LOC105366599 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105366599
Entrez Gene ID	105366599
Full Name	structural maintenance of chromosomes protein 4
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011505096.1	XP_011503398.1	structural maintenance of chromosomes protein 4

Pathways from BioSystems
Gene Ontology

The following LOC105366599 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105366599 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
OCe202369	XM_011505096.1 Latest version!	Ceratosolen solmsi marchali structural maintenance of chromosomes protein 4 (LOC105366599), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC105366599 ( XM_011505096.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011503398.1 Ceratosolen solmsi marchali structural maintenance of chromosomes protein 4 (LOC105366599), mRNA.

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CloneID	OCe202369
Clone ID Related Accession (Same CDS sequence)	XM_011505096.1
Accession Version	XM_011505096.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4329bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	structural maintenance of chromosomes protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948451.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGTCTG AAAATCTTTC AAGTAATAAA GACTCGGATG ATGATATGGA AATTGACAGT 
TATCAACAAG TTGTAAATTG TGAAAATGAT GAGGAAGGTA GTTGGAGAGT ATCTAAAGAT 
ATTTACATCC CACCACCTCC ACAATTGTTT GGTGCATACG ATGCAAAAGG TCCTCGATTA 
ATGATAAACA GAATAGTAGC TAAGAATTTT AAGAGTTATG CTGGTACTAT AGAAATTGGC 
CCTTTTCATA AGTATTTTTC ATCGATAGTG GGTCCAAATG GTAATGGAAA AAGTAATGCA 
ATAGACTCTA TGCTTTTTGT ATTTGGATAT CGAGCTAATA AAATAAGATC AAAAAAGATA 
ACCGAATTGA TACATAATTC CAATGAACAT CCAAATTGTA ACAGTTGTAC TGTTTCTGTT 
TATTTTCAGC AAATAATTGA CAAGCATGGA CAAGATTACG ACGTTATAGC TAATAGTGAA 
TTCTTCATAT CAAGAACTGC ATTTAAAGAT GGTACAGCAT TTTATGAAAT TAATGGTAAA 
AAAGTCCAGT TTAAGCAAAT TGCTCAAATT TTGCGATCTC ATTGTATCGA TTTAGATCAC 
AATCGATTTT TAATTCTTCA GGGTGAAGTA GAGCAGATAG CTTTAATGAA ACCTAAAGGT 
