kiaa1731 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	kiaa1731
Entrez Gene ID	103185164
Full Name	centrosomal protein 295
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007903544.1	XP_007901735.1	centrosomal protein KIAA1731 homolog

Pathways from BioSystems
Gene Ontology

The following kiaa1731 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kiaa1731 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
OCa370617	XM_007903544.1 Latest version!	Callorhinchus milii KIAA1731 ortholog (kiaa1731), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

kiaa1731 ( XM_007903544.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007901735.1 Callorhinchus milii KIAA1731 ortholog (kiaa1731), mRNA.

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CloneID	OCa370617
Clone ID Related Accession (Same CDS sequence)	XM_007903544.1
Accession Version	XM_007903544.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6135bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	centrosomal protein KIAA1731 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890057.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGTTGCAA GAAAGCTGGG CAATCTCCAA GTGGCCATGT CTGAGCAAAG AGAAGGAATA 
TCAGCAAACA ATGCACTAAC TGAACCTAAT CCTCTTGTTC AAATGTACAT GTATATGTCA 
GGCCGCAGCA ACAGGGTGGC CAAGGCTGTG GAGAGATCTG AACGGTTAGC AATACAATGG 
AAATTTACAG AAGTACCTTT CCCATCAGGA GTACATCCCA AGGCACTTAA CAGTATTGAA 
GATGATCGAA AGTGCAGTCA AAGAGTCACA AGGATGAAAA GAAAAGTGGC CAAAGTGGGT 
GGACTTCGCC TTAGTCCGAA TGAAGAGAGC ATTTTGATAA AGGAGGAGCT TGAAAGAAGA 
AGGAAACTAA GGTTAAAACA GGTCAGAGAA CAGGAACGTT GCATTGCTCT ACAGATCCGT 
GAGGAAGTAA AACAGCGTCG TAATCAGCAA CTCGAACTGT TGGCAGATGA ATTGAAGGCT 
GAATGGCGTA AGGCACAGGT TGAGAAAGCG AAGACCCTGG AAAACCTCTA TCTGTGTAGT 
TTAAAGGCAG TGGGAGATGG GCACAGACAA GCTAAAGAAA ATGAGCCAGA TCTGGAGACT 
TTCACCAAAC AAGCAGCTGT GAATCAACAA AAGGCTGAGA AAAGATGCAG AGAAGCACTA 
AGGGAACTGA AACTGATGAG AGAAAAGGAG TTTGAAGAAC AAAGCAGATG CGTTCAAGCT 
CGCAAGAAGG CACTCATTGT AGAAAAAGAA AGAGCAATGA AGATTGCACA TCTTCCACCA 
CCTCCACCGG ATCCTCTTGC TGAACTTGAT GTTTCAAAAT GCCCTGTAGT GAAGATGCAC 
GATGTGGACA GCTTCTCTGT GACACACTAT CATTTGCCTG AGCCTTGTGT GGATAGGGAA 
