LOC102701484 cDNA ORF clone, Oryza brachyantha(malo sina)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102701484
Entrez Gene ID	102701484
Full Name	protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like
Gene Type	protein-coding
Organism	Oryza brachyantha(malo sina)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006643722.2	XP_006643785.2	protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like

Pathways from BioSystems
Gene Ontology

The following LOC102701484 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102701484 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
OOr01975	XM_006643722.2 Latest version!	Oryza brachyantha protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like (LOC102701484), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC102701484 ( XM_006643722.2 ) cDNA ORF clone, Oryza brachyantha(malo sina) -> XP_006643785.2 Oryza brachyantha protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like (LOC102701484), mRNA.

Price & Availability↑

CloneID	OOr01975
Clone ID Related Accession (Same CDS sequence)	XM_006643722.2
Accession Version	XM_006643722.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4719bp) 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	2016-03-03
Organism	Oryza brachyantha(malo sina)
Product	protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006267373.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 4, 2016 this sequence version replaced XM_006643722.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryza brachyantha 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##

ATGCGGAGGA GGTGGCAGAT GTGGGGGAAG CCCGACGGGA GCCTCGTCTG GATCCCGGCC 
TCCGACGGGC CTCCTTCGGA GGCGGTGCCC GGTGAGGCGC CGCTTGTTCC TCCTGACCCG 
CAGCCGGATG CGGCGGCGAT GGAAGATGCG CCATCGGGCG ATGAGATTAT CGAAGGCCCC 
GGCGCCACCG ATGGATGCAG CGTCCCGTCG ATGGCCGACC TCTTCACCCA AGTTTTGGAT 
AAGCTAGTTG CTGCTGATGA AAGAGCCGTG GCGATCGAGC GTGCAGGGAA GGGTGGGGTG 
TTCTGCACTG GGTTGGGGAG ATCAGTGGCC GTCAGCGATA CGGCTATAGA GAGGGCCAAG 
TTATTGGTTG GGGAGGTCGC GGAGGAAACA AGTAATAAGA GAAGGCAACC ATTTGGCAAT 
GGTTCCGATT TGGAACGCGA ATTGGGAGAA AGAAATGTTT CTTTTAAAGG TAGTGTACAT 
AAAGACATTT TGTCTCCTAT GTTCCAAACT GGATCGGGGA AGGCGGTTTC ACTAAACAAG 
GACTTGATTC AGAAGGCAGG AGCTGTTTTA GAAGGAAATG TCGAGAATTC TGTCGTTGCT 