CAATCGGAAG GTGACACTGG TATGCTAGAA TTTCTCGAAG ATATTATTGG TACTAATCGC 
TACAAGGAGC CATTAGAAAA ATTATTTCAG CGAGTGGAAT TCCTATCAGA ATTGCGTGAA 
AAAAAATTAA GACGCCTGAA AGTAATTGAA AAGGCAAAAG GAGAGTTAGA AAAGCCTATG 
CAAGAAGCTG TTCAATATTT AAAAGTAGAA AATAATATAA TTAAGTTGCA ACATAAATAT 
TATCAATGCA AAAGGTATGA AAATTCTGAA CAACTGGCTA AAGAAGAAAA AGTTCAGAGT 
GAATTGGTTG CAGATTATAC AAAACTTACT GAAGAAATGA AAACTATTCA TAAGAACAGA 
GATGAAAAAA CGAAAGATTT CAAAGAAAAA TCAAAAAAAT GGGATAAGTT ACAACAAGAA 
AAAGAAACAC TTTCGGTCAA ATTTGAAGAA ATTAGAAAAA AAGATGAAGG ACTTTTTGCT 
GAGTCAGTAG CAACAAACAA ACGAAGAAAA GATAATATTA ATACAGTAAA AGCGGAAAAA 
AATAAATTAG AAGATTTACT AAGAGTGCCA GTGAAAAATT TGAAGGATAT AGAGGAATGT 
GAGGATCTTC AGAACAAGTA TATGGCTGAC CGTGAAAAAG AAGAAGCAGC TTTAGTTACA 
TTAATGAGCG GATTGAAAGA AAAGACTGAA CCTCTTATGA AAAAACGTTC AAAATTGGAA 
AAGGAACTTG TATTAGAAAG GAAAAATGTA GATGAAGCTA AATCAGATTA CGAAATTGCT 
AAATCACAAT TAGATCTTTA CACGTCTGAG GAACAAAATG AAAAAATGAA ATTTAATAAA 
TTACAAGAAT CCTTTACAGC TAGTAGTGAA AGATTAGTTG AATGTAAAAA GAAACTTACA 
GCAATAGATA CTAAAGTTCC AGCAACAGAA AAAAGCCTGC AACATGCACA AAAGGAGTTG 
GATGATCTTA AAGTTGTTGA GAACGAAGTA AATGAGCGTT TGCGAAATAC TCGAATAAAA 
TATGACGAAC AAAAATCAGC TATGCAAGCT GGTAGATCTA GAAATCATAT ACTTAATTCA 
CTTATGACGG AGAAAAGGGA AGGACGACTA CCTGGTATTT TTGGTAGATT AGGTGATCTT 
GGTGCAATTG ACGTTAAATT TGATGTGGCC ATATCGACAG CTTGCGGACC ACTTGATAAT 
ATTGTTGTGG ATACCGTCAA TACAGCAACC GAGTGCATTA AGTTTCTTCG AGATAATGAT 
ATTGGCCGTG CCACCTTCAT TGCCCTGGAG AAACAGCAAC GATTTATCCG GCATTGTCAA 
GAAAAGATTC GTACCCCGGA AAATGTTCAT CGTCTCTTTG ACCTTATAAA GGTGGAAGAC 
AAACGAGTTT TACCTGCATT TTATTATGCA ATTCAAAATA CTTTAGTTGC TAATGATTTA 
GACCAAGCAA CTCGAATAGC TTATGGAGCT CGACGTCATC GAGTGGTTAC ATTAAAGGGT 
GAGTTAATTG AGTTGTCGGG TACGATGAGT GGCGGAGGTC GTCAAGTATC ACGTGGTCGT 
ATGGGTCAGA GGGTCGCTAG AAGTGAGCCG ACAGTTGACG ATATTGAGAA GCTACAGTTT 
AACTTAGATG AATTGTTCGG GCAGTACAAT AAGGCAAAGG CTAAACAACA GCCACTAGAG 
AATCAGATAC ATACTTTGAG TACGGCTCTC AAGGACATGA TCATCGACAA GGACAAATTA 
AAGGTTGAAA TTAACCACTT AAATATGGAA ATTCCGAACT TGTCTAAACA GCTTAAGGAA 
CAAGAGAAGA AAGCTGCATC ATCAATTTCC AATCCAGAAA AGGTAAAACA GCTGTTAAAG 
