rif1 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	rif1
Entrez Gene ID	107555014
Full Name	replication timing regulatory factor 1
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016237698.1	XP_016093184.1	telomere-associated protein RIF1

Pathways from BioSystems
Gene Ontology

The following rif1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the rif1 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
OSi41779	XM_016237698.1 Latest version!	Sinocyclocheilus grahami replication timing regulatory factor 1 (rif1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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)

rif1 ( XM_016237698.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016093184.1 Sinocyclocheilus grahami replication timing regulatory factor 1 (rif1), mRNA.

Price & Availability↑

CloneID	OSi41779
Clone ID Related Accession (Same CDS sequence)	XM_016237698.1
Accession Version	XM_016237698.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6363bp) 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	2016-04-18
Organism	Sinocyclocheilus grahami
Product	telomere-associated protein RIF1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015505702.1) 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 :: Sinocyclocheilus grahami Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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##

ATGATGGCAG CAGTGCCTCT ATCTAGTGCC AGCCTCCTTC CTCTTCTGGA GTGTCTGGAA 
GATGAAGCAG CCGGGCTGTC AGAGAAGACA GATGCCTACA TCACCATCGC AAACCGCCTG 
AATGGAGAGG AGGGGCGTCA GTTTCTGTCT GTAGTTGTAA AACATTTTGC ACGTCTAAGT 
AAAGTCCTTT TGGTTCATAT CTCCAGTGAG AACGAGGAGC TGTGTCAGGC TGCATTGCAG 
GCTTTGGGAT TCTGTGTCTT CCACTCACAC ATTGTTTCAG TCATACCAGC AAATATTTCA 
GAAGATATAC TGTCTACGCT CTGTAATGTT GTGGTAAAAT CAAAGGAGAA GTTTACGTGC 
ACTCGAGCAT TATGGGTGAT TTCAAAGCAG AATTTCCCGC CAGAGGTGGC ATCCAAAAAG 
GCTCCAGAGA TTCTGAAGAG TCTAGAGGCC ATGCAGACCA GAGAGGTTCA GTCCATCCTC 
ATTGAACATG AATCACTTAA TGTCATAATA AGGTTGCTGG AGCAGGCCCC CCAGTGTCAG 
TGTACCATTT GTTTGTTTTT AGAGCCCCTG ACGCACCCGC TGTTTACCAG CCCTTCCTCC 
TTCAGTAGAC ATGCCTCCAC CCTCATATCA GCCATCAAAG AAGGCTTCAT TACTGTGGGA 