ATGAATACAG AACAGGTCAA TGCTCTGCTT GCTGCTGAGC AGGTAGGGCA TCATTTGGAG 
GAATTGCAAA AGGAAGCTGA GAGGGAGAGG AGAGAACAGC TGGAGAAAGC TAGATTGAGG 
GGTAGCCATG CTCTCCAAAT GGTTCATTTG GCACAGGACA AAGAGAAACT GATGAAGGAA 
CTAGAAAAAA TGCAGCATGC TGATTTGACC CGTAGAAGAC GTGTTGTGGC TCAAATGCCA 
CCTCAACTCT TTGAGCCACC ATATAGACGT GTGGAAATAA AAGCAGACAG GCAAAGAGAG 
ATGGAGTTTG CCTTTGAGGA CATGTATTCT GGAGATAAAA GGGTCAGAGG TGACTTGGTA 
TTGTGTCTTG AGCCTGAACC TTTACCAGCC CTGTCTGTTG GGACACAGGA TGAAGATTTA 
GATCTCTCAG TCGATCCAGA GGGATTTCAT AAGGAAGAGG AACACTTAAA AGATCAGGAA 
ATGTTTGGAT CAAGAAAACC CGGAGATGTT AAAAAGGGTG CATATCCTCG TGCTTCAGAA 
ACACCAGCAG AATGTAGTCA TCCAGCTGCA AATCCAACTA AAGCAGCATT AAAGAAGCTG 
TTAACCAAGA TCAGGGCGCA AAGGAATAAT TGGACTTCAA GACCTGAAAC AGAGAGTTCA 
AATGAGGTTT TGACAATTGA GTCTGGCTCT ATTGAGAGTA AAGAGGAACA ACAAAGGAGT 
TCATCGGAAT CCATAGTTAA CATGGATGTA GAGCAAGACA TGCCTGTAGA TACCATAATA 
GCTGGAAATG CAACTTTATT TCATCCCAAG GAGCAAGCAA GCATAATTAG ATCTGAGATA 
GACAGAAAGA AACAGTTGGA AGAGTTGGAG CAACAGAAAC AACAGCAATT GGTATTACTA 
CAGCAATTTG AACAACAAAA ACGGAACTTG AGAAATTATT TTGAGGAAAC CCAGTTTCAG 
CGGCAACTAA TCCAAACCCA AATGGAGGAG AGATTGAGAA GGGATGTGGA AGACCGGAAT 
CAGGAAGCAT GCCATGACTA TGAGCCCAAA GCATTGGATA GGAAAGAAGA TATTTCCATT 
GGAAAGCAGG ATAGTTGGAG ACTTCAAGCT CCACGGATGG ATGCAGGTGA CTCTGTTACA 
GCTGGAACAG TCCAGCATCA TGAGGGTCTT GTGCCAAAAG AGTTGTCTCA AGAAGATAAA 
CATTTGTATG CAATTCGACA GTACCAGCAG CGTCTTGTAG AGCAAAACAG ATTGCATAGG 
AAATCTGTGG AAGAAGCCAG GAAGCAATTG GAAGAATATC AACTTATGTT GAAAAGACGA 
CATCCATCCA TATTGACTAC AGCAAGTCAA TTATCTACAA AATGCTCCAC ATCACAGCCG 
CTCCACTATG ATACACCTGC TGGAACTCAG TCCAAGATTG ATATATCCAG CAGTAAAGCT 
GAACAGTCTC TTCCTGCACC TGCTGTTCAA CATCTTGATC TTGTAAATCA GCCTACATTT 
CCAATTCGGC CACATGTTGA TTTGATAACA GCTGGATTGC CACATACCAG TACTCACCTA 
CTGCAACACA GTCGAACTGC ATCATTATCT GCAGATGGCA AAGAACCAGT TCCCACCATT 
CATTTACCAA AGTACTCTGA ACCTGCTTTT CCTTCAGCAA GATGTGAACC TTTAGTAACA 
CAAACTTTAC CTGATTCAGC AGGACTTGTG ACACGGTCTT TACCTGCACA ACATGTTGTT 
GTTGATAGTG AAGGTACACA TCAAAGACAA ATAGATAGAT TGTTTGATAC TGGAGAATAT 
AGTTCTGGAG ATCATGTTAC TATTACTCAA AAGCAGCCAT TTATGTGCCA TGAAAGTATG 
GGTCACCATG ATCTATCAAA ACCTGAAATG CAACCTATTT TGTCAGATGC ATGTAGAAGG 