ATTGTTAAGA AAACTGAAGA CAAGTTGAAA AGTGTTTCTG AAAATTCTAA GACAACGGAG 
AAAGAAGTAG ATGCGATAAA TCAAGAAATC GAAGAAATAT CGGGTGGTCT CGTTAAAGAC 
CAACAGAAAA AAATTTTGAG TTTGACTAGG TCTATTGACA AAATCAAAGG AGAAATTTGT 
AGGCTACAAG TTGCTATAAA AACATCCGAG AGAAATTCGA AAAAAACAGA GCAACGTATT 
GCAACATTAG AAGAGGATAT AAAAAACTGT GAAAATAGAA TTCGTGTTAT TCAAACGGAA 
AAAGCAGAGT TTGAAGAAGT TGGTAAAGAT TTAATAAGTA AAATAAAGCA ATTAAATGAG 
GACTTGGCTG AAAAAGTTGA ATTGGCTGAC AAATTAAAAG CAGATTTGGA AAAATTACAA 
TCTCGTGAAA GTAAAATGAA AGCTATAAAG ATTGATTTGG ATCAGAAATT AAATGATACG 
AATAAGGTAG TTAAGGAACT AAAGAATCGG ATTCCAGAAT TGACGAAATC TATTGAAAGT 
ATGAAACTCC AAGAAATTCC TAACGAAGAA AACGAAGTAC TAGAAGAATT GACGAAGGAA 
GATCTGGATG AAATAGACAG TAAGTCCATC ACAAATTCAA TTCAGAAGGC TAAAGAAAAA 
TTACCGAAGG AGATACCGAA CATGCAGATT ATCGAGCAAT TTAAAGAGCA AAATGACTTG 
TATATAAAAA GATCTGAAAA ATTGCAAAAA ATTACAGAAA CAAGGAACAG TATGAGAGAT 
ACATATAATG TGGCAGTGCG TAAGAGAATG CAAGAGTTCA ACACTGGTTT CAATTTAATT 
ACTGGAAAGC TAAAGGAAAT GTATAGAATG ATTACATTAG GTGGTGATGC TGAATTAGAA 
TTAGTAGATT CATTGGATCC ATTTAGCGAA GGCATTGTAT TTAGTGTTCG ACCACCTAAA 
AAATCTTGGA AATATATTCA AAATCTGAGC GGCGGTGAAA AAACATTGAG TTCGTTGGCC 
TTGGTTTTTG CCTTACATCA TTACAAACCG ACGCCTATTT ATTTTATGGA TGAAATAGAT 
GCGGCTCTAG ATTTTAAAAA CGTATCTATC GTTGCAAGCT ATATTAAAGA GAGAACAAAA 
AACGCGCAAT TCATTGTTAT TTCTCATAGA TCGGATATGT TTGAGCTCGC AGACTATCTC 
GTCGGTGTAT ACAAAATATT TAACTGTAGT AAATGCGCAG TCGTGGACGT TCGAAAGTTC 
AATTCGAAAG TCGGTATAAG CGAACAGAAC AATAATAGCG GTAACTTGAT CAGGTCGCAA 
TTCTTATCAC AACCAAATCC GATTATAAGT GCGCTCAATG CTAATAGTGA AAATAGAACC 
GATGCCGTAC AATCTCGAAC AGTCAATTTA CCAGCTACTT GTCCGGAAAA TATTAATAGG 
GAAACCGAAG GTGAAAGCAG CAATGAGAAT AACAATCAAA CGAATGAGAA CGAAGACAGT 
TTTAATTTAA GACTTGGGGA CATTAGTCTT CCCTCAACAC CAATCAAACG ATCGTCAAGT 
AGCTCAGCAA AGAAGCAAAA GCCGGAAAAA AATATAACAT TAAAAAAACG AAAATCTTTA 
CGGAAAAGCA GTCAAAATGA ATTACATCAG GTATCAGAAT CTTCAGAAAA TCATGAGGCG 
TCTGAAGAAC ATGCAACAGT CGAACCTGAA ATAAAACTAA GGAGGACTCC TCGAAATATA 
AGGAAGGAAA AATTTGTAGA AGAGACAACA AGCCCAGGTG CTACTTTACG AAAACGTCGA 
CGACAATAG