AAGCACGCTC CAGAAGCGCT GCTTAATCTC ATTTGGAGCA CCCTGATCTG TTCTGTCAGC 
ACAACAATAG AAGCTTGTAA TAAGAAGGAA CGACAGGGGT CAGAGGTTCT CACGCTGCTT 
CTACAGGCTT TGCAGTCCAT CCTGTCCTCA GATGGTCTGC CTGCTGAACG TGCCCTGCTT 
TTGCTGGAAG TCACTGTTAA TGGAATACCT CAGAAGGTGC TTGGTTCTGC TGCTTATCAA 
GTGGCAAACA TGGATGTGTT AAATGGTACA CCTGCACTTT TTCTAATACT GCTATTCTAC 
CAGAGTAACC AGCTCTCATC CTTTCTTGAA GATGAGAGGT TTTTTTCAAT CCTGGAGACC 
CTTGTGAGTT GTGGGTTTTG TGGGCCTACA TCTCCCCTGG CATTTGGAGA GGCTGTTTTA 
GGAGCGATTA GTGGGAGTGT GGAGGCTGTT AAGATCAAGA AACAGCTCTG GAGGATGTGG 
AGTATGGTGG TAAACCCTCT GACGGATACC ATCACTCAGA CCAATGAAGT GAATCAAGGA 
GATGCTCTGG AGCATAATTT CAGTGCCATT TACAGTGCCT TGATGTTCCC AGTTGTTCAT 
CTACTGCCTG GTTTGCCCCT GCCCCAAACC ACTCAGAAGG CCATGATCGG TACCTGGTCC 
AGGCTTTACA AGGCGTTTGC TCGCTGCTCA TCTTTGGTAG CCACAGCGGA GGAGAACATA 
TGCTGTGAAG AGCTGTGTGC CAAGATCTGT TCCTCTCTTG ACAGTGAGGC TCTGAAAAGT 
ATGCCTATGC TAGATGCAAT AGCAAATATC TTGCTGGTCA TCATTGAGAG TATGGACTTC 
TCTCCTTACA CCCCACAGTT TCAGCAGAAG ATGAAATCTC CTCATGCACC CTTGAGTTGG 
GTGCGCAAGA GAAGCAAAGC CCTGGGGAAT CTCTCGACCT TCCACGTTCT CCTGGTGCAG 
ACTCTAGATG CATTCCTTTC TGTGGATTTC TCAGAAGCAT CTGTAGAGTC CACTGGTGGG 
GTTTTAAATG GAATTGGCTT GACGCTGGTC TCTAACTTGT CAACTCTTTT CACTAATATC 
ACACTGCCCA CGTTCATACA AGAGGTGCTG TCCTCCCTCA CCAAACCACT CTCATGCCTT 
TTTGAACTGG TCTCCAGTCA TGATGAACCA TCAAAGCTCA GTGCAACACT AGGACCCAAG 
TTGGAGAAAC TGGCCACGGA CCTGCTTGGG TGCCTTCAGA CACAATCAAC TCTGCATGAT 
GATGAGATGC TTGCCATGTT GTCACCCTTG CTCTGTGTGC TTTTTCTGCA CAAGAGCAAG 
CAAATTCGCA CTGTGGTCAC GCAGTTCTGG AATACCACTT TTGGAATTGC ACTCACCTTG 
ACGTACCCTG ATCCTCTTAA GTCTGTTTTA AGTCAGGCTA AGCAAAAGAC TCCATTGATT 
TTACCTGGTT TTGAAGCCGT TGATGCACCA GATGATTGCA GTGGACAGTA TACGAGTGAG 
AGTTCTCAGC TGGACCCTCA GATCAGCGGG GTAAAGATGA CCTCTGTGAG AAAGAGGGAC 
TCCCTCCTGG CAAGGGCAGA AGAGCTTAAA GGAAGAGGGT CTTTAACTGT TGCAAAGCCG 
GTGTCTGTAA AGCTGGATTT TGGATCACCC AAGCCATTGA GGCGGGAAGC TATTGAGGAG 
GAGGCATCAG TGGATTTTGT TTTTATTCCA CCTGAGACAA AGGAGAGAGT GCTAACTGAG 
CACCAGAAAG AGGTCAAAAG GACTAAACGG GTTGACATTC CTGCGCTCTA TAATAATCTG 
GATGCATCCC TGGACACAAC AGTCTATTCA CAGTATACTC CGAGTCAAGA GGAGTCCATG 
GACAAATTGA CAAAAGATGA AAAGCATCAA CCAGAGGAAG AGGCTGATGT TCAGCTAAAG 
