MTCL1 cDNA ORF clone, Leptosomus discolor(cuckoo roller)

Gene
Clones
gRNAs

Summary

Gene Symbol	MTCL1
Entrez Gene ID	104343394
Full Name	microtubule crosslinking factor 1
Gene Type	protein-coding
Organism	Leptosomus discolor(cuckoo roller)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009947279.1	XP_009945581.1	microtubule cross-linking factor 1

Pathways from BioSystems
Gene Ontology

The following MTCL1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MTCL1 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
OLe121449	XM_009947279.1 Latest version!	Leptosomus discolor microtubule crosslinking factor 1 (MTCL1), 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)

MTCL1 ( XM_009947279.1 ) cDNA ORF clone, Leptosomus discolor(cuckoo roller) -> XP_009945581.1 Leptosomus discolor microtubule crosslinking factor 1 (MTCL1), mRNA.

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CloneID	OLe121449
Clone ID Related Accession (Same CDS sequence)	XM_009947279.1
Accession Version	XM_009947279.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4626bp) 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	2014-10-27
Organism	Leptosomus discolor(cuckoo roller)
Product	microtubule cross-linking factor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009854366.1) 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 :: Leptosomus discolor Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCACAAAG AAAAAAAGGC ATTTACCCAG AATTGCAAAA CGGAGCTTCT TGGAAAATAC 
CAGGCACCAG CCAAAACACA AAGAAAAGTG GTTCTCCAGC GCAAGGAGGA CAGCGCTGAT 
TTGAAGTGCC AGCTCCAGTT TGCCAAAGAG GAGGCAGCGC TGATGCGCAA GAAGATGGCC 
AAACTGGGGA GGGAGAAGGA CGAACTGGAG CAGGAGCTCC AGAAGTACAA GTCCATCTAT 
GGAGACGTGG ACAGTCCCCT GCCTACTGGG GAGGCAGGGG GCCCGCCCAG TACCAGGGAG 
GCCGAGCTGA AGCTTCGTTT GAAGCTGGTG GAGGAGGAAG CCAACATACT GGGCAGAAAA 
ATAGTGGAAC TCGAGGTGGA GAACAGGGGG ATTAAAGCTG AGATGGAGGA TATGAGGTGC 
CAGTACGAAA AAGAGTGTCT CAGCAGGGAC CATATTTCAA GCATTCCTAC CTCGCCCTAC 
GGCGACTCTG TGGAGTCGGC CACGGAGCTG CGCCGGCACC TTCAGTTCGT GGAAGAGGAA 
GCAGAACTGC TGAGGCGGTC GATCTCCGAA ATCGAGGATC ACAATAAGCA GCTAACGAAT 
GAGCTGAACA AATTCAAGTT TGAGCCGGGC CAGGAGCCAG GCTGGTTGGA TGACACGGCG 
TCCAAGTGTG GCGGGACCTT GCAAGAGGAG CTGAAGTCAG CCAGGTTGCA AATCAATGAG 