GTACAGCCTG TACAATCTAT GTTCCATACT GAATTGGTTA TGACAGATCC AATCAGCATG 
AGCTCCATTG ATAAGGCAAT GCCTGTTTTG GAGGGACAAA CAACTGCAAA ACATGGAGAT 
GTGGCAGATG TGGATGATAC GGGACTCTTT CCATTGTTCC AAACTGGTTC AGGTAAAGCT 
GTATCGGTCA GTATAGCATC TATCCAGAAA GCTAAGGCCG TCCTGGAGCA AAATGATGAA 
AGTGCAGGAA ATATGGATGA TTTGAGTAGG CCTGACCAAT CTCTGATCTT CCAAAATGGT 
TCACGAAGAC CAGTCTTGAT TAGTGAAATA GCTAACTCTG TGGTGAAGGG GGGAGATGCT 
GGAAACATTG TTTTCCGAAC AGGATTAGGG AGGCCTGCTG CGGTGAGCGA GACCTCAATT 
CAAAAGGCAA GGGCAGTACT AGATGAAGAT GCCAAAAGAA GAGGCTATGG ACTTACTGGT 
GTCTGCACCA CCACTTACCA AACCGAAACT CCAACTTCTG TTTTGATGAG TGGTGGTCTG 
ACTATGACTG ATAGATCTGT TACACCGGAT GGAGATGTTT CAATTCAAGG AAAAAATTAT 
GGGGCTGATG GTCACATGCC ATTATTTCAA ACTGGGTTTG GGAGGTCCAT TTCAGTTAGT 
AAAAGCTCAA TTAAGAGAGC AAGTACACTG CTGGAGCCAA GGAACATTAC AAAAGAATTG 
GAAGATGAAG CTAATTTTGA TGGCTCTGCC ACTCCGATGT TCAAAACTGG ATCAGGAAGA 
TCTATCACAG CAAGTGAAAA TTCTAGAAAG AAAGCCCATG TTGTCTTAGA GGGTGACGAT 
CCAGTAAAAA ATGTATATAA TGACACTGGA GAAGCCATTG AACCAATCCT CCATGCTGGA 
ATACAGAAGT TTGCACCCCA AAGTAGAAGT TCAAGTCATA AGGCAAATGC CCTCATGGAG 
GAAGGGAGCT CTATAAAAGA GGTCCGTGGA AGGGAACCGC CAATGTTTCG AACTGGATCT 
GGGAGGTCAG TCTTGATTAC TGACAGATCG GTGCAGAGGG CAAGGGCGGT TCTGGAGGAA 
GAAGGCAATA TGAAAAGAGA AAATCACAAG CAACTTAATA ATGTGGACAA ATATATTCCA 
AATTTTACTT CACCTCTCAA GACAAGCTGC ATAAGGACTG TAAATATATC TTCAGTTGGT 
GTTTCTCGAG CTGCAACTTT GTTGGGTTTG GAGGATAATA CCCTTTCAAC ACAACTTTTA 
GGACATGTGG GGGATAAGCT AGGTACAAAG ATAAATGTTG AGAGGGAAAA TTCAGAGCAC 
CGATTTGATG TAGCATCAGT CCGTGGAGTT TCTGGTGGCT GCCCAATGAA CTTGGGCCCA 
GCTGAAAACC AAGTACTTAT GGATCCACAT CAGCAATCTA CATTTTCTAA AACAACTGTC 
TCTGATTCTA GTGAGCAAGC GATCAAGTTC AGCACTGCTG GCGGCAGATC AATGGCTATT 
TCCAGTGATG CTCTTCAACG TGCAAAAAGT CTTCTGGGTG AATCGGATTT AGAGGTGTTA 
CCAAATAATT TTTTAGGTCA CTCTTCAGCA TCTCCATGCA AAGAGAAGCT GCAAAATTCA 
ACTCGTCTGC GAAAAGGTGA AACTGATTTA TTGAAGACAA TTAGGGGGGA AAGCAAAACT 
GAGCCAGCAA TTTTTTCCCT TCCTGCAATG CCTGATAGGA AGCACACAGA TTCCTTGGGA 
CGTGCTATAC CTGATACCAC TTTGGCTAAT GGAAATTCTG TCAGGTTTCA TGCGGCAAGA 
GGTTATCATC CTATCAATGA GATTCCAAAG TTACCCAAGC CTTCTTCCAG ATGTTCTTTT 
GGTACTGAAA ATGCAAGTGA TACTAACGAT AAGGCTCGAA GATTCCAAAT GCCACCTGGA 
CCATTGGTTG ACATCACTAA TTACATGGGT ACACATTCTG TTAAAACTGA CTCCCTTCCC 
ACTGAGAAGA GAAGAATTGG GGGAAGAAAC ACCATATCTA CCTTTAAACG TCCCCGTTCT 
TCCAGGTTCA TCGCACCTAC GAAAATCAAC AATCCATCCC CTGCTGGAGT ATCCAAACTA 