GAGGTTGCTG CAAGTGAGGA ACCAATCACA GATGTTAAAG TAACCCAAGA AGGCACCAGA 
TCAGCCGTAG AAACACCAGA GAAAGCTACA CAAAATAAAG ATCAAACTTC AGAGAAGAAT 
CGGTCACCAT CGAGTGACAT CTCAGTTGAT GTGAGTGGGC ATGAGAAAAG TGGAGTCGAG 
GGGACCAGCC CTAATGTTTC AAGTTCATCT GATATGATAT CCGGTACACC ACCTAAACCC 
AATAGCAGGC GTCAGTCGTT TATAACCTTA GAGAAATATG TTGAAGGGAA ATCACCAAGT 
CCTGCAAGTG TTGCATTTGC TGGTCCACAC ACCCGCAAAT CGAGTAGGCT GGGTTCTTCA 
AAGGCATCAG AGTCTACTCC AAATAGCTCA CAACTTCAGA CTACAAAGGG GAGCAGCACT 
GACCCATCTG GTCAAAATGA GGAAGCAAAA GTGGAGGCAA AAGATGAGAC GTTAACGGGA 
GGTCATCACG TTGAAGGTAC AGATGAGGAA GAGGATGATG TGGTCCCAGA TACCCAGACC 
CAATTATCTG GTGAAGCGTC AGGTTTTAAG AACAGTCCTG TGTCTAAAGC CAATGCAGAG 
GAACAAGATT CTCCTGAAAA AGATTCACAG AGTCTTGCTG ATTCTCAAGC TAGTCAAGAA 
CCAAGAAGGT CAGGCAGACG GCGAAGTAAA CCTGTTCGCC CAGGGGAAGA TCCAGGGGAG 
ATGTCAAACA AATGTCAAGA ACAAGTTGCA GACTCTGCAT TGACAAATAC ACAGAAGCCA 
TTACTGTCTC CAACAAGTAG CACTTTGACT GGAAGAAGAA GTAAGGTTAT TGAAGACATT 
AAAGCTGAAG GAGACAAGCT GAACAAAAGA ATTAAAGGAG AGCTTAGTCA AAGTAATTCA 
CAGATTTCCT CTGCAGAATC TTCACAGGCA GTTCCACAGG CAATAGTTAT GCCTGGTAAT 
AAAGAGCTAA GCCAGTCTGA GCCCTGTTCC GAGAGTTCCC CTGTAACTCA ATCAGATAGC 
CAAAGCAAAG AGAGATTGCC AACTCTCAAT GAGTCTGAAG GTCTGTCACC AGGTAGACCT 
ACAAGGAAGA CTAGAGCGCA CCTTGAGGAG TCAACAGACA AGGAGGCAGA TGAAAACTCT 
CAAAATGATC CTCAAAATGT TGCATCCGCT TTGCAAAAGA AACATTCACT GACACCTCTT 
TCTGATTCTG AGGCTGATAG CCAGCAAACT GTCCGAACAC GAAGAATAAG GAGGTCTGAA 
TTTCAATTAC TGGAGCTGTC TGGTTCACAG ACCAAAGACG ACTCGAGTCA GACAGACTCT 
CAAACACTCA CAATGGTTAA GGGTAGAGCT ATGAGGAGGA GAGCTGCAGA AGAAGAAACA 
GACTCTACTA GAGATGCCAC ATCAATTGTA AATGCTGAGG AGTTAAGTGC AAGCCAAGAT 
TGCTCTGAAG GTCTTGGTAG ATACAGAACT CGAAGATCTA AAGGTTTGTT GGCTCCTACC 
GACAATACAG AGTCTGAAAT CTCTGATAGC CGAGAAGACG GACCAAGGCC TAAAAAGAGA 
CTGCGGAAAC CATTATCCAC AGAGGTGCTA CCAGTTGCCA CAGAACCGAA AGGTACTGAG 
ATTGTGCCAC ATATGGAGGG TGTTGATGTT TCAATAGAGA TGTCACAGGA TGAGGCAGAT 
CATGAAACCA GTTTGAATAT TTCAGTCAGT GAAACCAAAG AAGAGCTCCC TTCCCCTGAT 
GGTGCACCAC ATGAACAGAT TACCTCTGAA AAAGGCGCAG AAGATGCCAA AATTGAGACA 
AAATTGAAAA CTGATAAGGA TGAAAAGGAG ACCATTAGTG AGAAGGCAGA GGGTGAAGAA 