AAGAGTCCAG AAGTATCAGA ATCTTGCAGC AGGGCTACAG TTGAGCTGCA GCAAGGATCC 
ACAGATGTAT TACAGATGCA GGCAAGATTA ATGGAACCGG CTGGCATTCA GCGAAAGCCC 
ATGAAGATAA TGCCAGGGTC ATCAGAAACA TCACTAGGAA CACTCAGACA CTTGGAGCTG 
TCAGGAACTT TGGTGAAACA TTCTGAAGCC TTGAAAAATC AGAAGAGGCT GACTGCATTA 
TCAAAAGATA TTCAGATTCG ACAGGAACAC TTGAGAGAGT TGCAACAGCA GCTGGATAGA 
CAGCGGGAGG CTCTTTTTTC CAAACAGATG TCACAGGAAG AAATGCTGAA TGACAGGGAA 
AATCAACTCC AGGACCAGAT GCAACAACAA AAGAAAGCCC TGGAGAATTA TCTTACTGAG 
ATGCAGTTGG GAAACTCACT GCTGCATGAA GAAGCAACTG CATCTCACAA TAACGATCAA 
CAGCTTGTGA TGTCATCCTT GCTGCAAACC TTGGTGGAAT TTGAAACGGA ATCAACAAAT 
GAGATTCACC AGCTGGAAAA TATTCAACTT AAAGCACATG AGCCAACTTC CCAGACGAAT 
GAACTATTTT CACAGGGCTA TGACTCTCTC TTTAGAAAAA CTGGTGGACG TCATTTAACA 
AATTCAGCAA CTGATCAAGT TTTAGAAGGA CAGCTTCAAA ACTGGAGGCC TTCTAAACCA 
CCAGTAACCA AAACAAAACT CGGACTCTTT GGGCTTGATG AACAACATGA ATTAAGTTCA 
ATTCAGGAGG TAGAAACACC TCAAAGTGAC AGATTCTCCA TATTTGTTAA CAGGAATATA 
TCTAAAGGAG ATAACTGTTA TTTGCCAGAA GATCTATCTT GTTCCGTTCA AGCAGAAAAT 
GACATGTCCG TAATATCAAC AAGTAGCAGC CAGCAAAGTT CTAGTGCCAC CAATAGTGCT 
TTAGATTCTG GTAAATCCGG CAGACGAACC TGGAGAGAGG AATTGGCATT GGAAACTGGA 
AAACCCCCAG AGGAAGGCCC CTCCATGGCT CCTTCAGCTG CTGGGTCCTG TATACCAAGT 
TACTTTGCTG CTGTTGGAGG AAGTGCACTT GTATACCCTG GGACACCTAT GTCCACATGT 
ATAACCAGTA GTCAGGTTAT GCTTCCTTAT TCGTGGGCCT GTGATATATA TGGACCTACT 
GCTGTTGAAA AAAATCCACA TCCTGATGTG ATGTATCCAT CTTCCACAAC CCTGTCCACG 
GGGAGTTTGA GTGAACAAGA AGTAGTTAGT CCCATCAGTT CAGGATTGTG CTCCGATGTC 
TTTCCAAGAA CAGCGACAAG ACCTTTTACT GCTCCACCAC GGGTTAGTCC TACAAGTACA 
TCAAGCTCAC CATCTTCATC TGGATACCAG GCACCTGTCG AGAGTGGGGA TATACATCCT 
TGTTCATCTA AATTGGAGGA ATATAGTCCT AATGAAAGCA AAATTCAACA AATAATAGAA 
AAGTACACCA GAGATCTAAA TAAATTAATG GATTCAACTG TAAAACGTCA AGCTTCTGCA 
ACTGGATTTG ACATTTCTGA TGTGGAGGAC CCTAATTTCT ACTCTCCACT GCAGTTTTCC 
CGACAGGGTT CCTGTCCAGA ATTCTGTCAT TTAGAGCCAA TAACTGATTT TGGCATTTCA 
AGCACATCAG CATCTTTCAG CAGTAAGGAA TCCAGTGTCC AAAATACCAC CAGCACAGAA 
AGTCAGCACT TGCCTAATTC TGATAATGCA TCTGCAACTT CAGAAATTCA GTTATGCCAG 
AGCAGTCTTG CCTCCACTCC TGCGCATGAG AGAACAGGTT GCAATATACA AGAGGAAACT 
CAACAGAATT ATGGCATGGA AAATAATGGA TTAGAGTCCT TTCACCTCCT TCAACCAGAA 
ATCACTGTTA GTGAGTACAG CTTGAACACA GAAAGCTCAG ATGGAGGTTT GATGAATGTC 