CTGAGCGGGA AAGTGATGAA GCTCCAGTAT GAGAACAGGG TCCTGATGTC CAATGTCCAG 
CGTTATGATC TTGCCTCTCA CCTGGGCCTG CGTACTTCCA GCCCTAGGGA CAGTGACGCT 
GACAGCGATG CTGGGAAGAA GGAGAGTGAC AGTGAAGAGG GTCGCCCGCC CCAGCCAAAG 
AGAGAGGGTC CCATTGGGGG CGAGAGTGAT TCTGAAGAAG TCTATGAGAA GACGTCAGGT 
TTTGGGAGTG GGAAGCCATC AGAAGTCAGT GACTTGTGCT CTGTTGAGCT CATGAGAGTG 
AAAGAGGACA CAGAGTCTTT AATTAACATC AAACGTGAGG CTGAGCGGCT TGAAAGGACC 
GTGGATCGCC TTATCACTGA TACGGACAGC TTGATTTATG ATGCAAAGGT GCACATAACC 
AGCAGCCCAT CCACTGAGCA GGATTTCAGA AGTGGTGAGG AAAGGGGAGA AGATAAGCAC 
GAACCAGAGC TTCTGGACAC GGTCAACTGC AGGATGAAAG CTTTCCGGAA GGAGCTGCAG 
ACCTTCCTAG AGAAGGTTGA TCACATTGGA GAAGGCCTTA AGGAGCAGAT GGAGGACCTC 
TCCCCTCTTC CTCATCTCAC AGAGTCTTCC AGTTTTCTAT CCACAATGAC ATCCATGTCC 
CGAGACTCTC CCATTGGTAA TCTGGGGAAG GAGTTAATCA CTGACTTCCA GTCCAAACTG 
AGGGATCAGA TGGAGTGGCA GCTCAAACAA GATCGTGGAG AGGAGCAAGA GATTCACCAC 
CAGCGAGCCA CCACCGACCC GCACCGCAGA GCTGATGGAG ACATTAAACT CTACAGGCCA 
GGAGACAAGG GCTGTTTCAG TCTAGAGAAT GTAACGATAC AGGAGCTTCA GGCTCAGCTT 
GAGCAGGAGA CGAGACTTCA CCGAGAGGAG CAAGAAAAGT TTACAGAAAG GATCATCCAG 
CTGGAGGAGG AGCATATGCA GACCCTGCGG AGGAAAGACT TGGAAGTGCA GAGCTTGACT 
TTGCAGAACA AACTGGAAGA GAAGACCTGG AGCCAGGAGA AAAGTCTGCT GCAGCAAGAA 
CTCAGGCGTT TCAAGCAGGA CACCTTTCTC CTGTACGTCA AACTGAAGTG GCTGCTGAAA 
CATTGGCGGC AAGGCAAGCG AATGGAGGAG GAAGGGGAGG ACATGTTAGA GATCGAGCAC 
CCTGAAGCCC TCCCAGACGT TGGCATTCAG TCTGAGCAGA AGGCAGATGA TGCAGAGCGA 
GAGGAGGAGG AAGAGGATGT TGTGTTTGCA CTGACGGATT TCTCCCAGCG TCCCACCACG 
GAGAGCACTG ATCATGGACC GCAGCTGCAG ACTGCAGAAT TACTGCAGCA GCAGAAGCAG 
GCAAGTGAAA ATCGGAAGCT CCTGAACGCT CTGAAGGGTT TGCTGGATGA TTTCCGCTCA 
GAGCTGCGGG ATGAGGAGCG TGAGCGCCAG GGGCTCCAGC AGCAGTACGC CCTGCACAAG 
GCAGCCTGGG AGGTGGAAAT GACTGAACTG AAGTGTCACC TCCAACAGCT GGAAGGGAAG 
AGTGGGAACA CCTCAGGAGA AACAGGACTT ACTTCTGATG CAAAGGGAGC TTTTAAAAGG 
GCAAGAGAGG AGCACAAGAA GCTTCTGGCT GAGAGTCATA GTGTGGTGAT GGACCTCCGC 
TGGCAAATCC AGCACAGTGA GAAGAACTGG AACCGGGAAA AGGTGGAGCT CCTGGACAGG 
CTTGATAGAG ACCGGCGAGA ATGGGAGCGT CAAAAGAAGG AGCTGCTCAG GCGGATAGAG 
CAGCTTCAGA AAGAAGTGAG CCTGCGAAGA GGAGGTGGTT TTCTGTGTGA CCAGAAGGAG 
AGTAACCTTC GTCCATTTAC AACCCAGGGG AACCTCCACA TGCCTCGCCC GATGGGGTCG 