TTGAATTCAT CTTCACATAT TGGATCAGAA GATTTTACCC AGAAGACTGA CATTTTGCGT 
AAATGCCCAC ATACCAGGGG ACGGGGACGT GGGCGTAGAC GATCGAGAAC CTGCAACTGC 
TTTTCAAACA ACCGTGACGT GTTCTCACAG GACAGTGACT TCCAAGAATC GCAGGATCTG 
AAAAATGAGC AGGTTCCACT TGTCTCTGAT GCCCCGAACT CTCAACCTGA GCAGTCAAGC 
TCAACATCTG TATCAGAGAA AAGCAAGAGC TCAGCAATTT CAGATGTCTC AGATTTTGAT 
GTTCAGCCAT TTTCAGCCTT GCCTGCACAG CTCCCATCTG AGGTTTTGCC TTCTGAGAGT 
CCCATTGCAA AGCTTGGTGT AATTGTTTCT CAGCTGTCTG AAGCACAGGA AGGAGCACAG 
CTTGAATTGT CCAAACTGAC AGATAAAACG AACAAGGAGC ATCTAGAGGT CCCGGAGGCA 
GAGACAAATC AGTTAAGGAG TTCTGAGTTC GCAGGTAGTC AAAAGCACAA AGAAGGAGAA 
GATAGATTGG AAAACACTTC AGTAGGTCAA GAACCTCTCC AGAGTTCAAC ACCTCAAGAC 
ACATCTCCAA GTCAAGGTCG CCCAGTGGAA GATGCACCTA TATGCCAAGA GCAACTAGAG 
TCTTCCCATG TCCAGCAGGA GGATGCAGTT AACCCAGCAG TGAAGGAATG TGAAGACCTT 
GCTGTTTCAG AGCCAAGTGG AGAAAAGGTT GTGTTGCCGG AAGAGTCAAA TGGCAAAGAA 
TTGCTTGACA AGGATGTGGC ACTCGACGAG AAGGATGAAG ACGCTCGGAT CGACAACCGC 
GATCTTCCTG TGGTTGCACA AGAGTCGCCG TCTGTGCCAC CTCAGAGTAG TACATCTGAA 
GCCTGCTTAA ATTCTCCACA CAAGCCTAAA CCTTTGGACT CTCTCAGCGG AGAGCTAGAG 
CCTGGCCAGA GTCCGAGCAG AAACCGATCT CGTGTCTGGT CACCATCCGC TTCTCCGTCT 
ACCAGTATTC TGAAGAAGGG ACAAAAGAGA ACATGTGAAG AGGAAACACC CTCCCCCCTT 
CCTAAGTCTC GTCGAGTGTC TTTTGCAACT CCAATTTATC ATCAAGAACT GGCTGATGAT 
ATTGATCGAC GTAGTCCAGT TATTCGCACA AGCTCGCCTA GGTCAAAAGT CTTGAGTGGG 
CAGTCGAAGT ATATCACTAC ACCCACAAAA GGCTATTCAA GTCTAAGTCC ACGTAACCTC 
CGTAGTCCTG GATCCAAAAG CTCTAAAAAA TGCCTGATTT CCGAAATGAG CCAGGAGCCA 
CGTCCTATTG CTAAAGATTG TGTTTATCCA GCACTCGTTG GCTGCTCTAC CCCTATAGAG 
GCTGTGTTAC CACAGATATC CTCCAACATG TGGCCTCGTG GCTTTGGTCA GCTCGTTAGA 
GCTAGAAACA TTAAAACGGT TGGAGACCTG AGTGCCCTTA CCCCAAGTGA AGTCAAGTCT 
CTTCCTATTC GTTCACCTAA GCTGTCCAAT GTGAGGAAAG CACTTAAAAC CTATCATGAC 
CAACAGAGAA AAGGGCGTTC GGATGACCTG AAGAGTTTTG ACGAAATGGA GAAAATGACA 
TCTGAGCCTG AGGAAATGGA GCTTCATCAA AACCAAGATG AGGAGCAAAC ACCAGGAGAG 
GCTCAAGATG ACAAGCCATC AGAGGTGAGT GTAGATTCAG AACTGATGGC TGAGGAGAAC 
AAATCTTGTG ATTTGCTATC AGATGTTGTA GCCCTTAGTG GATGCCTAAC TTCAGAGGAA 
CTTGATCGCT GTTCACCCAA CCAGCTGGGC CTGATGCACG AACATCTGAG TGGAATGATG 
AGAAGCATTG TGACCCATAT GCAGTCCCGC TTGCGGAGTA ATCTTGATGA TAGCTTGCCA 
TGA

