LOC105363294 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105363294
Entrez Gene ID	105363294
Full Name	rho GTPase-activating protein 100F
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011500960.1	XP_011499262.1	rho GTPase-activating protein 100F

Pathways from BioSystems
Gene Ontology

The following LOC105363294 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105363294 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
OCe198996	XM_011500960.1 Latest version!	Ceratosolen solmsi marchali rho GTPase-activating protein 100F (LOC105363294), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC105363294 ( XM_011500960.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011499262.1 Ceratosolen solmsi marchali rho GTPase-activating protein 100F (LOC105363294), mRNA.

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CloneID	OCe198996
Clone ID Related Accession (Same CDS sequence)	XM_011500960.1
Accession Version	XM_011500960.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4203bp) 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	rho GTPase-activating protein 100F
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948426.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCTCTGCT GTGGCCGCAG AAAAGAGGGT CGGGGCGAAG TAACAGACAT AAGCGCAAGT 
CCAGGGAGAC AGGTATCTCT CAACCAGTTT CGCCCCAAGG AGCCTCTCTC CGTGGTCCTT 
CAGGGAGACT TCAAGAAGGA GAGAAAACTT CTGTTGCAGG TATCTGGAAT ATCGGACGAG 
GTCTACAGGC AAATCGAGGT CGTCGAGAAC GACCATGACG CCTCGACGGC AGCGGCTCTT 
GAGGCTGTCG AGAAGCATGG CGAGATGGTC GTCAAGGTCA TCGAACCACG TCAGATGGGC 
AGACAGGCGT CGGAAGATGC GAAATTGTTC ATCGCCATGC AGGATCCTAA GCATCCAGTG 
AGTTTCGTTG AAATAATCAA GAGGCCCGGC CAAACATTGG GACTCTATAT TCGCGAGGGC 
AACAGTATAG ACAGAAACGA TGGCGTTTTT ATTTCGAGAG TTGCAGTGGA GACGGCAGTA 
CACAATAGCG GATATTTAAA GGTCGGAGAT GAAATACTGG CGGTAAATTT TGTAAACGTG 
ACACGCATGA GTCTGGATGA CGTTGTGGTC GTCATGTCGA TACCAAGACG ACTCGTACTT 
GCCATTAGAC ACGGTTCCCT TATGTTCATG CCGCACAATC GACAAAACGA GCATAAGGCC 