AGATCCTACT CTGACTCAGA CGCCATTCAG TTTGACGACC GGTCACTGTC TAAGCTGAAG 
GAGAGTGATC GGTGCAGCGC CACAGAAAAC CTCTTTCTGG AGTCGCTGTC TCTTGATTCC 
CCCGATGAGT CTGATGAGCA CCGGCCTCGG CAGCTGGAGC GGGAGAAATT CTTGACCGGA 
TTAACAGAAG AGGAAGAAAC ACACAAAGGA AATCTTCAAA GGGCGATGTC CGTTTCTTCC 
ATGTCAGAAT TTCAACGCCT GATGGATATT TCTCCATTTC TACCAGAAAA AAACATGCCT 
TCATCCAGCA GCAAAGATGA CATAACCCCT CCCCTGTCTC CTGATGATCT GAAATACATT 
GAGGAGTTCA ACAAAAATTG GGATTACAGT AACACTAGGA ACCATGGTGG GGCCACCGAG 
AAGCCTGCAG AAAGCTGGGC AGAAAGGACA GAAATTGGGA AAGCCGGGAA CGAGCCAGCT 
TCAGATCCCT TCCAGGCATC ATCATGGTAC CTCACCACCA GTGTCACTAT GACAACTAAC 
ACCATGACCA GCCCAGAGCA CTGCCAGAAG CAGCCAACAA GGAGTCACGG TGTAACTGAG 
AAAATGGGAG TTCGGGTCTT TCACAGCCCA CCGGTTGTCC GTAGGTTTGA TAACTCAGTG 
ATAGCTGGCA GTGAAGGGAA AAACCAGGCT GAGCCGGACT TCCTTTTTTC TGTGACCAAA 
GCTATGGGGA ATGTCACTGA GACAAAAGGT GCTTCCTCGG ATATGTTTGG TAGATGGTCT 
TGTGACCTGG CCAAACATCA TAAGGATTTT CTGGAGAGTG GTCTTCATCC CATTGAACAT 
CCTATTTGCA CTACTGTGGG CTTTGCCTCA CCCTTGCACC GCTTGGAGAT GTCCAAAAAC 
ATGAGTGATG ATATGAAGGA GGTCGCTTTC TCTGTCCGAA ACGCAATACG CTCTAATTCA 
ACAGAGCCTC AGTTTAAGGA CACCGCGTGT CAAACCAATG GTGTGAGAAC AACAGGGACG 
CAGACCACCC AGACGATCAG TGTTGGCTTG CAGACTGAAA CCCTGCGCAG TATCACCAGC 
AGTCCACACA AGTGTCTGAC ACCAAAGGGG GGGTCCACGC CTGTCTCTTC ACCATCCAGA 
AGCCTAAGAA GCAGGCAAGT AACCCCTGTC ATTGAAAAGG TCCAGGCTAA GTTCGAACGC 
ACATGCTGCT CCCCCAAATA TGGCTCTCCA AAGCTGCAAA GAAAAATCCT TCCCAAATCA 
GACCAGCCAA ATAACCGGAC TTTGCCTGGC ACACCTCAGA AAGGATTCAG TGAGTCCGCT 
TGGGCTAGAT CAACTACTAC AAGGGAGAGT CCTGTCCACA CCACGATCAA CGATGGCCTC 
TCCAGTTTGT TCAACATTAT TGACCATAGC CCCATCTTTC ATGAGACCTT CCAAAAATGC 
CCCAGGTCTA GCAGCCGGTC CAGGTCAGCA GAACCCAGAC CAGAATTGGG CCCAGTGCAG 
GAGCCATGTA CAAATGCCCG TGGCAGATCA CCCAGTCCTC TCCGGTTGGG GACAGAGATG 
CAAAAGGAAG ACGGGACTGA GGTGACAAGT ATCAGGCAGG ACTTATCTGC TCCTCCAGGG 
TACACACTTA CAGAAAATGC TGCCAGGATC TTGAATAAGA AACTTTTGGA GCATGCCTTA 
AAGGAAGAGA GAAGGCTGCC TTCACACAGC CCACCAAATC TTAGCAATGA CAACAGCACA 
GGAGAAACTG TCAAAGTAGA TCCAGGGTCC ATAGAGGAAC TACCTTGTTC TGCACTAGCC 
CCGTCCCTCC AACCCTGCTT CTCCCGGCCA GAGAGACCAG CGAACCGGCG CCCACCATCG 
CGATGGGCTT CACATTCCCC TACTGCCTCA CAGTCGCAGT CCACCGGAGA CCTGACTTCC 
TCGGAGGAGA GCGGAAGCAA GGAGCCGCCG GCAGAGACCC CCAGCCAGGG AGGCGATCCG 
GCCTGA