CCACCAATTC AGATCAGTCC CTGTCGAACA AAGTTGTCTT CATGCTATCC TTTTCAACAT 
GAAAGAAAAT CGTGCAAAGA GTATTTTGGT GGCCCTCCAC GTTTCAAATA TTTGACAGAA 
GATATAACAG ATGAAGTGAA GCTCATGGAT GCAAAAAATG CTGAGGATTA CAAGTTCAAT 
ACAGATACTG GTTCGGAAGA ATTTCAGAAG ATGCTTCTTG CCTGTGGTGC TTCGTTGACA 
TACGCAACTA AAGAATGGAC GAGCAACCAC TATAAATGGA TTGTTTGGAA GCATGCTTCA 
TTGGAGAGAT GCTATCCAAC TAGAGCTGCT GGCAAATTCT TAAAAGTTGG TAATGTTTTG 
GAAGAGCTGA AGTACAGGTA TGACAGAGAA GTGAACTATG GCCACCGCTC AGCCATAAAG 
AAAATTTTGG AAGGGAATGC TTCACCATCT TTGATGATGG TGCTGTGCAT CTCAGCTATT 
TATTCTTGTC CTGACCTAAA CAACAATAAG CCAGAAGATG ACAAGCCACA TGCAAATGAG 
GACAATAGTG AGACTAAAAT CTTGGTAGCT GCTAAAAGGA ACATGCCCGC AAAGATTGAA 
CTAACTGATG GATGGTATTC TCTGGAAGCG ACACTAGATC TGGCACTTTT GGAGCAACTA 
GAGAAAAGAA AGCTTTTTAT AGGACAGAAG CTTCGGATAT GGGGAGCTTC ACTGTGTGGT 
TGGTCTGGGC CAGTGTCATT TCATGAGGCA TCTGGTACTG TTAAATTAAT GATCCACATA 
AATGGCACCT ATCGTGCAAG ATGGGATGAG ACTTTGGGAT TATGTAAGCA TACTGGAGTC 
CCACTGGCAT TCAAGTGCAT AAAAGCTTCA GGTGGTAGAG TTCCTAAGAC ACTGGTTGGA 
GTTACCAGGA TTTATCCTGT TATGTACAAG GAGAGGTTGT CTGATGGTCG TTTCATGGTG 
AGGTCTGAAA GGATGGAAAG AAAAGCACTA CAGCTGTATC ACCAGAGAGT GTCTAAGATT 
GCAGAAGACA TCCAGTCTGA ACATGGAGAA TACTGTGACA ATACCAATGA TAACGAGGAA 
GGGGCAAAAA TATGCAAGAT GCTAGAACGG GCAGCTGAAC CTGAAGTTCT CATGGCAAGC 
TTGAATTCAG AGCAGCTTCT GTCTTTCTCA TATTATCAAG AAAAACAAAA GATTGTTAGG 
CAAAATGAAG TTGCTAAGAA GGTTGAAAAT GCTCTCAAAT TTGCTGGGCT GAGTTCAAGA 
GATGTTACAC CATTTTTGAA AGTCAAGGTG ATGGGTCTTA TCAGTAAACA ATCTGCCACA 
AAATCGAGCC AAAGAGAAGG GTTAATAACA ATTTGGAACC CTACCGAGAA GCAAAAATCC 
GATTTGGTGG AGGGACAGAT TTATTCTGTC ACAGGATTGG GGCCTTCAAA CTATTTTACA 
GAAGTAGTCT ACTTGCATGC TAGAGGATCA TCTACAACAT GGAAGCCTTT AGCATCCACA 
CAGACTACAA ATTTTGAACC ATTTTTCACC CCTCGTAAAG CAGTTGAATT GTCACATTTT 
GGTGAAATAC CACTTGCAAG TGAATTTGAC ATTGCAGGTC TTATTTTATA TGTTGGGAAT 
GTTTATTTAT TGAACGACCA GAATAGGCAG TGGCTCTTTT TGACAGATGG ATCTAAATTT 
ATCTCCGGAG AAGAGTCTGA AGAGCAAGAT GACTGTCTTC TTGCTGTTAA CTTTTCTTCC 
CCAACCACTG GCGAGGACTC TGCATTCTTC AATTCTGCCG TTTCTGGACA TATAGTTGGT 
TTTAGCAATC TGGTTAAGCG ACAGAAAGAC CAGATGAGGC ACATGTGGGT AGCTGAGGCG 
ACAGAGAGCT CCACCTATAC TCTATCCCAC GAGATACCTA AAAAATCACA TCTCAAAGAG 
GCTGCGAATT CTGCTGAAAA ATGGGCTTCA AGTTCTCATC CTATGATTCA GCATCTGAAG 
GAAAGAGTTT TGCAAATAGT TGGTGATAGT GGTGGCTGA