CGCACATTGG AAGAAAGCTC CCACAATGAA ACTACTTCTT CAAACAGTGA ATATTTTCAT 
CCGCCTGTCC TTTTAAGACC AGAAGGTGCA GATGCTGTTG CTGACATTCA GGATGTTATG 
GAGCAATTAA GTTGTTCTGA CATAACCATT GAAAATCTAC GGAAAGGTAG CATTGAGAGC 
TCACAAAAGC ATAATGTTTC ATTTGTCGAT CTAAATGCAA CAATGAGTAC AGTAAATGAG 
TTGCCTCTTA ATCAGTATTC AATTTTCAAT AATCAAAATG GAAACCCAAT AGGTGATGAA 
TGCAGCTGTA AAATGCCATC AGTGGTCTCA CTTGCCAAGA AATTGAACTC AACTACGGCC 
AATGAAATGA ATATTCTGTC AAAGGAAGCT CCTGAATCTA TATCTGAAGA AAACGCAAAT 
CATACTGTTG GTATACAGCA TGGTGTTTCA GAGCAGGATG GCCAAGCACC ACCTGAGCAT 
CTGTCTCCTG TAAAAGAAGA AACTGCTCCA CTGGAAAATC AATTGGAGCA AGAGGACGAT 
CAGCTGCATC AGTCAAATTC TTCAAAGCTC AGAGCAGGGA TTTGTACCTC GTGCAGCTTT 
GTACCAGTGT GGGAGACCGA GTCAGGTGTT GGCATCATGG AAGAACCTGA ACTGACACAG 
GTGACAATGG ATGATTCGAC TTTTGTAGAA GATGAAACAA CTGATCCAGA AGGACAGGAA 
CCTAAAGTTG AAAGGCTGAT CTCTAACTCC AAACTTAAAT TTTCTCAGGT AAAGGAATTC 
CAGGCATTAA CTGAGATGAC CAATGACAAC AATTCTCTCT CACAGAAGTT ACCAGTTTCA 
AATTCTAGTC CAAATGACAA CCAGTCTTCA TCTCAAAGAT CTTCAACAGT TATGGTAATT 
GAGTTTGATT CATCTCATAA GATTTTCAAT AAAGAAATTC TGAAGAAAAA ACAAAAGTTT 
ATTGCAAACT CTACTAAACG GTTGGAAGAC TTAAAAGGGA AAGTAAGATC TGAACCCGTA 
CAATCTGTTC ACTCATTTCT GAAACCAAGA GCGGAAAAAA ACCCTGTACA TCAGGACCAA 
CCTTTGCTAT CTGCACCATC AATGACAATT CAACTAAAGA TGGTGGGAGA AGTGAAAGTT 
TCAACTCCAG AGGACAGAAA AACTGCAGAA ATAGAGATGC GTCAAAGAAC ACTCAGACTC 
TACAGTCAAC TAAGTGAGGT CAAAAACAGG AATGAGGAGG TGATGAGATG TGCAATGAAT 
TCCAGAAACC GAAAAAAGGC AAAGGAATTC CAAAAAAAAA CACTAGAAAA ATTAAGAGCC 
AAAAAACATC GGTGA

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

RefSeq	XP_007901735.1
CDS	1..6135
Translation	MVARKLGNLQVAMSEQREGISANNALTEPNPLVQMYMYMSGRSNRVAKAVERSERLAIQWKFTEVPFPSGVHPKALNSIEDDRKCSQRVTRMKRKVAKVGGLRLSPNEESILIKEELERRRKLRLKQVREQERCIALQIREEVKQRRNQQLELLADELKAEWRKAQVEKAKTLENLYLCSLKAVGDGHRQAKENEPDLETFTKQAAVNQQKAEKRCREALRELKLMREKEFEEQSRCVQARKKALIVEKERAMKIAHLPPPPPDPLAELDVSKCPVVKMHDVDSFSVTHYHLPEPCVDREMNTEQVNALLAAEQVGHHLEELQKEAERERREQLEKARLRGSHALQMVHLAQDKEKLMKELEKMQHADLTRRRRVVAQMPPQLFEPPYRRVEIKADRQREMEFAFEDMYSGDKRVRGDLVLCLEPEPLPALSVGTQDEDLDLSVDPEGFHKEEEHLKDQEMFGSRKPGDVKKGAYPRASETPAECSHPAANPTKAALKKLLTKIRAQRNNWTSRPETESSNEVLTIESGSIESKEEQQRSSSESIVNMDVEQDMPVDTIIAGNATLFHPKEQASIIRSEIDRKKQLEELEQQKQQQLVLLQQFEQQKRNLRNYFEETQFQRQLIQTQMEERLRRDVEDRNQEACHDYEPKALDRKEDISIGKQDSWRLQAPRMDAGDSVTAGTVQHHEGLVPKELSQEDKHLYAIRQYQQRLVEQNRLHRKSVEEARKQLEEYQLMLKRRHPSILTTASQLSTKCSTSQPLHYDTPAGTQSKIDISSSKAEQSLPAPAVQHLDLVNQPTFPIRPHVDLITAGLPHTSTHLLQHSRTASLSADGKEPVPTIHLPKYSEPAFPSARCEPLVTQTLPDSAGLVTRSLPAQHVVVDSEGTHQRQIDRLFDTGEYSSGDHVTITQKQPFMCHESMGHHDLSKPEMQPILSDACRRKSPEVSESCSRATVELQQGSTDVLQMQARLMEPAGIQRKPMKIMPGSSETSLGTLRHLELSGTLVKHSEALKNQKRLTALSKDIQIRQEHLRELQQQLDRQREALFSKQMSQEEMLNDRENQLQDQMQQQKKALENYLTEMQLGNSLLHEEATASHNNDQQLVMSSLLQTLVEFETESTNEIHQLENIQLKAHEPTSQTNELFSQGYDSLFRKTGGRHLTNSATDQVLEGQLQNWRPSKPPVTKTKLGLFGLDEQHELSSIQEVETPQSDRFSIFVNRNISKGDNCYLPEDLSCSVQAENDMSVISTSSSQQSSSATNSALDSGKSGRRTWREELALETGKPPEEGPSMAPSAAGSCIPSYFAAVGGSALVYPGTPMSTCITSSQVMLPYSWACDIYGPTAVEKNPHPDVMYPSSTTLSTGSLSEQEVVSPISSGLCSDVFPRTATRPFTAPPRVSPTSTSSSPSSSGYQAPVESGDIHPCSSKLEEYSPNESKIQQIIEKYTRDLNKLMDSTVKRQASATGFDISDVEDPNFYSPLQFSRQGSCPEFCHLEPITDFGISSTSASFSSKESSVQNTTSTESQHLPNSDNASATSEIQLCQSSLASTPAHERTGCNIQEETQQNYGMENNGLESFHLLQPEITVSEYSLNTESSDGGLMNVRTLEESSHNETTSSNSEYFHPPVLLRPEGADAVADIQDVMEQLSCSDITIENLRKGSIESSQKHNVSFVDLNATMSTVNELPLNQYSIFNNQNGNPIGDECSCKMPSVVSLAKKLNSTTANEMNILSKEAPESISEENANHTVGIQHGVSEQDGQAPPEHLSPVKEETAPLENQLEQEDDQLHQSNSSKLRAGICTSCSFVPVWETESGVGIMEEPELTQVTMDDSTFVEDETTDPEGQEPKVERLISNSKLKFSQVKEFQALTEMTNDNNSLSQKLPVSNSSPNDNQSSSQRSSTVMVIEFDSSHKIFNKEILKKKQKFIANSTKRLEDLKGKVRSEPVQSVHSFLKPRAEKNPVHQDQPLLSAPSMTIQLKMVGEVKVSTPEDRKTAEIEMRQRTLRLYSQLSEVKNRNEEVMRCAMNSRNRKKAKEFQKKTLEKLRAKKHR

Target ORF information:

RefSeq Version	XM_007903544.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii KIAA1731 ortholog (kiaa1731), mRNA.

Target ORF information:

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

XM_007903544.1

ORF Insert Sequence:

ATGGTTGCAA GAAAGCTGGG CAATCTCCAA GTGGCCATGT CTGAGCAAAG AGAAGGAATA 
TCAGCAAACA ATGCACTAAC TGAACCTAAT CCTCTTGTTC AAATGTACAT GTATATGTCA 
GGCCGCAGCA ACAGGGTGGC CAAGGCTGTG GAGAGATCTG AACGGTTAGC AATACAATGG 
AAATTTACAG AAGTACCTTT CCCATCAGGA GTACATCCCA AGGCACTTAA CAGTATTGAA 
GATGATCGAA AGTGCAGTCA AAGAGTCACA AGGATGAAAA GAAAAGTGGC CAAAGTGGGT 
GGACTTCGCC TTAGTCCGAA TGAAGAGAGC ATTTTGATAA AGGAGGAGCT TGAAAGAAGA 