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

RefSeq	XP_009945581.1
CDS	1..4626
Translation	MHKEKKAFTQNCKTELLGKYQAPAKTQRKVVLQRKEDSADLKCQLQFAKEEAALMRKKMAKLGREKDELEQELQKYKSIYGDVDSPLPTGEAGGPPSTREAELKLRLKLVEEEANILGRKIVELEVENRGIKAEMEDMRCQYEKECLSRDHISSIPTSPYGDSVESATELRRHLQFVEEEAELLRRSISEIEDHNKQLTNELNKFKFEPGQEPGWLDDTASKCGGTLQEELKSARLQINELSGKVMKLQYENRVLMSNVQRYDLASHLGLRTSSPRDSDADSDAGKKESDSEEGRPPQPKREGPIGGESDSEEVYEKTSGFGSGKPSEVSDLCSVELMRVKEDTESLINIKREAERLERTVDRLITDTDSLIYDAKVHITSSPSTEQDFRSGEERGEDKHEPELLDTVNCRMKAFRKELQTFLEKVDHIGEGLKEQMEDLSPLPHLTESSSFLSTMTSMSRDSPIGNLGKELITDFQSKLRDQMEWQLKQDRGEEQEIHHQRATTDPHRRADGDIKLYRPGDKGCFSLENVTIQELQAQLEQETRLHREEQEKFTERIIQLEEEHMQTLRRKDLEVQSLTLQNKLEEKTWSQEKSLLQQELRRFKQDTFLLYVKLKWLLKHWRQGKRMEEEGEDMLEIEHPEALPDVGIQSEQKADDAEREEEEEDVVFALTDFSQRPTTESTDHGPQLQTAELLQQQKQASENRKLLNALKGLLDDFRSELRDEERERQGLQQQYALHKAAWEVEMTELKCHLQQLEGKSGNTSGETGLTSDAKGAFKRAREEHKKLLAESHSVVMDLRWQIQHSEKNWNREKVELLDRLDRDRREWERQKKELLRRIEQLQKEVSLRRGGGFLCDQKESNLRPFTTQGNLHMPRPMGSRSYSDSDAIQFDDRSLSKLKESDRCSATENLFLESLSLDSPDESDEHRPRQLEREKFLTGLTEEEETHKGNLQRAMSVSSMSEFQRLMDISPFLPEKNMPSSSSKDDITPPLSPDDLKYIEEFNKNWDYSNTRNHGGATEKPAESWAERTEIGKAGNEPASDPFQASSWYLTTSVTMTTNTMTSPEHCQKQPTRSHGVTEKMGVRVFHSPPVVRRFDNSVIAGSEGKNQAEPDFLFSVTKAMGNVTETKGASSDMFGRWSCDLAKHHKDFLESGLHPIEHPICTTVGFASPLHRLEMSKNMSDDMKEVAFSVRNAIRSNSTEPQFKDTACQTNGVRTTGTQTTQTISVGLQTETLRSITSSPHKCLTPKGGSTPVSSPSRSLRSRQVTPVIEKVQAKFERTCCSPKYGSPKLQRKILPKSDQPNNRTLPGTPQKGFSESAWARSTTTRESPVHTTINDGLSSLFNIIDHSPIFHETFQKCPRSSSRSRSAEPRPELGPVQEPCTNARGRSPSPLRLGTEMQKEDGTEVTSIRQDLSAPPGYTLTENAARILNKKLLEHALKEERRLPSHSPPNLSNDNSTGETVKVDPGSIEELPCSALAPSLQPCFSRPERPANRRPPSRWASHSPTASQSQSTGDLTSSEESGSKEPPAETPSQGGDPA

Target ORF information:

RefSeq Version	XM_009947279.1
Organism	Leptosomus discolor(cuckoo roller)
Definition	Leptosomus discolor microtubule crosslinking factor 1 (MTCL1), mRNA.