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

RefSeq	XP_006643785.2
CDS	1..4719
Translation	MRRRWQMWGKPDGSLVWIPASDGPPSEAVPGEAPLVPPDPQPDAAAMEDAPSGDEIIEGPGATDGCSVPSMADLFTQVLDKLVAADERAVAIERAGKGGVFCTGLGRSVAVSDTAIERAKLLVGEVAEETSNKRRQPFGNGSDLERELGERNVSFKGSVHKDILSPMFQTGSGKAVSLNKDLIQKAGAVLEGNVENSVVAVQPVQSMFHTELVMTDPISMSSIDKAMPVLEGQTTAKHGDVADVDDTGLFPLFQTGSGKAVSVSIASIQKAKAVLEQNDESAGNMDDLSRPDQSLIFQNGSRRPVLISEIANSVVKGGDAGNIVFRTGLGRPAAVSETSIQKARAVLDEDAKRRGYGLTGVCTTTYQTETPTSVLMSGGLTMTDRSVTPDGDVSIQGKNYGADGHMPLFQTGFGRSISVSKSSIKRASTLLEPRNITKELEDEANFDGSATPMFKTGSGRSITASENSRKKAHVVLEGDDPVKNVYNDTGEAIEPILHAGIQKFAPQSRSSSHKANALMEEGSSIKEVRGREPPMFRTGSGRSVLITDRSVQRARAVLEEEGNMKRENHKQLNNVDKYIPNFTSPLKTSCIRTVNISSVGVSRAATLLGLEDNTLSTQLLGHVGDKLGTKINVERENSEHRFDVASVRGVSGGCPMNLGPAENQVLMDPHQQSTFSKTTVSDSSEQAIKFSTAGGRSMAISSDALQRAKSLLGESDLEVLPNNFLGHSSASPCKEKLQNSTRLRKGETDLLKTIRGESKTEPAIFSLPAMPDRKHTDSLGRAIPDTTLANGNSVRFHAARGYHPINEIPKLPKPSSRCSFGTENASDTNDKARRFQMPPGPLVDITNYMGTHSVKTDSLPTEKRRIGGRNTISTFKRPRSSRFIAPTKINNPSPAGVSKLPPIQISPCRTKLSSCYPFQHERKSCKEYFGGPPRFKYLTEDITDEVKLMDAKNAEDYKFNTDTGSEEFQKMLLACGASLTYATKEWTSNHYKWIVWKHASLERCYPTRAAGKFLKVGNVLEELKYRYDREVNYGHRSAIKKILEGNASPSLMMVLCISAIYSCPDLNNNKPEDDKPHANEDNSETKILVAAKRNMPAKIELTDGWYSLEATLDLALLEQLEKRKLFIGQKLRIWGASLCGWSGPVSFHEASGTVKLMIHINGTYRARWDETLGLCKHTGVPLAFKCIKASGGRVPKTLVGVTRIYPVMYKERLSDGRFMVRSERMERKALQLYHQRVSKIAEDIQSEHGEYCDNTNDNEEGAKICKMLERAAEPEVLMASLNSEQLLSFSYYQEKQKIVRQNEVAKKVENALKFAGLSSRDVTPFLKVKVMGLISKQSATKSSQREGLITIWNPTEKQKSDLVEGQIYSVTGLGPSNYFTEVVYLHARGSSTTWKPLASTQTTNFEPFFTPRKAVELSHFGEIPLASEFDIAGLILYVGNVYLLNDQNRQWLFLTDGSKFISGEESEEQDDCLLAVNFSSPTTGEDSAFFNSAVSGHIVGFSNLVKRQKDQMRHMWVAEATESSTYTLSHEIPKKSHLKEAANSAEKWASSSHPMIQHLKERVLQIVGDSGG

Target ORF information:

RefSeq Version	XM_006643722.2
Organism	Oryza brachyantha(malo sina)
Definition	Oryza brachyantha protein BREAST CANCER SUSCEPTIBILITY 2 homolog A-like (LOC102701484), mRNA.