AGGAAACTAA GGTTAAAACA GGTCAGAGAA CAGGAACGTT GCATTGCTCT ACAGATCCGT 
GAGGAAGTAA AACAGCGTCG TAATCAGCAA CTCGAACTGT TGGCAGATGA ATTGAAGGCT 
GAATGGCGTA AGGCACAGGT TGAGAAAGCG AAGACCCTGG AAAACCTCTA TCTGTGTAGT 
TTAAAGGCAG TGGGAGATGG GCACAGACAA GCTAAAGAAA ATGAGCCAGA TCTGGAGACT 
TTCACCAAAC AAGCAGCTGT GAATCAACAA AAGGCTGAGA AAAGATGCAG AGAAGCACTA 
AGGGAACTGA AACTGATGAG AGAAAAGGAG TTTGAAGAAC AAAGCAGATG CGTTCAAGCT 
CGCAAGAAGG CACTCATTGT AGAAAAAGAA AGAGCAATGA AGATTGCACA TCTTCCACCA 
CCTCCACCGG ATCCTCTTGC TGAACTTGAT GTTTCAAAAT GCCCTGTAGT GAAGATGCAC 
GATGTGGACA GCTTCTCTGT GACACACTAT CATTTGCCTG AGCCTTGTGT GGATAGGGAA 
ATGAATACAG AACAGGTCAA TGCTCTGCTT GCTGCTGAGC AGGTAGGGCA TCATTTGGAG 
GAATTGCAAA AGGAAGCTGA GAGGGAGAGG AGAGAACAGC TGGAGAAAGC TAGATTGAGG 
GGTAGCCATG CTCTCCAAAT GGTTCATTTG GCACAGGACA AAGAGAAACT GATGAAGGAA 
CTAGAAAAAA TGCAGCATGC TGATTTGACC CGTAGAAGAC GTGTTGTGGC TCAAATGCCA 
CCTCAACTCT TTGAGCCACC ATATAGACGT GTGGAAATAA AAGCAGACAG GCAAAGAGAG 
ATGGAGTTTG CCTTTGAGGA CATGTATTCT GGAGATAAAA GGGTCAGAGG TGACTTGGTA 
TTGTGTCTTG AGCCTGAACC TTTACCAGCC CTGTCTGTTG GGACACAGGA TGAAGATTTA 
GATCTCTCAG TCGATCCAGA GGGATTTCAT AAGGAAGAGG AACACTTAAA AGATCAGGAA 
ATGTTTGGAT CAAGAAAACC CGGAGATGTT AAAAAGGGTG CATATCCTCG TGCTTCAGAA 
ACACCAGCAG AATGTAGTCA TCCAGCTGCA AATCCAACTA AAGCAGCATT AAAGAAGCTG 
TTAACCAAGA TCAGGGCGCA AAGGAATAAT TGGACTTCAA GACCTGAAAC AGAGAGTTCA 
AATGAGGTTT TGACAATTGA GTCTGGCTCT ATTGAGAGTA AAGAGGAACA ACAAAGGAGT 
TCATCGGAAT CCATAGTTAA CATGGATGTA GAGCAAGACA TGCCTGTAGA TACCATAATA 
GCTGGAAATG CAACTTTATT TCATCCCAAG GAGCAAGCAA GCATAATTAG ATCTGAGATA 
GACAGAAAGA AACAGTTGGA AGAGTTGGAG CAACAGAAAC AACAGCAATT GGTATTACTA 
CAGCAATTTG AACAACAAAA ACGGAACTTG AGAAATTATT TTGAGGAAAC CCAGTTTCAG 
CGGCAACTAA TCCAAACCCA AATGGAGGAG AGATTGAGAA GGGATGTGGA AGACCGGAAT 
CAGGAAGCAT GCCATGACTA TGAGCCCAAA GCATTGGATA GGAAAGAAGA TATTTCCATT 
GGAAAGCAGG ATAGTTGGAG ACTTCAAGCT CCACGGATGG ATGCAGGTGA CTCTGTTACA 
GCTGGAACAG TCCAGCATCA TGAGGGTCTT GTGCCAAAAG AGTTGTCTCA AGAAGATAAA 
CATTTGTATG CAATTCGACA GTACCAGCAG CGTCTTGTAG AGCAAAACAG ATTGCATAGG 
AAATCTGTGG AAGAAGCCAG GAAGCAATTG GAAGAATATC AACTTATGTT GAAAAGACGA 
CATCCATCCA TATTGACTAC AGCAAGTCAA TTATCTACAA AATGCTCCAC ATCACAGCCG 
