFKVVNCQEFALSANASKDIIILFTPDFTASRVIRELKFITASGSEFVFILNASLPYHMLATCAEALPRPNWELALYIIISGIMSALFLLVIGTAYLEAQGIWEPFRRRLSFEASNPPFDVGRPFDLRRIIGISSEGNLNTLSCDPSHSRGFCGPGGSSSRPGAGSHKQCGPSVHPHSSHSNRNSADMNNVRAKNSTSTSSRTSAQSASKAGTLVLDSNTVAQGHAAGRKSKGAKQSQHSSQHHVHGTLEQHSPPPPPPVPQHQEPQSGRLSPTPLVHSSHPEHASSTRHSSEDSDITSLIEAMDKDFDHHDSPALDVFTEQPPSPLSKSKGKGKPLQRKVKAPKKQEEKKGKGKPQDDELKDSLADDDSSSTTTETSNPDTEPLLKEDTEKQKGKQAMPEKHENEMSQVKQKSKKLLNVKKEIPTDVKTSCLELPYPPPLESKQRRTLPTKIPHSTALTSSSKSRNSQKPKGTNKLVDNRPSALAKFLPNSQELGNTSSSEGEKDSPPPEWDSVPVHKPGSSTDSLYKLSLQTINADIFLKQRQTSPTPASPSSPAAPCPLASRGSYSSILNSSSSSDPKTKQPSGSKNKLTKAASLPGKNGNPTFAAVTAGYDKSPGGNGFAKVSSNKTDFSSSLGMAHTPGDSDGSDSSGLWSPVSNPSSPDFTPLNSFSAFGNSFNLTGEVFSKLGLSRSCSQASQRSWNEFSSGPSYLWESPATDPSPSWPASSSSPTHTATSVLGNTSGLWYTPPFSSSIWSSNLSSALPFTTPASTLTSIGLMGTENAAPHAPSASSPADDVGQTYNPWRIWSPTIGRRSSDPWSNSHFPHEN

Target ORF information:

RefSeq Version	XM_015570023.1
Organism	Myotis davidii
Definition	Myotis davidii transmembrane protein 131 (TMEM131), mRNA.

Target ORF information:

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

XM_015570023.1

ORF Insert Sequence:

ATGACCGAAC AGTCTGTGTG GGGCAACCAG GCCCACAGAA CATTCAAGAA AGTTTCATTT 
ATTCAGTCGG AGAGCATAAT AGAAGTACTG CGTTTTGATG ATGGAGGGCT GCTACAGACT 
GAGACAACAC TTGGATTCAG TTCCTATCAA CAAAAAAGTA TATCTCTGTA CCGAGGTAAT 
TGCAGACCTA TACGATTTGA ACCACCAATG CTGGATTTCC ATGAACAGCC AGTTGGAATG 
CCAAAAATGG AAAAAGTTTA CTTACATAAT CCTAGTTCTG AAGAAACTAT TACTTTAATA 
TCAATATCTG CTACAACATC ACATTTTCAT GCATCATTTT TTCAAAATAG GAAAATTCTT 
CCAGGAGGAA ATACATCATT TGATGTAGTT TTTCTTGCAA GAGTAGTAGG AAATGTAGAA 
AATACTTTAT TTATTAATAC ATCTAATCAT GGGGTATTTA CCTACCAGGT ATTTGGAGTT 
GGAGTTCCAA ATCCTTATCG ATTGAGGCCA TTCCTTGGGG CTAGAGTCCC TGTGAATAGC 
AGTTTCTCAC CTATAATAAA CATACACAAC CCTCACAGTG AGCCTTTGCA GGTTGTAGAA 
ATGTACTCTA GTGGAGGAGA TCTTCACCTA GAACTTCCAA CAGGTCAACA AGGAGGGACC 
AGAAAATTGT GGGAAATTCC TCCTTATGAA ACCAAGGGAG TGATGAGAGC CAGTTTTTCC 
TCCAGAGAAG CCGATAACCA CACAGCTTTC ATAAGAATAA AGACTAACGC TTCAGACAGC 
ACGGAGTTCA TCATTCTTCC TGTTGAGGTT GAAGTTACAA CAGCTCCTGG AATTTATTCC 
TCAACAGAAA TGTTAGATTT TGGTACGCTG CGAACACAAG ATCTACCAAA AGTTTTAAAT 
CTTCATTTAT TAAATTCAGG AACAAAAGAT GTACCAATAA CAAGTGTTCG ACCCACACCC 
CAAAATGACG CTATAACGGT ACACTTTAAA CCAATTACCT TAAAAGCTTC AGAAAGTAAA 
TATACCAAAG TTGCAAGTAT TAGTTTTGAT GCATCAAAGG CAAAAAAACC ATCTCAATTT 
TCTGGGAAAA TCACTGTTAA AGCAAAGGAA AAAAGTTATT CTAAACTTGA AATACCATAT 
CAAGCTGAAG TATTAGATGG TTATTTGGGA TTTGATCACG CTGCAACATT GTTTCACATC 
CGAGACAGCC CTGCTGATCC TGTGGAAAGG CCAATTTACC TTACTAACAC TTTCAGTTTT 
GCGATCCTCA TTCATGATGT GTTGCTACCA GAGGAAGCCA AAACAATGTT TAAAGTTCAC 
AACTTCAGCA AACCAGTCTT AATTCTTCCA AACGAATCAG GATACATTTT TACCCTCTTT 
TTTATGCCAT CCACATCATC TGTGCACATA GATAACAACA TTTTACTCAT TACCAATGCT 
TCCAAATTTC ATTTGCCTGT GCGGGTATAT ACAGGCTTTT TAGATTACTT TGTATTACCC 
CCCAAAATAG AGGAACGTTT CATAGATTTT GGCGTACTGA GTGCTACAGA AGCGAGTAAT 
ATTTTGTTTG CAATTATAAA CAGTAATCCA ATTGAGTTGG CTATAAAAAG TTGGCACATC 
ATAGGAGATG GCTTGTCAAT AGAACTCATA GCTACTGAAA GAGGCAATAG AACAACAATA 
ATTGCGAGCC TTCCAGAGTT AGAAAAATCC TCTCTATCAG ACCAGTCATC AGTGATACTA 
GCCCCAGGCT ATTTTGCAGT GTTCAGAGTC AAGCTTACTG CAAAAAAACT GGAAGGGATT 
CATGATGGAG CCATACAGAT CACAACAGAT TATGAGATCC TAACGATTCC TGTGAAGGCT 
GTGATCGCTG TGGGTTCGCT GACTTGCTTC CCAAAGCATA TGGTCCTTCC ACCGTCCTTC 
CCAGGGAAAG TAGTTCATCA GAGTTTAAGT ATAATGAACT CCTTCTCACA GAAGGTAAAG 
ATACAGCAAA TTCGATCTTT GTCAGAAGAT GGGCGGTTTT ACTACAAACG ATTACGGGCC 
AATAAAGAAG ACTTGGAGCC AGGGAAAAAA TCAAAGATTG CAAACATTTA TTTTGATCCT 
GGACTGCAGT GTGGAGATCA TTGCTATGTC GGCTTGCCTT TTTTGTCCAA ATCTGAACCC 
AAAGTGCAGC CTGGGATAGC CATGCAGGAA GATACATGGG ATGCGGACTG GGATTTGCAT 
CAAAGCCTAT TCAAAGGATG GATGGGAATA AAGGAAAACT CAGGTCATAA ATTGAGTGCT 
TTATTTGAAG TAAATACAGA CCTTCAAAAA AATATACTAT CAAAAATCAC TGCCGAGCTC 
TCCTGGCCTT CCGTACTTAG CTCACCCCGG CTCCTGACAT TCCCACTGAC TAATACCAAC 
TGCTCTTCAG AAGAAGAGAT TACTTTAGAA AATCCTGCAG ATATTCCTGT TTACATTCAA 
TTTATTCCTC TGGCTTTATA TTCCAATCCT TCAGTCTTTG TAGATAAGTT AATATCAAGG 
TTTAACTTGA GTAAGGTGGC AAAGATAGAT TTAAGAACAC TAGAATTCCA AGTCTTCAGA 
AACAGTGCTC ATCCACTGCA GAGTTCAGCT GGGTTCACAG AGGGCCTCTC TCGACATTTC 
ATCTTGAACC TCATTTTAAA ACCTGGAGAG AAGAGGTCTG TCAAAGTAAA GTTTACTCCC 
ATTCACAACA GAACTGTTTC CTCACTGATC ATAATCAGAA ATAACCTGAC CGTGATGGAT 
GCTCTGATGG TCCAAGGACA AGGAACAACC GAGAACTTGA GGGTGGCAGG CAAGCTTCCT 
GGTCCAGGGA GTTCTTTACG CTTTAAAATC ACAGAAGCAT TATTAAAAGA CTGTACAGAT 
AGTTTGAAGC TGAGAGAACC GAATTTCACA TTGAAAAGAA CATTCAAAGT AGAGAATACA 
GGACAACTTC AAATGAACAT AGAAACCATT GAAGTCAGTG GGTACCCATG TGAGGGATAT 
GGCTTTAAAG TCGTTAATTG TCAAGAGTTT GCACTAAGCG CCAATGCCTC TAAAGACATA 
ATTATATTGT TTACTCCTGA TTTCACAGCA TCTAGGGTTA TTCGTGAACT GAAGTTTATA 
ACAGCCAGTG GCTCTGAATT TGTGTTTATA TTGAATGCAT CTCTTCCGTA CCATATGTTA 
GCAACCTGTG CAGAAGCCCT GCCCAGACCC AACTGGGAGC TGGCTCTGTA TATCATCATC 
TCAGGAATAA TGAGTGCCCT GTTTCTTTTG GTCATTGGAA CGGCCTATTT AGAAGCTCAA 
GGAATTTGGG AGCCATTTCG AAGACGGCTG TCCTTTGAGG CCTCAAACCC ACCCTTTGAT 
GTGGGAAGAC CATTTGATCT CAGGAGAATC ATTGGTATTT CATCTGAAGG AAACTTGAAC 
ACACTCAGCT GTGACCCCAG TCATAGTCGG GGGTTCTGTG GCCCAGGGGG CTCGTCATCA 
CGACCTGGTG CAGGAAGTCA TAAGCAGTGT GGTCCGTCAG TCCATCCACA CAGCAGTCAC 
AGCAATAGAA ACTCAGCTGA CATGAACAAT GTCAGAGCCA AAAACAGCAC CAGTACCTCT 
AGCAGGACTT CTGCACAGTC TGCTAGCAAA GCAGGCACCC TGGTCCTTGA CTCGAACACA 
GTGGCCCAGG GTCACGCAGC AGGCAGAAAG TCCAAAGGAG CAAAACAGAG CCAGCACAGC 
AGCCAGCACC ATGTCCATGG CACGCTGGAG CAGCACTCTC CCCCTCCACC ACCACCAGTG 
CCTCAGCACC AGGAGCCACA GTCTGGAAGG CTGTCACCCA CCCCCCTCGT GCATTCGTCC 
CACCCAGAAC ATGCCAGCAG CACAAGGCAC AGCTCAGAGG ACTCAGACAT CACCAGTCTC 
ATAGAAGCCA TGGACAAAGA CTTCGACCAC CATGACTCCC CAGCCCTAGA CGTGTTTACA 
GAGCAGCCAC CATCACCACT GTCAAAAAGC AAAGGGAAAG GAAAACCTCT TCAGCGCAAG 
GTTAAAGCAC CGAAGAAGCA AGAGGAGAAG AAGGGAAAGG GAAAGCCTCA GGATGACGAG 
CTGAAAGACT CGCTGGCTGA CGACGACAGC TCCTCCACCA CCACGGAGAC CTCCAACCCC 
GACACAGAGC CTCTCCTGAA GGAGGATACA GAAAAGCAAA AGGGAAAACA AGCCATGCCC 
GAGAAACATG AAAATGAAAT GTCTCAAGTG AAACAAAAAA GTAAAAAACT TTTGAATGTT 
AAAAAGGAAA TCCCAACAGA TGTGAAAACC AGTTGCTTAG AACTACCATA CCCTCCCCCA 
TTGGAAAGTA AACAACGGAG GACCCTCCCA ACCAAGATCC CTCATTCAAC TGCACTGACC 
AGCAGCTCCA AGTCTCGGAA TTCCCAGAAA CCAAAAGGTA CAAATAAATT AGTGGATAAC 
AGACCATCTG CCCTAGCGAA ATTCCTCCCA AATAGTCAAG AGCTAGGCAA CACCAGTAGC 
TCAGAGGGTG AAAAAGACTC TCCCCCACCA GAGTGGGACT CTGTGCCAGT CCACAAGCCT 
GGCAGCTCTA CCGATAGTCT TTATAAACTT TCTCTGCAAA CCATCAACGC AGACATCTTC 
TTAAAACAAC GCCAGACCTC ACCAACACCT GCCTCTCCGT CTTCCCCGGC GGCACCGTGC 
CCGCTTGCAT CCCGCGGCAG CTACAGCAGC ATCCTTAACA GTAGCTCCAG CAGTGACCCC 
AAAACCAAGC AGCCAAGTGG AAGCAAAAAC AAATTGACAA AAGCAGCCTC CCTCCCCGGC 
AAGAACGGCA ACCCCACGTT TGCTGCAGTC ACGGCCGGCT ACGACAAGAG CCCAGGTGGG 
AATGGCTTTG CTAAAGTTTC TTCAAACAAA ACAGATTTTT CCAGCAGCCT TGGCATGGCA 
CACACTCCTG GTGACAGCGA CGGCTCAGAC AGCTCGGGTT TGTGGAGTCC CGTCAGCAAC 
CCCAGCAGCC CTGACTTCAC ACCCCTCAAT TCGTTCTCCG CCTTTGGGAA TTCTTTTAAC 
CTAACTGGTG AAGTTTTCAG CAAACTCGGG TTATCTCGGT CGTGCAGTCA GGCCTCACAG 
AGGAGCTGGA ATGAATTTAG CAGTGGCCCT TCCTACCTGT GGGAATCTCC AGCGACAGAT 
CCCAGCCCCT CCTGGCCTGC CAGTTCCAGC TCGCCGACCC ACACGGCCAC GTCAGTCCTT 
GGCAACACCA GCGGCTTATG GTACACCCCT CCCTTCAGCA GCTCGATCTG GTCCAGCAAC 
CTGAGCAGTG CCCTCCCTTT CACCACTCCA GCAAGCACGC TGACCAGCAT CGGCCTCATG 
GGCACAGAGA ACGCTGCTCC TCACGCCCCT TCGGCCTCCA GCCCAGCTGA TGACGTGGGA 
CAGACCTACA ACCCGTGGCG GATATGGAGC CCCACAATTG GAAGAAGAAG CTCCGACCCG 
TGGTCTAATT CACACTTCCC TCATGAGAAT TGA