CCACCGGTTG TTGTTATCAA GAAGGAACTC AACGAGGATG AGAACGACCA TATCACCAGT 
AATCATATAA GGGACAGCAA TCGGCGTCGG GGCGACGGTC GCGAGATGTT GCCCTCGCGC 
TCTAAGCTGG GACTATCGGG TCTGGGCTCG ACTCAAGACA TTGTCGCAAG CAACGGCGAC 
CTTTATTATA ACTCAAGGCC GGAGAGTCAC ATTGGCTGGA CGTATCAGCC CCCGCCCCCT 
CCGGTAATTA CCCAGCAGCC TAAGCCGTCC TCGACTCAGC ACTTCCAACC ATATGAGCGT 
GGCTATCCCA AGACCCTCGA GAGCCTTGCC GAGAAGGATT TCACGAAGGT ACACTCGTTT 
TATCCGCCCT CGATGCCGTC GACCAACGGC ACGCGTCGCA TGTCTGCCGG TACCGGCATG 
CAGACGGTCG GAGGCCGATT ACCTGGACAA TCGGTAGGCT CCCACTACGC CGCTGCATAC 
CGACAGCATC CGGGCACGGG TCGCATGATG CCGAGGAGCG GCTCGGACCA ACATCTTCCC 
CGGGTCGACT ACACGAGTAT GACTACGCCG GCTAGACATA CTCTGCTTAG ATCGAGTCTC 
AAGACCGGTT CATCGGCAAT GCGCTACAAT TCGCGCTACG GCCCTCAAAG CGAGACGATG 
TCGTCGCAGC GCCAGGGTCA ATTCGGCACC CTCACAAGAC GTCACAGGCC TTCGCTCGAC 
TACGCTTCCG ACACAGAAGC GACTTGTTCC AGTTCACCCC GTTCGGCCTA CTATTATTAC 
AGGAACAATT TAAAGAACGC AGGACAGAAT AGCGCCGTCT CTCACCTGGC AACGCTATCA 
CGTTCACAGA TCGGCCAGAG CGCAGGCTTG AGATCGAATT CGTTGCCGCG TAGCGGTAGG 
ACGTTGCCGC AGCAGCCGAG CCTTAGACCG GGACTTAGCA CCGTCGCGTC AGGTCTGATC 
GATCAAGAAG ACAGCGACGG AGCTCTCTCA GCTCCTGAAC TTCCCTGTAT CCGACGAGAC 
CGAGGGAGAA TACCGTCGTC ACCAAGTGTA TTTACATCGG ACGAGTACAG GGCTTGGCTA 
AGCCGTACCC CAAGTACTTC AGCCCTCTAT GAGCAGATAC GTGCGACAAC AAACCGACCA 
CCTCGCTACA CATATAGTGC CGAGAACATT CATGCGGCCG TTAATCAGGC CGATTATGGT 
AGCTACGGCT CGTACAGGCC GATGTCAAGT ACACTAGATC GCTTATCAAC GAGATCAGCT 
TCCGCCCAGC AGGTGAATCT TGCGAATCTC CGAGCTTCTA CAGCCATTAG CTCGTCGAAT 
CATCGATCCA CTGGAAATCA AAGGCCTTCC TCGGTTGCCT CCAACGTCAG ATCGTCATTG 
GTCGGTCAGA AATCCAACAC ACTTGGCAAT CCAGGCAGTC AGCGAGCAAC GAGCGTTAGA 
CGAATGCGAA ACATCCTAGA CCTTGAGTCG GCTCGTAGCA TACCTACACC CACACCTACT 
AGAAATATAG ATCAAAGACT GCTGGACATT AATCCTGCAG AGTTCCTCAA ATACAAGATA 
GAAAAGCCAC CAACGGTGGG CACGCCAAGT TCAACAAGTT CTCTACTAAG CTCATTGGCG 
GATAACGCTG GCAGTGACTT CTGTAGCGGC ATTAGCGGCC TTCTTTGGGT ACATTTACTT 
GCTGGACGTG GACTTCGTGC GACTACGTCG AGCTCAGCAG CGACAACGCC ATCGACGCCG 
TCGGGTCAGC CTAACATAGT GAATTGCAGC CTGAGAGACC TGTACTGCGT CTTAGAATGT 