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

RefSeq	XP_016093184.1
CDS	185..6547
Translation	MMAAVPLSSASLLPLLECLEDEAAGLSEKTDAYITIANRLNGEEGRQFLSVVVKHFARLSKVLLVHISSENEELCQAALQALGFCVFHSHIVSVIPANISEDILSTLCNVVVKSKEKFTCTRALWVISKQNFPPEVASKKAPEILKSLEAMQTREVQSILIEHESLNVIIRLLEQAPQCQCTICLFLEPLTHPLFTSPSSFSRHASTLISAIKEGFITVGKHAPEALLNLIWSTLICSVSTTIEACNKKERQGSEVLTLLLQALQSILSSDGLPAERALLLLEVTVNGIPQKVLGSAAYQVANMDVLNGTPALFLILLFYQSNQLSSFLEDERFFSILETLVSCGFCGPTSPLAFGEAVLGAISGSVEAVKIKKQLWRMWSMVVNPLTDTITQTNEVNQGDALEHNFSAIYSALMFPVVHLLPGLPLPQTTQKAMIGTWSRLYKAFARCSSLVATAEENICCEELCAKICSSLDSEALKSMPMLDAIANILLVIIESMDFSPYTPQFQQKMKSPHAPLSWVRKRSKALGNLSTFHVLLVQTLDAFLSVDFSEASVESTGGVLNGIGLTLVSNLSTLFTNITLPTFIQEVLSSLTKPLSCLFELVSSHDEPSKLSATLGPKLEKLATDLLGCLQTQSTLHDDEMLAMLSPLLCVLFLHKSKQIRTVVTQFWNTTFGIALTLTYPDPLKSVLSQAKQKTPLILPGFEAVDAPDDCSGQYTSESSQLDPQISGVKMTSVRKRDSLLARAEELKGRGSLTVAKPVSVKLDFGSPKPLRREAIEEEASVDFVFIPPETKERVLTEHQKEVKRTKRVDIPALYNNLDASLDTTVYSQYTPSQEESMDKLTKDEKHQPEEEADVQLKEVAASEEPITDVKVTQEGTRSAVETPEKATQNKDQTSEKNRSPSSDISVDVSGHEKSGVEGTSPNVSSSSDMISGTPPKPNSRRQSFITLEKYVEGKSPSPASVAFAGPHTRKSSRLGSSKASESTPNSSQLQTTKGSSTDPSGQNEEAKVEAKDETLTGGHHVEGTDEEEDDVVPDTQTQLSGEASGFKNSPVSKANAEEQDSPEKDSQSLADSQASQEPRRSGRRRSKPVRPGEDPGEMSNKCQEQVADSALTNTQKPLLSPTSSTLTGRRSKVIEDIKAEGDKLNKRIKGELSQSNSQISSAESSQAVPQAIVMPGNKELSQSEPCSESSPVTQSDSQSKERLPTLNESEGLSPGRPTRKTRAHLEESTDKEADENSQNDPQNVASALQKKHSLTPLSDSEADSQQTVRTRRIRRSEFQLLELSGSQTKDDSSQTDSQTLTMVKGRAMRRRAAEEETDSTRDATSIVNAEELSASQDCSEGLGRYRTRRSKGLLAPTDNTESEISDSREDGPRPKKRLRKPLSTEVLPVATEPKGTEIVPHMEGVDVSIEMSQDEADHETSLNISVSETKEELPSPDGAPHEQITSEKGAEDAKIETKLKTDKDEKETISEKAEGEELNSSSHIGSEDFTQKTDILRKCPHTRGRGRGRRRSRTCNCFSNNRDVFSQDSDFQESQDLKNEQVPLVSDAPNSQPEQSSSTSVSEKSKSSAISDVSDFDVQPFSALPAQLPSEVLPSESPIAKLGVIVSQLSEAQEGAQLELSKLTDKTNKEHLEVPEAETNQLRSSEFAGSQKHKEGEDRLENTSVGQEPLQSSTPQDTSPSQGRPVEDAPICQEQLESSHVQQEDAVNPAVKECEDLAVSEPSGEKVVLPEESNGKELLDKDVALDEKDEDARIDNRDLPVVAQESPSVPPQSSTSEACLNSPHKPKPLDSLSGELEPGQSPSRNRSRVWSPSASPSTSILKKGQKRTCEEETPSPLPKSRRVSFATPIYHQELADDIDRRSPVIRTSSPRSKVLSGQSKYITTPTKGYSSLSPRNLRSPGSKSSKKCLISEMSQEPRPIAKDCVYPALVGCSTPIEAVLPQISSNMWPRGFGQLVRARNIKTVGDLSALTPSEVKSLPIRSPKLSNVRKALKTYHDQQRKGRSDDLKSFDEMEKMTSEPEEMELHQNQDEEQTPGEAQDDKPSEVSVDSELMAEENKSCDLLSDVVALSGCLTSEELDRCSPNQLGLMHEHLSGMMRSIVTHMQSRLRSNLDDSLP