CTCCACTATG ATACACCTGC TGGAACTCAG TCCAAGATTG ATATATCCAG CAGTAAAGCT 
GAACAGTCTC TTCCTGCACC TGCTGTTCAA CATCTTGATC TTGTAAATCA GCCTACATTT 
CCAATTCGGC CACATGTTGA TTTGATAACA GCTGGATTGC CACATACCAG TACTCACCTA 
CTGCAACACA GTCGAACTGC ATCATTATCT GCAGATGGCA AAGAACCAGT TCCCACCATT 
CATTTACCAA AGTACTCTGA ACCTGCTTTT CCTTCAGCAA GATGTGAACC TTTAGTAACA 
CAAACTTTAC CTGATTCAGC AGGACTTGTG ACACGGTCTT TACCTGCACA ACATGTTGTT 
GTTGATAGTG AAGGTACACA TCAAAGACAA ATAGATAGAT TGTTTGATAC TGGAGAATAT 
AGTTCTGGAG ATCATGTTAC TATTACTCAA AAGCAGCCAT TTATGTGCCA TGAAAGTATG 
GGTCACCATG ATCTATCAAA ACCTGAAATG CAACCTATTT TGTCAGATGC ATGTAGAAGG 
AAGAGTCCAG AAGTATCAGA ATCTTGCAGC AGGGCTACAG TTGAGCTGCA GCAAGGATCC 
ACAGATGTAT TACAGATGCA GGCAAGATTA ATGGAACCGG CTGGCATTCA GCGAAAGCCC 
ATGAAGATAA TGCCAGGGTC ATCAGAAACA TCACTAGGAA CACTCAGACA CTTGGAGCTG 
TCAGGAACTT TGGTGAAACA TTCTGAAGCC TTGAAAAATC AGAAGAGGCT GACTGCATTA 
TCAAAAGATA TTCAGATTCG ACAGGAACAC TTGAGAGAGT TGCAACAGCA GCTGGATAGA 
CAGCGGGAGG CTCTTTTTTC CAAACAGATG TCACAGGAAG AAATGCTGAA TGACAGGGAA 
AATCAACTCC AGGACCAGAT GCAACAACAA AAGAAAGCCC TGGAGAATTA TCTTACTGAG 
ATGCAGTTGG GAAACTCACT GCTGCATGAA GAAGCAACTG CATCTCACAA TAACGATCAA 
CAGCTTGTGA TGTCATCCTT GCTGCAAACC TTGGTGGAAT TTGAAACGGA ATCAACAAAT 
GAGATTCACC AGCTGGAAAA TATTCAACTT AAAGCACATG AGCCAACTTC CCAGACGAAT 
GAACTATTTT CACAGGGCTA TGACTCTCTC TTTAGAAAAA CTGGTGGACG TCATTTAACA 
AATTCAGCAA CTGATCAAGT TTTAGAAGGA CAGCTTCAAA ACTGGAGGCC TTCTAAACCA 
CCAGTAACCA AAACAAAACT CGGACTCTTT GGGCTTGATG AACAACATGA ATTAAGTTCA 
ATTCAGGAGG TAGAAACACC TCAAAGTGAC AGATTCTCCA TATTTGTTAA CAGGAATATA 
TCTAAAGGAG ATAACTGTTA TTTGCCAGAA GATCTATCTT GTTCCGTTCA AGCAGAAAAT 
GACATGTCCG TAATATCAAC AAGTAGCAGC CAGCAAAGTT CTAGTGCCAC CAATAGTGCT 
TTAGATTCTG GTAAATCCGG CAGACGAACC TGGAGAGAGG AATTGGCATT GGAAACTGGA 
AAACCCCCAG AGGAAGGCCC CTCCATGGCT CCTTCAGCTG CTGGGTCCTG TATACCAAGT 
TACTTTGCTG CTGTTGGAGG AAGTGCACTT GTATACCCTG GGACACCTAT GTCCACATGT 
ATAACCAGTA GTCAGGTTAT GCTTCCTTAT TCGTGGGCCT GTGATATATA TGGACCTACT 
GCTGTTGAAA AAAATCCACA TCCTGATGTG ATGTATCCAT CTTCCACAAC CCTGTCCACG 
GGGAGTTTGA GTGAACAAGA AGTAGTTAGT CCCATCAGTT CAGGATTGTG CTCCGATGTC 
TTTCCAAGAA CAGCGACAAG ACCTTTTACT GCTCCACCAC GGGTTAGTCC TACAAGTACA 