GATCGAGTGC ACAAAGCTCG TACGGTAGTG CGCACGGGTG ATCTCATGTT CGACTGGGAT 
GAGAATTTCG AGCTGGACCT CGTGGGTAAT CGGCAGCTCG ATCTGCTTGT TTATTCATGG 
GATCCGCAAT ATCGACATAA ACTTTGCTAT AAAGGATCGG TGCACTTAGC CACGCTATTA 
AAAGAGTCGC CGATTCATCA ATTGGCCGTG AAGGTCGAAC CCCGAGGTAC GATATATCTG 
AGGTTGAGGT ACACAGACGC CAGCCAAACG TTTCGTAGAA GAGGTTTACC AGTTATCTCG 
CTTGCTACGA GAATCGCACC GCTGTTTGGC ATTGATCTCG ACACTGTTGT GACTCGGGAG 
AATAAAACTG GCGGAGTTCC AGGAGGTGTG TCAACAGCCC TGGCACTCGG GGGTAGTAGT 
GTACCGAATG TACCGATAAT AGTCTGGCGT TGTGTGGAGG AAGTGGAAAG AAGAGGACTA 
GATATTATTG GCTTATATAG ACTTTGTGGA TCAGCAACGA AAAAGCGAAT ACTAAGAGAG 
GCTTTCGAAA GAAATGCTAG ATCAGTTGAT TTATCGTCTG ATAATGTTCC TGACATTAAC 
GTTATAACAG GCGTTTTGAA AGACTACTTG AGAGAATTGC CAGAGCCTCT GTTCACGAAG 
TGCCTCTATC AAATGATGGT CGACGCACTC GGAGTCTGTT TACCGGATGA TCCACAAGGA 
AATGCAAAGT TAATGTTTAG CATTCTCGAT TGCCTACCGA CTGTAAACAA GTGTACATTG 
ATTTATCTAT TGGATCATCT GGCAATGGTC ATTTCCCAAT GCAATAAAAT GTCTCCTGCT 
AGTTTAGCAG TCTGTTTTGG TCCAGTGCTA ATGTTGCATT CGGATGAAGC GGGAGCGATA 
CTTGACTTCC AACAGCCTAT AGCCGTTCTG AAGTATTTAC TCGAAATTTG GCCAGTTAAG 
TCAGTTCGGA AGATTTCTTC AGTCTTTTCA ACACTTCCTC GAGTTATGCC AGCACACGTC 
AACAGCAACT CGCATCAGCC GCAGGCCTCC TCTCAAATTC AGCAACATCA TCAATCCCAA 
ATTCAGCATC AGCAGCAGCA GCCATTACAG CAATCGGGAA CGCTGCCGCG AACAGGGCTG 
CTTTGGCAGC AGCAACACTC ACATCATCAT CAGCCCCTCA CTACTACAGC GGTAGGTCAG 
CATCAGCGGC AGCAACAACA GCAACAACAG CAACAGCAGC AGCAGCAGCA GCAGCAGCAA 
CAGCAGCAAC AACAAATACA GCAAAAACAG CAAACCATTA CAGCTTCCCC GCGCCTCCCT 
CCGCCGCCAC CCATCAAGCC ACGACAGGTG ATAGTTTCAT CTCCCGGTTC ACCTAGCAGC 
GAGGATTCCA GCAGTTATCA GGAATCGGTT AAATTAAATT GCTCGCCAGC TGTTAATAGC 
TCGACATCGA ACCCAGTCAT TGTGAACAAT AAGCCCCATC TTCATTCGAC TAATCCATTC 
CTTAATTCAT TGACTAATGG GAATGGAAAT GGTAACGATA GCAACGATCA TGAAATCAGT 
CACGAGAACG GCCATGGGCA CAGCGTTAGT TTCTTCACTC ATGGAACGAA CGAGGAAGTA 
ACTCCGACAA GTAGTGTCGA TACTGAGGAT GGCACTGTGC ACCATGAAGA AGGTGAACAT 
GGTGTTGAGG GAGACGCTGA AGCCAGCGAT GACGATCATG TTATCAATAC TAGGTCGGCT 
TAA