Target ORF information:

RefSeq Version	XM_016237698.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami replication timing regulatory factor 1 (rif1), mRNA.

Target ORF information:

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

XM_016237698.1

ORF Insert Sequence:

ATGATGGCAG CAGTGCCTCT ATCTAGTGCC AGCCTCCTTC CTCTTCTGGA GTGTCTGGAA 
GATGAAGCAG CCGGGCTGTC AGAGAAGACA GATGCCTACA TCACCATCGC AAACCGCCTG 
AATGGAGAGG AGGGGCGTCA GTTTCTGTCT GTAGTTGTAA AACATTTTGC ACGTCTAAGT 
AAAGTCCTTT TGGTTCATAT CTCCAGTGAG AACGAGGAGC TGTGTCAGGC TGCATTGCAG 
GCTTTGGGAT TCTGTGTCTT CCACTCACAC ATTGTTTCAG TCATACCAGC AAATATTTCA 
GAAGATATAC TGTCTACGCT CTGTAATGTT GTGGTAAAAT CAAAGGAGAA GTTTACGTGC 
ACTCGAGCAT TATGGGTGAT TTCAAAGCAG AATTTCCCGC CAGAGGTGGC ATCCAAAAAG 
GCTCCAGAGA TTCTGAAGAG TCTAGAGGCC ATGCAGACCA GAGAGGTTCA GTCCATCCTC 
ATTGAACATG AATCACTTAA TGTCATAATA AGGTTGCTGG AGCAGGCCCC CCAGTGTCAG 
TGTACCATTT GTTTGTTTTT AGAGCCCCTG ACGCACCCGC TGTTTACCAG CCCTTCCTCC 
TTCAGTAGAC ATGCCTCCAC CCTCATATCA GCCATCAAAG AAGGCTTCAT TACTGTGGGA 
AAGCACGCTC CAGAAGCGCT GCTTAATCTC ATTTGGAGCA CCCTGATCTG TTCTGTCAGC 
ACAACAATAG AAGCTTGTAA TAAGAAGGAA CGACAGGGGT CAGAGGTTCT CACGCTGCTT 
CTACAGGCTT TGCAGTCCAT CCTGTCCTCA GATGGTCTGC CTGCTGAACG TGCCCTGCTT 
TTGCTGGAAG TCACTGTTAA TGGAATACCT CAGAAGGTGC TTGGTTCTGC TGCTTATCAA 
GTGGCAAACA TGGATGTGTT AAATGGTACA CCTGCACTTT TTCTAATACT GCTATTCTAC 
CAGAGTAACC AGCTCTCATC CTTTCTTGAA GATGAGAGGT TTTTTTCAAT CCTGGAGACC 
CTTGTGAGTT GTGGGTTTTG TGGGCCTACA TCTCCCCTGG CATTTGGAGA GGCTGTTTTA 
GGAGCGATTA GTGGGAGTGT GGAGGCTGTT AAGATCAAGA AACAGCTCTG GAGGATGTGG 
AGTATGGTGG TAAACCCTCT GACGGATACC ATCACTCAGA CCAATGAAGT GAATCAAGGA 
GATGCTCTGG AGCATAATTT CAGTGCCATT TACAGTGCCT TGATGTTCCC AGTTGTTCAT 
CTACTGCCTG GTTTGCCCCT GCCCCAAACC ACTCAGAAGG CCATGATCGG TACCTGGTCC 
AGGCTTTACA AGGCGTTTGC TCGCTGCTCA TCTTTGGTAG CCACAGCGGA GGAGAACATA 