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

RefSeq	XP_011503398.1
CDS	65..4393
Translation	MTSENLSSNKDSDDDMEIDSYQQVVNCENDEEGSWRVSKDIYIPPPPQLFGAYDAKGPRLMINRIVAKNFKSYAGTIEIGPFHKYFSSIVGPNGNGKSNAIDSMLFVFGYRANKIRSKKITELIHNSNEHPNCNSCTVSVYFQQIIDKHGQDYDVIANSEFFISRTAFKDGTAFYEINGKKVQFKQIAQILRSHCIDLDHNRFLILQGEVEQIALMKPKGQSEGDTGMLEFLEDIIGTNRYKEPLEKLFQRVEFLSELREKKLRRLKVIEKAKGELEKPMQEAVQYLKVENNIIKLQHKYYQCKRYENSEQLAKEEKVQSELVADYTKLTEEMKTIHKNRDEKTKDFKEKSKKWDKLQQEKETLSVKFEEIRKKDEGLFAESVATNKRRKDNINTVKAEKNKLEDLLRVPVKNLKDIEECEDLQNKYMADREKEEAALVTLMSGLKEKTEPLMKKRSKLEKELVLERKNVDEAKSDYEIAKSQLDLYTSEEQNEKMKFNKLQESFTASSERLVECKKKLTAIDTKVPATEKSLQHAQKELDDLKVVENEVNERLRNTRIKYDEQKSAMQAGRSRNHILNSLMTEKREGRLPGIFGRLGDLGAIDVKFDVAISTACGPLDNIVVDTVNTATECIKFLRDNDIGRATFIALEKQQRFIRHCQEKIRTPENVHRLFDLIKVEDKRVLPAFYYAIQNTLVANDLDQATRIAYGARRHRVVTLKGELIELSGTMSGGGRQVSRGRMGQRVARSEPTVDDIEKLQFNLDELFGQYNKAKAKQQPLENQIHTLSTALKDMIIDKDKLKVEINHLNMEIPNLSKQLKEQEKKAASSISNPEKVKQLLKIVKKTEDKLKSVSENSKTTEKEVDAINQEIEEISGGLVKDQQKKILSLTRSIDKIKGEICRLQVAIKTSERNSKKTEQRIATLEEDIKNCENRIRVIQTEKAEFEEVGKDLISKIKQLNEDLAEKVELADKLKADLEKLQSRESKMKAIKIDLDQKLNDTNKVVKELKNRIPELTKSIESMKLQEIPNEENEVLEELTKEDLDEIDSKSITNSIQKAKEKLPKEIPNMQIIEQFKEQNDLYIKRSEKLQKITETRNSMRDTYNVAVRKRMQEFNTGFNLITGKLKEMYRMITLGGDAELELVDSLDPFSEGIVFSVRPPKKSWKYIQNLSGGEKTLSSLALVFALHHYKPTPIYFMDEIDAALDFKNVSIVASYIKERTKNAQFIVISHRSDMFELADYLVGVYKIFNCSKCAVVDVRKFNSKVGISEQNNNSGNLIRSQFLSQPNPIISALNANSENRTDAVQSRTVNLPATCPENINRETEGESSNENNNQTNENEDSFNLRLGDISLPSTPIKRSSSSSAKKQKPEKNITLKKRKSLRKSSQNELHQVSESSENHEASEEHATVEPEIKLRRTPRNIRKEKFVEETTSPGATLRKRRRQ

Target ORF information:

RefSeq Version	XM_011505096.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali structural maintenance of chromosomes protein 4 (LOC105366599), mRNA.

Target ORF information:

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

XM_011505096.1

ORF Insert Sequence:

ATGACGTCTG AAAATCTTTC AAGTAATAAA GACTCGGATG ATGATATGGA AATTGACAGT 
TATCAACAAG TTGTAAATTG TGAAAATGAT GAGGAAGGTA GTTGGAGAGT ATCTAAAGAT 
ATTTACATCC CACCACCTCC ACAATTGTTT GGTGCATACG ATGCAAAAGG TCCTCGATTA 
ATGATAAACA GAATAGTAGC TAAGAATTTT AAGAGTTATG CTGGTACTAT AGAAATTGGC 
CCTTTTCATA AGTATTTTTC ATCGATAGTG GGTCCAAATG GTAATGGAAA AAGTAATGCA 
ATAGACTCTA TGCTTTTTGT ATTTGGATAT CGAGCTAATA AAATAAGATC AAAAAAGATA 
ACCGAATTGA TACATAATTC CAATGAACAT CCAAATTGTA ACAGTTGTAC TGTTTCTGTT 
TATTTTCAGC AAATAATTGA CAAGCATGGA CAAGATTACG ACGTTATAGC TAATAGTGAA 
TTCTTCATAT CAAGAACTGC ATTTAAAGAT GGTACAGCAT TTTATGAAAT TAATGGTAAA 
AAAGTCCAGT TTAAGCAAAT TGCTCAAATT TTGCGATCTC ATTGTATCGA TTTAGATCAC 
AATCGATTTT TAATTCTTCA GGGTGAAGTA GAGCAGATAG CTTTAATGAA ACCTAAAGGT 
CAATCGGAAG GTGACACTGG TATGCTAGAA TTTCTCGAAG ATATTATTGG TACTAATCGC 
TACAAGGAGC CATTAGAAAA ATTATTTCAG CGAGTGGAAT TCCTATCAGA ATTGCGTGAA 
AAAAAATTAA GACGCCTGAA AGTAATTGAA AAGGCAAAAG GAGAGTTAGA AAAGCCTATG 
CAAGAAGCTG TTCAATATTT AAAAGTAGAA AATAATATAA TTAAGTTGCA ACATAAATAT 
TATCAATGCA AAAGGTATGA AAATTCTGAA CAACTGGCTA AAGAAGAAAA AGTTCAGAGT 
GAATTGGTTG CAGATTATAC AAAACTTACT GAAGAAATGA AAACTATTCA TAAGAACAGA 
GATGAAAAAA CGAAAGATTT CAAAGAAAAA TCAAAAAAAT GGGATAAGTT ACAACAAGAA 
AAAGAAACAC TTTCGGTCAA ATTTGAAGAA ATTAGAAAAA AAGATGAAGG ACTTTTTGCT 
GAGTCAGTAG CAACAAACAA ACGAAGAAAA GATAATATTA ATACAGTAAA AGCGGAAAAA 
AATAAATTAG AAGATTTACT AAGAGTGCCA GTGAAAAATT TGAAGGATAT AGAGGAATGT 
GAGGATCTTC AGAACAAGTA TATGGCTGAC CGTGAAAAAG AAGAAGCAGC TTTAGTTACA 
TTAATGAGCG GATTGAAAGA AAAGACTGAA CCTCTTATGA AAAAACGTTC AAAATTGGAA 
AAGGAACTTG TATTAGAAAG GAAAAATGTA GATGAAGCTA AATCAGATTA CGAAATTGCT 
AAATCACAAT TAGATCTTTA CACGTCTGAG GAACAAAATG AAAAAATGAA ATTTAATAAA 
TTACAAGAAT CCTTTACAGC TAGTAGTGAA AGATTAGTTG AATGTAAAAA GAAACTTACA 
GCAATAGATA CTAAAGTTCC AGCAACAGAA AAAAGCCTGC AACATGCACA AAAGGAGTTG 
GATGATCTTA AAGTTGTTGA GAACGAAGTA AATGAGCGTT TGCGAAATAC TCGAATAAAA 
TATGACGAAC AAAAATCAGC TATGCAAGCT GGTAGATCTA GAAATCATAT ACTTAATTCA 
CTTATGACGG AGAAAAGGGA AGGACGACTA CCTGGTATTT TTGGTAGATT AGGTGATCTT 
GGTGCAATTG ACGTTAAATT TGATGTGGCC ATATCGACAG CTTGCGGACC ACTTGATAAT 
ATTGTTGTGG ATACCGTCAA TACAGCAACC GAGTGCATTA AGTTTCTTCG AGATAATGAT 
ATTGGCCGTG CCACCTTCAT TGCCCTGGAG AAACAGCAAC GATTTATCCG GCATTGTCAA 
GAAAAGATTC GTACCCCGGA AAATGTTCAT CGTCTCTTTG ACCTTATAAA GGTGGAAGAC 
AAACGAGTTT TACCTGCATT TTATTATGCA ATTCAAAATA CTTTAGTTGC TAATGATTTA 
GACCAAGCAA CTCGAATAGC TTATGGAGCT CGACGTCATC GAGTGGTTAC ATTAAAGGGT 