Target ORF information:

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

XM_006643722.2

ORF Insert Sequence:

ATGCGGAGGA GGTGGCAGAT GTGGGGGAAG CCCGACGGGA GCCTCGTCTG GATCCCGGCC 
TCCGACGGGC CTCCTTCGGA GGCGGTGCCC GGTGAGGCGC CGCTTGTTCC TCCTGACCCG 
CAGCCGGATG CGGCGGCGAT GGAAGATGCG CCATCGGGCG ATGAGATTAT CGAAGGCCCC 
GGCGCCACCG ATGGATGCAG CGTCCCGTCG ATGGCCGACC TCTTCACCCA AGTTTTGGAT 
AAGCTAGTTG CTGCTGATGA AAGAGCCGTG GCGATCGAGC GTGCAGGGAA GGGTGGGGTG 
TTCTGCACTG GGTTGGGGAG ATCAGTGGCC GTCAGCGATA CGGCTATAGA GAGGGCCAAG 
TTATTGGTTG GGGAGGTCGC GGAGGAAACA AGTAATAAGA GAAGGCAACC ATTTGGCAAT 
GGTTCCGATT TGGAACGCGA ATTGGGAGAA AGAAATGTTT CTTTTAAAGG TAGTGTACAT 
AAAGACATTT TGTCTCCTAT GTTCCAAACT GGATCGGGGA AGGCGGTTTC ACTAAACAAG 
GACTTGATTC AGAAGGCAGG AGCTGTTTTA GAAGGAAATG TCGAGAATTC TGTCGTTGCT 
GTACAGCCTG TACAATCTAT GTTCCATACT GAATTGGTTA TGACAGATCC AATCAGCATG 
AGCTCCATTG ATAAGGCAAT GCCTGTTTTG GAGGGACAAA CAACTGCAAA ACATGGAGAT 
GTGGCAGATG TGGATGATAC GGGACTCTTT CCATTGTTCC AAACTGGTTC AGGTAAAGCT 
GTATCGGTCA GTATAGCATC TATCCAGAAA GCTAAGGCCG TCCTGGAGCA AAATGATGAA 
AGTGCAGGAA ATATGGATGA TTTGAGTAGG CCTGACCAAT CTCTGATCTT CCAAAATGGT 
TCACGAAGAC CAGTCTTGAT TAGTGAAATA GCTAACTCTG TGGTGAAGGG GGGAGATGCT 
GGAAACATTG TTTTCCGAAC AGGATTAGGG AGGCCTGCTG CGGTGAGCGA GACCTCAATT 
CAAAAGGCAA GGGCAGTACT AGATGAAGAT GCCAAAAGAA GAGGCTATGG ACTTACTGGT 
GTCTGCACCA CCACTTACCA AACCGAAACT CCAACTTCTG TTTTGATGAG TGGTGGTCTG 
ACTATGACTG ATAGATCTGT TACACCGGAT GGAGATGTTT CAATTCAAGG AAAAAATTAT 
GGGGCTGATG GTCACATGCC ATTATTTCAA ACTGGGTTTG GGAGGTCCAT TTCAGTTAGT 
AAAAGCTCAA TTAAGAGAGC AAGTACACTG CTGGAGCCAA GGAACATTAC AAAAGAATTG 
GAAGATGAAG CTAATTTTGA TGGCTCTGCC ACTCCGATGT TCAAAACTGG ATCAGGAAGA 
TCTATCACAG CAAGTGAAAA TTCTAGAAAG AAAGCCCATG TTGTCTTAGA GGGTGACGAT 
CCAGTAAAAA ATGTATATAA TGACACTGGA GAAGCCATTG AACCAATCCT CCATGCTGGA 