TGCTGTGAAG AGCTGTGTGC CAAGATCTGT TCCTCTCTTG ACAGTGAGGC TCTGAAAAGT 
ATGCCTATGC TAGATGCAAT AGCAAATATC TTGCTGGTCA TCATTGAGAG TATGGACTTC 
TCTCCTTACA CCCCACAGTT TCAGCAGAAG ATGAAATCTC CTCATGCACC CTTGAGTTGG 
GTGCGCAAGA GAAGCAAAGC CCTGGGGAAT CTCTCGACCT TCCACGTTCT CCTGGTGCAG 
ACTCTAGATG CATTCCTTTC TGTGGATTTC TCAGAAGCAT CTGTAGAGTC CACTGGTGGG 
GTTTTAAATG GAATTGGCTT GACGCTGGTC TCTAACTTGT CAACTCTTTT CACTAATATC 
ACACTGCCCA CGTTCATACA AGAGGTGCTG TCCTCCCTCA CCAAACCACT CTCATGCCTT 
TTTGAACTGG TCTCCAGTCA TGATGAACCA TCAAAGCTCA GTGCAACACT AGGACCCAAG 
TTGGAGAAAC TGGCCACGGA CCTGCTTGGG TGCCTTCAGA CACAATCAAC TCTGCATGAT 
GATGAGATGC TTGCCATGTT GTCACCCTTG CTCTGTGTGC TTTTTCTGCA CAAGAGCAAG 
CAAATTCGCA CTGTGGTCAC GCAGTTCTGG AATACCACTT TTGGAATTGC ACTCACCTTG 
ACGTACCCTG ATCCTCTTAA GTCTGTTTTA AGTCAGGCTA AGCAAAAGAC TCCATTGATT 
TTACCTGGTT TTGAAGCCGT TGATGCACCA GATGATTGCA GTGGACAGTA TACGAGTGAG 
AGTTCTCAGC TGGACCCTCA GATCAGCGGG GTAAAGATGA CCTCTGTGAG AAAGAGGGAC 
TCCCTCCTGG CAAGGGCAGA AGAGCTTAAA GGAAGAGGGT CTTTAACTGT TGCAAAGCCG 
GTGTCTGTAA AGCTGGATTT TGGATCACCC AAGCCATTGA GGCGGGAAGC TATTGAGGAG 
GAGGCATCAG TGGATTTTGT TTTTATTCCA CCTGAGACAA AGGAGAGAGT GCTAACTGAG 
CACCAGAAAG AGGTCAAAAG GACTAAACGG GTTGACATTC CTGCGCTCTA TAATAATCTG 
GATGCATCCC TGGACACAAC AGTCTATTCA CAGTATACTC CGAGTCAAGA GGAGTCCATG 
GACAAATTGA CAAAAGATGA AAAGCATCAA CCAGAGGAAG AGGCTGATGT TCAGCTAAAG 
GAGGTTGCTG CAAGTGAGGA ACCAATCACA GATGTTAAAG TAACCCAAGA AGGCACCAGA 
TCAGCCGTAG AAACACCAGA GAAAGCTACA CAAAATAAAG ATCAAACTTC AGAGAAGAAT 
CGGTCACCAT CGAGTGACAT CTCAGTTGAT GTGAGTGGGC ATGAGAAAAG TGGAGTCGAG 
GGGACCAGCC CTAATGTTTC AAGTTCATCT GATATGATAT CCGGTACACC ACCTAAACCC 
AATAGCAGGC GTCAGTCGTT TATAACCTTA GAGAAATATG TTGAAGGGAA ATCACCAAGT 
CCTGCAAGTG TTGCATTTGC TGGTCCACAC ACCCGCAAAT CGAGTAGGCT GGGTTCTTCA 
AAGGCATCAG AGTCTACTCC AAATAGCTCA CAACTTCAGA CTACAAAGGG GAGCAGCACT 