GAGTTAATTG AGTTGTCGGG TACGATGAGT GGCGGAGGTC GTCAAGTATC ACGTGGTCGT 
ATGGGTCAGA GGGTCGCTAG AAGTGAGCCG ACAGTTGACG ATATTGAGAA GCTACAGTTT 
AACTTAGATG AATTGTTCGG GCAGTACAAT AAGGCAAAGG CTAAACAACA GCCACTAGAG 
AATCAGATAC ATACTTTGAG TACGGCTCTC AAGGACATGA TCATCGACAA GGACAAATTA 
AAGGTTGAAA TTAACCACTT AAATATGGAA ATTCCGAACT TGTCTAAACA GCTTAAGGAA 
CAAGAGAAGA AAGCTGCATC ATCAATTTCC AATCCAGAAA AGGTAAAACA GCTGTTAAAG 
ATTGTTAAGA AAACTGAAGA CAAGTTGAAA AGTGTTTCTG AAAATTCTAA GACAACGGAG 
AAAGAAGTAG ATGCGATAAA TCAAGAAATC GAAGAAATAT CGGGTGGTCT CGTTAAAGAC 
CAACAGAAAA AAATTTTGAG TTTGACTAGG TCTATTGACA AAATCAAAGG AGAAATTTGT 
AGGCTACAAG TTGCTATAAA AACATCCGAG AGAAATTCGA AAAAAACAGA GCAACGTATT 
GCAACATTAG AAGAGGATAT AAAAAACTGT GAAAATAGAA TTCGTGTTAT TCAAACGGAA 
AAAGCAGAGT TTGAAGAAGT TGGTAAAGAT TTAATAAGTA AAATAAAGCA ATTAAATGAG 
GACTTGGCTG AAAAAGTTGA ATTGGCTGAC AAATTAAAAG CAGATTTGGA AAAATTACAA 
TCTCGTGAAA GTAAAATGAA AGCTATAAAG ATTGATTTGG ATCAGAAATT AAATGATACG 
AATAAGGTAG TTAAGGAACT AAAGAATCGG ATTCCAGAAT TGACGAAATC TATTGAAAGT 
ATGAAACTCC AAGAAATTCC TAACGAAGAA AACGAAGTAC TAGAAGAATT GACGAAGGAA 
GATCTGGATG AAATAGACAG TAAGTCCATC ACAAATTCAA TTCAGAAGGC TAAAGAAAAA 
TTACCGAAGG AGATACCGAA CATGCAGATT ATCGAGCAAT TTAAAGAGCA AAATGACTTG 
TATATAAAAA GATCTGAAAA ATTGCAAAAA ATTACAGAAA CAAGGAACAG TATGAGAGAT 
ACATATAATG TGGCAGTGCG TAAGAGAATG CAAGAGTTCA ACACTGGTTT CAATTTAATT 
ACTGGAAAGC TAAAGGAAAT GTATAGAATG ATTACATTAG GTGGTGATGC TGAATTAGAA 
TTAGTAGATT CATTGGATCC ATTTAGCGAA GGCATTGTAT TTAGTGTTCG ACCACCTAAA 
AAATCTTGGA AATATATTCA AAATCTGAGC GGCGGTGAAA AAACATTGAG TTCGTTGGCC 
TTGGTTTTTG CCTTACATCA TTACAAACCG ACGCCTATTT ATTTTATGGA TGAAATAGAT 
GCGGCTCTAG ATTTTAAAAA CGTATCTATC GTTGCAAGCT ATATTAAAGA GAGAACAAAA 
AACGCGCAAT TCATTGTTAT TTCTCATAGA TCGGATATGT TTGAGCTCGC AGACTATCTC 
GTCGGTGTAT ACAAAATATT TAACTGTAGT AAATGCGCAG TCGTGGACGT TCGAAAGTTC 
AATTCGAAAG TCGGTATAAG CGAACAGAAC AATAATAGCG GTAACTTGAT CAGGTCGCAA 
TTCTTATCAC AACCAAATCC GATTATAAGT GCGCTCAATG CTAATAGTGA AAATAGAACC 
GATGCCGTAC AATCTCGAAC AGTCAATTTA CCAGCTACTT GTCCGGAAAA TATTAATAGG 
GAAACCGAAG GTGAAAGCAG CAATGAGAAT AACAATCAAA CGAATGAGAA CGAAGACAGT 
TTTAATTTAA GACTTGGGGA CATTAGTCTT CCCTCAACAC CAATCAAACG ATCGTCAAGT 
AGCTCAGCAA AGAAGCAAAA GCCGGAAAAA AATATAACAT TAAAAAAACG AAAATCTTTA 
CGGAAAAGCA GTCAAAATGA ATTACATCAG GTATCAGAAT CTTCAGAAAA TCATGAGGCG 
TCTGAAGAAC ATGCAACAGT CGAACCTGAA ATAAAACTAA GGAGGACTCC TCGAAATATA 
AGGAAGGAAA AATTTGTAGA AGAGACAACA AGCCCAGGTG CTACTTTACG AAAACGTCGA 
CGACAATAG