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

RefSeq	XP_011499262.1
CDS	44..4246
Translation	MLCCGRRKEGRGEVTDISASPGRQVSLNQFRPKEPLSVVLQGDFKKERKLLLQVSGISDEVYRQIEVVENDHDASTAAALEAVEKHGEMVVKVIEPRQMGRQASEDAKLFIAMQDPKHPVSFVEIIKRPGQTLGLYIREGNSIDRNDGVFISRVAVETAVHNSGYLKVGDEILAVNFVNVTRMSLDDVVVVMSIPRRLVLAIRHGSLMFMPHNRQNEHKAPPVVVIKKELNEDENDHITSNHIRDSNRRRGDGREMLPSRSKLGLSGLGSTQDIVASNGDLYYNSRPESHIGWTYQPPPPPVITQQPKPSSTQHFQPYERGYPKTLESLAEKDFTKVHSFYPPSMPSTNGTRRMSAGTGMQTVGGRLPGQSVGSHYAAAYRQHPGTGRMMPRSGSDQHLPRVDYTSMTTPARHTLLRSSLKTGSSAMRYNSRYGPQSETMSSQRQGQFGTLTRRHRPSLDYASDTEATCSSSPRSAYYYYRNNLKNAGQNSAVSHLATLSRSQIGQSAGLRSNSLPRSGRTLPQQPSLRPGLSTVASGLIDQEDSDGALSAPELPCIRRDRGRIPSSPSVFTSDEYRAWLSRTPSTSALYEQIRATTNRPPRYTYSAENIHAAVNQADYGSYGSYRPMSSTLDRLSTRSASAQQVNLANLRASTAISSSNHRSTGNQRPSSVASNVRSSLVGQKSNTLGNPGSQRATSVRRMRNILDLESARSIPTPTPTRNIDQRLLDINPAEFLKYKIEKPPTVGTPSSTSSLLSSLADNAGSDFCSGISGLLWVHLLAGRGLRATTSSSAATTPSTPSGQPNIVNCSLRDLYCVLECDRVHKARTVVRTGDLMFDWDENFELDLVGNRQLDLLVYSWDPQYRHKLCYKGSVHLATLLKESPIHQLAVKVEPRGTIYLRLRYTDASQTFRRRGLPVISLATRIAPLFGIDLDTVVTRENKTGGVPGGVSTALALGGSSVPNVPIIVWRCVEEVERRGLDIIGLYRLCGSATKKRILREAFERNARSVDLSSDNVPDINVITGVLKDYLRELPEPLFTKCLYQMMVDALGVCLPDDPQGNAKLMFSILDCLPTVNKCTLIYLLDHLAMVISQCNKMSPASLAVCFGPVLMLHSDEAGAILDFQQPIAVLKYLLEIWPVKSVRKISSVFSTLPRVMPAHVNSNSHQPQASSQIQQHHQSQIQHQQQQPLQQSGTLPRTGLLWQQQHSHHHQPLTTTAVGQHQRQQQQQQQQQQQQQQQQQQQQQQIQQKQQTITASPRLPPPPPIKPRQVIVSSPGSPSSEDSSSYQESVKLNCSPAVNSSTSNPVIVNNKPHLHSTNPFLNSLTNGNGNGNDSNDHEISHENGHGHSVSFFTHGTNEEVTPTSSVDTEDGTVHHEEGEHGVEGDAEASDDDHVINTRSA

Target ORF information:

RefSeq Version	XM_011500960.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali rho GTPase-activating protein 100F (LOC105363294), mRNA.

Target ORF information:

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

XM_011500960.1

ORF Insert Sequence:

ATGCTCTGCT GTGGCCGCAG AAAAGAGGGT CGGGGCGAAG TAACAGACAT AAGCGCAAGT 
CCAGGGAGAC AGGTATCTCT CAACCAGTTT CGCCCCAAGG AGCCTCTCTC CGTGGTCCTT 
CAGGGAGACT TCAAGAAGGA GAGAAAACTT CTGTTGCAGG TATCTGGAAT ATCGGACGAG 
GTCTACAGGC AAATCGAGGT CGTCGAGAAC GACCATGACG CCTCGACGGC AGCGGCTCTT 
GAGGCTGTCG AGAAGCATGG CGAGATGGTC GTCAAGGTCA TCGAACCACG TCAGATGGGC 
AGACAGGCGT CGGAAGATGC GAAATTGTTC ATCGCCATGC AGGATCCTAA GCATCCAGTG 
AGTTTCGTTG AAATAATCAA GAGGCCCGGC CAAACATTGG GACTCTATAT TCGCGAGGGC 
AACAGTATAG ACAGAAACGA TGGCGTTTTT ATTTCGAGAG TTGCAGTGGA GACGGCAGTA 
CACAATAGCG GATATTTAAA GGTCGGAGAT GAAATACTGG CGGTAAATTT TGTAAACGTG 
ACACGCATGA GTCTGGATGA CGTTGTGGTC GTCATGTCGA TACCAAGACG ACTCGTACTT 
GCCATTAGAC ACGGTTCCCT TATGTTCATG CCGCACAATC GACAAAACGA GCATAAGGCC 
CCACCGGTTG TTGTTATCAA GAAGGAACTC AACGAGGATG AGAACGACCA TATCACCAGT 
AATCATATAA GGGACAGCAA TCGGCGTCGG GGCGACGGTC GCGAGATGTT GCCCTCGCGC 
TCTAAGCTGG GACTATCGGG TCTGGGCTCG ACTCAAGACA TTGTCGCAAG CAACGGCGAC 
CTTTATTATA ACTCAAGGCC GGAGAGTCAC ATTGGCTGGA CGTATCAGCC CCCGCCCCCT 
CCGGTAATTA CCCAGCAGCC TAAGCCGTCC TCGACTCAGC ACTTCCAACC ATATGAGCGT 
GGCTATCCCA AGACCCTCGA GAGCCTTGCC GAGAAGGATT TCACGAAGGT ACACTCGTTT 
TATCCGCCCT CGATGCCGTC GACCAACGGC ACGCGTCGCA TGTCTGCCGG TACCGGCATG 
CAGACGGTCG GAGGCCGATT ACCTGGACAA TCGGTAGGCT CCCACTACGC CGCTGCATAC 
CGACAGCATC CGGGCACGGG TCGCATGATG CCGAGGAGCG GCTCGGACCA ACATCTTCCC 
CGGGTCGACT ACACGAGTAT GACTACGCCG GCTAGACATA CTCTGCTTAG ATCGAGTCTC 
AAGACCGGTT CATCGGCAAT GCGCTACAAT TCGCGCTACG GCCCTCAAAG CGAGACGATG 
TCGTCGCAGC GCCAGGGTCA ATTCGGCACC CTCACAAGAC GTCACAGGCC TTCGCTCGAC 
TACGCTTCCG ACACAGAAGC GACTTGTTCC AGTTCACCCC GTTCGGCCTA CTATTATTAC 
AGGAACAATT TAAAGAACGC AGGACAGAAT AGCGCCGTCT CTCACCTGGC AACGCTATCA 
CGTTCACAGA TCGGCCAGAG CGCAGGCTTG AGATCGAATT CGTTGCCGCG TAGCGGTAGG 
ACGTTGCCGC AGCAGCCGAG CCTTAGACCG GGACTTAGCA CCGTCGCGTC AGGTCTGATC 
GATCAAGAAG ACAGCGACGG AGCTCTCTCA GCTCCTGAAC TTCCCTGTAT CCGACGAGAC 
CGAGGGAGAA TACCGTCGTC ACCAAGTGTA TTTACATCGG ACGAGTACAG GGCTTGGCTA 
AGCCGTACCC CAAGTACTTC AGCCCTCTAT GAGCAGATAC GTGCGACAAC AAACCGACCA 
CCTCGCTACA CATATAGTGC CGAGAACATT CATGCGGCCG TTAATCAGGC CGATTATGGT 
AGCTACGGCT CGTACAGGCC GATGTCAAGT ACACTAGATC GCTTATCAAC GAGATCAGCT 
TCCGCCCAGC AGGTGAATCT TGCGAATCTC CGAGCTTCTA CAGCCATTAG CTCGTCGAAT 
CATCGATCCA CTGGAAATCA AAGGCCTTCC TCGGTTGCCT CCAACGTCAG ATCGTCATTG 
GTCGGTCAGA AATCCAACAC ACTTGGCAAT CCAGGCAGTC AGCGAGCAAC GAGCGTTAGA 