ATACAGAAGT TTGCACCCCA AAGTAGAAGT TCAAGTCATA AGGCAAATGC CCTCATGGAG 
GAAGGGAGCT CTATAAAAGA GGTCCGTGGA AGGGAACCGC CAATGTTTCG AACTGGATCT 
GGGAGGTCAG TCTTGATTAC TGACAGATCG GTGCAGAGGG CAAGGGCGGT TCTGGAGGAA 
GAAGGCAATA TGAAAAGAGA AAATCACAAG CAACTTAATA ATGTGGACAA ATATATTCCA 
AATTTTACTT CACCTCTCAA GACAAGCTGC ATAAGGACTG TAAATATATC TTCAGTTGGT 
GTTTCTCGAG CTGCAACTTT GTTGGGTTTG GAGGATAATA CCCTTTCAAC ACAACTTTTA 
GGACATGTGG GGGATAAGCT AGGTACAAAG ATAAATGTTG AGAGGGAAAA TTCAGAGCAC 
CGATTTGATG TAGCATCAGT CCGTGGAGTT TCTGGTGGCT GCCCAATGAA CTTGGGCCCA 
GCTGAAAACC AAGTACTTAT GGATCCACAT CAGCAATCTA CATTTTCTAA AACAACTGTC 
TCTGATTCTA GTGAGCAAGC GATCAAGTTC AGCACTGCTG GCGGCAGATC AATGGCTATT 
TCCAGTGATG CTCTTCAACG TGCAAAAAGT CTTCTGGGTG AATCGGATTT AGAGGTGTTA 
CCAAATAATT TTTTAGGTCA CTCTTCAGCA TCTCCATGCA AAGAGAAGCT GCAAAATTCA 
ACTCGTCTGC GAAAAGGTGA AACTGATTTA TTGAAGACAA TTAGGGGGGA AAGCAAAACT 
GAGCCAGCAA TTTTTTCCCT TCCTGCAATG CCTGATAGGA AGCACACAGA TTCCTTGGGA 
CGTGCTATAC CTGATACCAC TTTGGCTAAT GGAAATTCTG TCAGGTTTCA TGCGGCAAGA 
GGTTATCATC CTATCAATGA GATTCCAAAG TTACCCAAGC CTTCTTCCAG ATGTTCTTTT 
GGTACTGAAA ATGCAAGTGA TACTAACGAT AAGGCTCGAA GATTCCAAAT GCCACCTGGA 
CCATTGGTTG ACATCACTAA TTACATGGGT ACACATTCTG TTAAAACTGA CTCCCTTCCC 
ACTGAGAAGA GAAGAATTGG GGGAAGAAAC ACCATATCTA CCTTTAAACG TCCCCGTTCT 
TCCAGGTTCA TCGCACCTAC GAAAATCAAC AATCCATCCC CTGCTGGAGT ATCCAAACTA 
CCACCAATTC AGATCAGTCC CTGTCGAACA AAGTTGTCTT CATGCTATCC TTTTCAACAT 
GAAAGAAAAT CGTGCAAAGA GTATTTTGGT GGCCCTCCAC GTTTCAAATA TTTGACAGAA 
GATATAACAG ATGAAGTGAA GCTCATGGAT GCAAAAAATG CTGAGGATTA CAAGTTCAAT 
ACAGATACTG GTTCGGAAGA ATTTCAGAAG ATGCTTCTTG CCTGTGGTGC TTCGTTGACA 
TACGCAACTA AAGAATGGAC GAGCAACCAC TATAAATGGA TTGTTTGGAA GCATGCTTCA 
TTGGAGAGAT GCTATCCAAC TAGAGCTGCT GGCAAATTCT TAAAAGTTGG TAATGTTTTG 
GAAGAGCTGA AGTACAGGTA TGACAGAGAA GTGAACTATG GCCACCGCTC AGCCATAAAG 