Target ORF information:

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

XM_009947279.1

ORF Insert Sequence:

ATGCACAAAG AAAAAAAGGC ATTTACCCAG AATTGCAAAA CGGAGCTTCT TGGAAAATAC 
CAGGCACCAG CCAAAACACA AAGAAAAGTG GTTCTCCAGC GCAAGGAGGA CAGCGCTGAT 
TTGAAGTGCC AGCTCCAGTT TGCCAAAGAG GAGGCAGCGC TGATGCGCAA GAAGATGGCC 
AAACTGGGGA GGGAGAAGGA CGAACTGGAG CAGGAGCTCC AGAAGTACAA GTCCATCTAT 
GGAGACGTGG ACAGTCCCCT GCCTACTGGG GAGGCAGGGG GCCCGCCCAG TACCAGGGAG 
GCCGAGCTGA AGCTTCGTTT GAAGCTGGTG GAGGAGGAAG CCAACATACT GGGCAGAAAA 
ATAGTGGAAC TCGAGGTGGA GAACAGGGGG ATTAAAGCTG AGATGGAGGA TATGAGGTGC 
CAGTACGAAA AAGAGTGTCT CAGCAGGGAC CATATTTCAA GCATTCCTAC CTCGCCCTAC 
GGCGACTCTG TGGAGTCGGC CACGGAGCTG CGCCGGCACC TTCAGTTCGT GGAAGAGGAA 
GCAGAACTGC TGAGGCGGTC GATCTCCGAA ATCGAGGATC ACAATAAGCA GCTAACGAAT 
GAGCTGAACA AATTCAAGTT TGAGCCGGGC CAGGAGCCAG GCTGGTTGGA TGACACGGCG 
TCCAAGTGTG GCGGGACCTT GCAAGAGGAG CTGAAGTCAG CCAGGTTGCA AATCAATGAG 
CTGAGCGGGA AAGTGATGAA GCTCCAGTAT GAGAACAGGG TCCTGATGTC CAATGTCCAG 
CGTTATGATC TTGCCTCTCA CCTGGGCCTG CGTACTTCCA GCCCTAGGGA CAGTGACGCT 
GACAGCGATG CTGGGAAGAA GGAGAGTGAC AGTGAAGAGG GTCGCCCGCC CCAGCCAAAG 
AGAGAGGGTC CCATTGGGGG CGAGAGTGAT TCTGAAGAAG TCTATGAGAA GACGTCAGGT 
TTTGGGAGTG GGAAGCCATC AGAAGTCAGT GACTTGTGCT CTGTTGAGCT CATGAGAGTG 
AAAGAGGACA CAGAGTCTTT AATTAACATC AAACGTGAGG CTGAGCGGCT TGAAAGGACC 
GTGGATCGCC TTATCACTGA TACGGACAGC TTGATTTATG ATGCAAAGGT GCACATAACC 
AGCAGCCCAT CCACTGAGCA GGATTTCAGA AGTGGTGAGG AAAGGGGAGA AGATAAGCAC 
GAACCAGAGC TTCTGGACAC GGTCAACTGC AGGATGAAAG CTTTCCGGAA GGAGCTGCAG 
ACCTTCCTAG AGAAGGTTGA TCACATTGGA GAAGGCCTTA AGGAGCAGAT GGAGGACCTC 
TCCCCTCTTC CTCATCTCAC AGAGTCTTCC AGTTTTCTAT CCACAATGAC ATCCATGTCC 
CGAGACTCTC CCATTGGTAA TCTGGGGAAG GAGTTAATCA CTGACTTCCA GTCCAAACTG 
AGGGATCAGA TGGAGTGGCA GCTCAAACAA GATCGTGGAG AGGAGCAAGA GATTCACCAC 