CGAATGCGAA ACATCCTAGA CCTTGAGTCG GCTCGTAGCA TACCTACACC CACACCTACT 
AGAAATATAG ATCAAAGACT GCTGGACATT AATCCTGCAG AGTTCCTCAA ATACAAGATA 
GAAAAGCCAC CAACGGTGGG CACGCCAAGT TCAACAAGTT CTCTACTAAG CTCATTGGCG 
GATAACGCTG GCAGTGACTT CTGTAGCGGC ATTAGCGGCC TTCTTTGGGT ACATTTACTT 
GCTGGACGTG GACTTCGTGC GACTACGTCG AGCTCAGCAG CGACAACGCC ATCGACGCCG 
TCGGGTCAGC CTAACATAGT GAATTGCAGC CTGAGAGACC TGTACTGCGT CTTAGAATGT 
GATCGAGTGC ACAAAGCTCG TACGGTAGTG CGCACGGGTG ATCTCATGTT CGACTGGGAT 
GAGAATTTCG AGCTGGACCT CGTGGGTAAT CGGCAGCTCG ATCTGCTTGT TTATTCATGG 
GATCCGCAAT ATCGACATAA ACTTTGCTAT AAAGGATCGG TGCACTTAGC CACGCTATTA 
AAAGAGTCGC CGATTCATCA ATTGGCCGTG AAGGTCGAAC CCCGAGGTAC GATATATCTG 
AGGTTGAGGT ACACAGACGC CAGCCAAACG TTTCGTAGAA GAGGTTTACC AGTTATCTCG 
CTTGCTACGA GAATCGCACC GCTGTTTGGC ATTGATCTCG ACACTGTTGT GACTCGGGAG 
AATAAAACTG GCGGAGTTCC AGGAGGTGTG TCAACAGCCC TGGCACTCGG GGGTAGTAGT 
GTACCGAATG TACCGATAAT AGTCTGGCGT TGTGTGGAGG AAGTGGAAAG AAGAGGACTA 
GATATTATTG GCTTATATAG ACTTTGTGGA TCAGCAACGA AAAAGCGAAT ACTAAGAGAG 
GCTTTCGAAA GAAATGCTAG ATCAGTTGAT TTATCGTCTG ATAATGTTCC TGACATTAAC 
GTTATAACAG GCGTTTTGAA AGACTACTTG AGAGAATTGC CAGAGCCTCT GTTCACGAAG 
TGCCTCTATC AAATGATGGT CGACGCACTC GGAGTCTGTT TACCGGATGA TCCACAAGGA 
AATGCAAAGT TAATGTTTAG CATTCTCGAT TGCCTACCGA CTGTAAACAA GTGTACATTG 
ATTTATCTAT TGGATCATCT GGCAATGGTC ATTTCCCAAT GCAATAAAAT GTCTCCTGCT 
AGTTTAGCAG TCTGTTTTGG TCCAGTGCTA ATGTTGCATT CGGATGAAGC GGGAGCGATA 
CTTGACTTCC AACAGCCTAT AGCCGTTCTG AAGTATTTAC TCGAAATTTG GCCAGTTAAG 
TCAGTTCGGA AGATTTCTTC AGTCTTTTCA ACACTTCCTC GAGTTATGCC AGCACACGTC 
AACAGCAACT CGCATCAGCC GCAGGCCTCC TCTCAAATTC AGCAACATCA TCAATCCCAA 
ATTCAGCATC AGCAGCAGCA GCCATTACAG CAATCGGGAA CGCTGCCGCG AACAGGGCTG 
CTTTGGCAGC AGCAACACTC ACATCATCAT CAGCCCCTCA CTACTACAGC GGTAGGTCAG 
CATCAGCGGC AGCAACAACA GCAACAACAG CAACAGCAGC AGCAGCAGCA GCAGCAGCAA 
CAGCAGCAAC AACAAATACA GCAAAAACAG CAAACCATTA CAGCTTCCCC GCGCCTCCCT 
CCGCCGCCAC CCATCAAGCC ACGACAGGTG ATAGTTTCAT CTCCCGGTTC ACCTAGCAGC 
GAGGATTCCA GCAGTTATCA GGAATCGGTT AAATTAAATT GCTCGCCAGC TGTTAATAGC 
TCGACATCGA ACCCAGTCAT TGTGAACAAT AAGCCCCATC TTCATTCGAC TAATCCATTC 
CTTAATTCAT TGACTAATGG GAATGGAAAT GGTAACGATA GCAACGATCA TGAAATCAGT 
CACGAGAACG GCCATGGGCA CAGCGTTAGT TTCTTCACTC ATGGAACGAA CGAGGAAGTA 
ACTCCGACAA GTAGTGTCGA TACTGAGGAT GGCACTGTGC ACCATGAAGA AGGTGAACAT 
GGTGTTGAGG GAGACGCTGA AGCCAGCGAT GACGATCATG TTATCAATAC TAGGTCGGCT 
TAA