AAAATTTTGG AAGGGAATGC TTCACCATCT TTGATGATGG TGCTGTGCAT CTCAGCTATT 
TATTCTTGTC CTGACCTAAA CAACAATAAG CCAGAAGATG ACAAGCCACA TGCAAATGAG 
GACAATAGTG AGACTAAAAT CTTGGTAGCT GCTAAAAGGA ACATGCCCGC AAAGATTGAA 
CTAACTGATG GATGGTATTC TCTGGAAGCG ACACTAGATC TGGCACTTTT GGAGCAACTA 
GAGAAAAGAA AGCTTTTTAT AGGACAGAAG CTTCGGATAT GGGGAGCTTC ACTGTGTGGT 
TGGTCTGGGC CAGTGTCATT TCATGAGGCA TCTGGTACTG TTAAATTAAT GATCCACATA 
AATGGCACCT ATCGTGCAAG ATGGGATGAG ACTTTGGGAT TATGTAAGCA TACTGGAGTC 
CCACTGGCAT TCAAGTGCAT AAAAGCTTCA GGTGGTAGAG TTCCTAAGAC ACTGGTTGGA 
GTTACCAGGA TTTATCCTGT TATGTACAAG GAGAGGTTGT CTGATGGTCG TTTCATGGTG 
AGGTCTGAAA GGATGGAAAG AAAAGCACTA CAGCTGTATC ACCAGAGAGT GTCTAAGATT 
GCAGAAGACA TCCAGTCTGA ACATGGAGAA TACTGTGACA ATACCAATGA TAACGAGGAA 
GGGGCAAAAA TATGCAAGAT GCTAGAACGG GCAGCTGAAC CTGAAGTTCT CATGGCAAGC 
TTGAATTCAG AGCAGCTTCT GTCTTTCTCA TATTATCAAG AAAAACAAAA GATTGTTAGG 
CAAAATGAAG TTGCTAAGAA GGTTGAAAAT GCTCTCAAAT TTGCTGGGCT GAGTTCAAGA 
GATGTTACAC CATTTTTGAA AGTCAAGGTG ATGGGTCTTA TCAGTAAACA ATCTGCCACA 
AAATCGAGCC AAAGAGAAGG GTTAATAACA ATTTGGAACC CTACCGAGAA GCAAAAATCC 
GATTTGGTGG AGGGACAGAT TTATTCTGTC ACAGGATTGG GGCCTTCAAA CTATTTTACA 
GAAGTAGTCT ACTTGCATGC TAGAGGATCA TCTACAACAT GGAAGCCTTT AGCATCCACA 
CAGACTACAA ATTTTGAACC ATTTTTCACC CCTCGTAAAG CAGTTGAATT GTCACATTTT 
GGTGAAATAC CACTTGCAAG TGAATTTGAC ATTGCAGGTC TTATTTTATA TGTTGGGAAT 
GTTTATTTAT TGAACGACCA GAATAGGCAG TGGCTCTTTT TGACAGATGG ATCTAAATTT 
ATCTCCGGAG AAGAGTCTGA AGAGCAAGAT GACTGTCTTC TTGCTGTTAA CTTTTCTTCC 
CCAACCACTG GCGAGGACTC TGCATTCTTC AATTCTGCCG TTTCTGGACA TATAGTTGGT 
TTTAGCAATC TGGTTAAGCG ACAGAAAGAC CAGATGAGGC ACATGTGGGT AGCTGAGGCG 
ACAGAGAGCT CCACCTATAC TCTATCCCAC GAGATACCTA AAAAATCACA TCTCAAAGAG 
GCTGCGAATT CTGCTGAAAA ATGGGCTTCA AGTTCTCATC CTATGATTCA GCATCTGAAG 
GAAAGAGTTT TGCAAATAGT TGGTGATAGT GGTGGCTGA