CAGCGAGCCA CCACCGACCC GCACCGCAGA GCTGATGGAG ACATTAAACT CTACAGGCCA 
GGAGACAAGG GCTGTTTCAG TCTAGAGAAT GTAACGATAC AGGAGCTTCA GGCTCAGCTT 
GAGCAGGAGA CGAGACTTCA CCGAGAGGAG CAAGAAAAGT TTACAGAAAG GATCATCCAG 
CTGGAGGAGG AGCATATGCA GACCCTGCGG AGGAAAGACT TGGAAGTGCA GAGCTTGACT 
TTGCAGAACA AACTGGAAGA GAAGACCTGG AGCCAGGAGA AAAGTCTGCT GCAGCAAGAA 
CTCAGGCGTT TCAAGCAGGA CACCTTTCTC CTGTACGTCA AACTGAAGTG GCTGCTGAAA 
CATTGGCGGC AAGGCAAGCG AATGGAGGAG GAAGGGGAGG ACATGTTAGA GATCGAGCAC 
CCTGAAGCCC TCCCAGACGT TGGCATTCAG TCTGAGCAGA AGGCAGATGA TGCAGAGCGA 
GAGGAGGAGG AAGAGGATGT TGTGTTTGCA CTGACGGATT TCTCCCAGCG TCCCACCACG 
GAGAGCACTG ATCATGGACC GCAGCTGCAG ACTGCAGAAT TACTGCAGCA GCAGAAGCAG 
GCAAGTGAAA ATCGGAAGCT CCTGAACGCT CTGAAGGGTT TGCTGGATGA TTTCCGCTCA 
GAGCTGCGGG ATGAGGAGCG TGAGCGCCAG GGGCTCCAGC AGCAGTACGC CCTGCACAAG 
GCAGCCTGGG AGGTGGAAAT GACTGAACTG AAGTGTCACC TCCAACAGCT GGAAGGGAAG 
AGTGGGAACA CCTCAGGAGA AACAGGACTT ACTTCTGATG CAAAGGGAGC TTTTAAAAGG 
GCAAGAGAGG AGCACAAGAA GCTTCTGGCT GAGAGTCATA GTGTGGTGAT GGACCTCCGC 
TGGCAAATCC AGCACAGTGA GAAGAACTGG AACCGGGAAA AGGTGGAGCT CCTGGACAGG 
CTTGATAGAG ACCGGCGAGA ATGGGAGCGT CAAAAGAAGG AGCTGCTCAG GCGGATAGAG 
CAGCTTCAGA AAGAAGTGAG CCTGCGAAGA GGAGGTGGTT TTCTGTGTGA CCAGAAGGAG 
AGTAACCTTC GTCCATTTAC AACCCAGGGG AACCTCCACA TGCCTCGCCC GATGGGGTCG 
AGATCCTACT CTGACTCAGA CGCCATTCAG TTTGACGACC GGTCACTGTC TAAGCTGAAG 
GAGAGTGATC GGTGCAGCGC CACAGAAAAC CTCTTTCTGG AGTCGCTGTC TCTTGATTCC 
CCCGATGAGT CTGATGAGCA CCGGCCTCGG CAGCTGGAGC GGGAGAAATT CTTGACCGGA 
TTAACAGAAG AGGAAGAAAC ACACAAAGGA AATCTTCAAA GGGCGATGTC CGTTTCTTCC 
ATGTCAGAAT TTCAACGCCT GATGGATATT TCTCCATTTC TACCAGAAAA AAACATGCCT 
TCATCCAGCA GCAAAGATGA CATAACCCCT CCCCTGTCTC CTGATGATCT GAAATACATT 
GAGGAGTTCA ACAAAAATTG GGATTACAGT AACACTAGGA ACCATGGTGG GGCCACCGAG 