TCAAGCTCAC CATCTTCATC TGGATACCAG GCACCTGTCG AGAGTGGGGA TATACATCCT 
TGTTCATCTA AATTGGAGGA ATATAGTCCT AATGAAAGCA AAATTCAACA AATAATAGAA 
AAGTACACCA GAGATCTAAA TAAATTAATG GATTCAACTG TAAAACGTCA AGCTTCTGCA 
ACTGGATTTG ACATTTCTGA TGTGGAGGAC CCTAATTTCT ACTCTCCACT GCAGTTTTCC 
CGACAGGGTT CCTGTCCAGA ATTCTGTCAT TTAGAGCCAA TAACTGATTT TGGCATTTCA 
AGCACATCAG CATCTTTCAG CAGTAAGGAA TCCAGTGTCC AAAATACCAC CAGCACAGAA 
AGTCAGCACT TGCCTAATTC TGATAATGCA TCTGCAACTT CAGAAATTCA GTTATGCCAG 
AGCAGTCTTG CCTCCACTCC TGCGCATGAG AGAACAGGTT GCAATATACA AGAGGAAACT 
CAACAGAATT ATGGCATGGA AAATAATGGA TTAGAGTCCT TTCACCTCCT TCAACCAGAA 
ATCACTGTTA GTGAGTACAG CTTGAACACA GAAAGCTCAG ATGGAGGTTT GATGAATGTC 
CGCACATTGG AAGAAAGCTC CCACAATGAA ACTACTTCTT CAAACAGTGA ATATTTTCAT 
CCGCCTGTCC TTTTAAGACC AGAAGGTGCA GATGCTGTTG CTGACATTCA GGATGTTATG 
GAGCAATTAA GTTGTTCTGA CATAACCATT GAAAATCTAC GGAAAGGTAG CATTGAGAGC 
TCACAAAAGC ATAATGTTTC ATTTGTCGAT CTAAATGCAA CAATGAGTAC AGTAAATGAG 
TTGCCTCTTA ATCAGTATTC AATTTTCAAT AATCAAAATG GAAACCCAAT AGGTGATGAA 
TGCAGCTGTA AAATGCCATC AGTGGTCTCA CTTGCCAAGA AATTGAACTC AACTACGGCC 
AATGAAATGA ATATTCTGTC AAAGGAAGCT CCTGAATCTA TATCTGAAGA AAACGCAAAT 
CATACTGTTG GTATACAGCA TGGTGTTTCA GAGCAGGATG GCCAAGCACC ACCTGAGCAT 
CTGTCTCCTG TAAAAGAAGA AACTGCTCCA CTGGAAAATC AATTGGAGCA AGAGGACGAT 
CAGCTGCATC AGTCAAATTC TTCAAAGCTC AGAGCAGGGA TTTGTACCTC GTGCAGCTTT 
GTACCAGTGT GGGAGACCGA GTCAGGTGTT GGCATCATGG AAGAACCTGA ACTGACACAG 
GTGACAATGG ATGATTCGAC TTTTGTAGAA GATGAAACAA CTGATCCAGA AGGACAGGAA 
CCTAAAGTTG AAAGGCTGAT CTCTAACTCC AAACTTAAAT TTTCTCAGGT AAAGGAATTC 
CAGGCATTAA CTGAGATGAC CAATGACAAC AATTCTCTCT CACAGAAGTT ACCAGTTTCA 
AATTCTAGTC CAAATGACAA CCAGTCTTCA TCTCAAAGAT CTTCAACAGT TATGGTAATT 
GAGTTTGATT CATCTCATAA GATTTTCAAT AAAGAAATTC TGAAGAAAAA ACAAAAGTTT 
ATTGCAAACT CTACTAAACG GTTGGAAGAC TTAAAAGGGA AAGTAAGATC TGAACCCGTA 
CAATCTGTTC ACTCATTTCT GAAACCAAGA GCGGAAAAAA ACCCTGTACA TCAGGACCAA 
CCTTTGCTAT CTGCACCATC AATGACAATT CAACTAAAGA TGGTGGGAGA AGTGAAAGTT 
TCAACTCCAG AGGACAGAAA AACTGCAGAA ATAGAGATGC GTCAAAGAAC ACTCAGACTC 
TACAGTCAAC TAAGTGAGGT CAAAAACAGG AATGAGGAGG TGATGAGATG TGCAATGAAT 
TCCAGAAACC GAAAAAAGGC AAAGGAATTC CAAAAAAAAA CACTAGAAAA ATTAAGAGCC 
AAAAAACATC GGTGA