AAGCCTGCAG AAAGCTGGGC AGAAAGGACA GAAATTGGGA AAGCCGGGAA CGAGCCAGCT 
TCAGATCCCT TCCAGGCATC ATCATGGTAC CTCACCACCA GTGTCACTAT GACAACTAAC 
ACCATGACCA GCCCAGAGCA CTGCCAGAAG CAGCCAACAA GGAGTCACGG TGTAACTGAG 
AAAATGGGAG TTCGGGTCTT TCACAGCCCA CCGGTTGTCC GTAGGTTTGA TAACTCAGTG 
ATAGCTGGCA GTGAAGGGAA AAACCAGGCT GAGCCGGACT TCCTTTTTTC TGTGACCAAA 
GCTATGGGGA ATGTCACTGA GACAAAAGGT GCTTCCTCGG ATATGTTTGG TAGATGGTCT 
TGTGACCTGG CCAAACATCA TAAGGATTTT CTGGAGAGTG GTCTTCATCC CATTGAACAT 
CCTATTTGCA CTACTGTGGG CTTTGCCTCA CCCTTGCACC GCTTGGAGAT GTCCAAAAAC 
ATGAGTGATG ATATGAAGGA GGTCGCTTTC TCTGTCCGAA ACGCAATACG CTCTAATTCA 
ACAGAGCCTC AGTTTAAGGA CACCGCGTGT CAAACCAATG GTGTGAGAAC AACAGGGACG 
CAGACCACCC AGACGATCAG TGTTGGCTTG CAGACTGAAA CCCTGCGCAG TATCACCAGC 
AGTCCACACA AGTGTCTGAC ACCAAAGGGG GGGTCCACGC CTGTCTCTTC ACCATCCAGA 
AGCCTAAGAA GCAGGCAAGT AACCCCTGTC ATTGAAAAGG TCCAGGCTAA GTTCGAACGC 
ACATGCTGCT CCCCCAAATA TGGCTCTCCA AAGCTGCAAA GAAAAATCCT TCCCAAATCA 
GACCAGCCAA ATAACCGGAC TTTGCCTGGC ACACCTCAGA AAGGATTCAG TGAGTCCGCT 
TGGGCTAGAT CAACTACTAC AAGGGAGAGT CCTGTCCACA CCACGATCAA CGATGGCCTC 
TCCAGTTTGT TCAACATTAT TGACCATAGC CCCATCTTTC ATGAGACCTT CCAAAAATGC 
CCCAGGTCTA GCAGCCGGTC CAGGTCAGCA GAACCCAGAC CAGAATTGGG CCCAGTGCAG 
GAGCCATGTA CAAATGCCCG TGGCAGATCA CCCAGTCCTC TCCGGTTGGG GACAGAGATG 
CAAAAGGAAG ACGGGACTGA GGTGACAAGT ATCAGGCAGG ACTTATCTGC TCCTCCAGGG 
TACACACTTA CAGAAAATGC TGCCAGGATC TTGAATAAGA AACTTTTGGA GCATGCCTTA 
AAGGAAGAGA GAAGGCTGCC TTCACACAGC CCACCAAATC TTAGCAATGA CAACAGCACA 
GGAGAAACTG TCAAAGTAGA TCCAGGGTCC ATAGAGGAAC TACCTTGTTC TGCACTAGCC 
CCGTCCCTCC AACCCTGCTT CTCCCGGCCA GAGAGACCAG CGAACCGGCG CCCACCATCG 
CGATGGGCTT CACATTCCCC TACTGCCTCA CAGTCGCAGT CCACCGGAGA CCTGACTTCC 
TCGGAGGAGA GCGGAAGCAA GGAGCCGCCG GCAGAGACCC CCAGCCAGGG AGGCGATCCG 
GCCTGA