GACCCATCTG GTCAAAATGA GGAAGCAAAA GTGGAGGCAA AAGATGAGAC GTTAACGGGA 
GGTCATCACG TTGAAGGTAC AGATGAGGAA GAGGATGATG TGGTCCCAGA TACCCAGACC 
CAATTATCTG GTGAAGCGTC AGGTTTTAAG AACAGTCCTG TGTCTAAAGC CAATGCAGAG 
GAACAAGATT CTCCTGAAAA AGATTCACAG AGTCTTGCTG ATTCTCAAGC TAGTCAAGAA 
CCAAGAAGGT CAGGCAGACG GCGAAGTAAA CCTGTTCGCC CAGGGGAAGA TCCAGGGGAG 
ATGTCAAACA AATGTCAAGA ACAAGTTGCA GACTCTGCAT TGACAAATAC ACAGAAGCCA 
TTACTGTCTC CAACAAGTAG CACTTTGACT GGAAGAAGAA GTAAGGTTAT TGAAGACATT 
AAAGCTGAAG GAGACAAGCT GAACAAAAGA ATTAAAGGAG AGCTTAGTCA AAGTAATTCA 
CAGATTTCCT CTGCAGAATC TTCACAGGCA GTTCCACAGG CAATAGTTAT GCCTGGTAAT 
AAAGAGCTAA GCCAGTCTGA GCCCTGTTCC GAGAGTTCCC CTGTAACTCA ATCAGATAGC 
CAAAGCAAAG AGAGATTGCC AACTCTCAAT GAGTCTGAAG GTCTGTCACC AGGTAGACCT 
ACAAGGAAGA CTAGAGCGCA CCTTGAGGAG TCAACAGACA AGGAGGCAGA TGAAAACTCT 
CAAAATGATC CTCAAAATGT TGCATCCGCT TTGCAAAAGA AACATTCACT GACACCTCTT 
TCTGATTCTG AGGCTGATAG CCAGCAAACT GTCCGAACAC GAAGAATAAG GAGGTCTGAA 
TTTCAATTAC TGGAGCTGTC TGGTTCACAG ACCAAAGACG ACTCGAGTCA GACAGACTCT 
CAAACACTCA CAATGGTTAA GGGTAGAGCT ATGAGGAGGA GAGCTGCAGA AGAAGAAACA 
GACTCTACTA GAGATGCCAC ATCAATTGTA AATGCTGAGG AGTTAAGTGC AAGCCAAGAT 
TGCTCTGAAG GTCTTGGTAG ATACAGAACT CGAAGATCTA AAGGTTTGTT GGCTCCTACC 
GACAATACAG AGTCTGAAAT CTCTGATAGC CGAGAAGACG GACCAAGGCC TAAAAAGAGA 
CTGCGGAAAC CATTATCCAC AGAGGTGCTA CCAGTTGCCA CAGAACCGAA AGGTACTGAG 
ATTGTGCCAC ATATGGAGGG TGTTGATGTT TCAATAGAGA TGTCACAGGA TGAGGCAGAT 
CATGAAACCA GTTTGAATAT TTCAGTCAGT GAAACCAAAG AAGAGCTCCC TTCCCCTGAT 
GGTGCACCAC ATGAACAGAT TACCTCTGAA AAAGGCGCAG AAGATGCCAA AATTGAGACA 
AAATTGAAAA CTGATAAGGA TGAAAAGGAG ACCATTAGTG AGAAGGCAGA GGGTGAAGAA 
TTGAATTCAT CTTCACATAT TGGATCAGAA GATTTTACCC AGAAGACTGA CATTTTGCGT 
AAATGCCCAC ATACCAGGGG ACGGGGACGT GGGCGTAGAC GATCGAGAAC CTGCAACTGC 
TTTTCAAACA ACCGTGACGT GTTCTCACAG GACAGTGACT TCCAAGAATC GCAGGATCTG 
AAAAATGAGC AGGTTCCACT TGTCTCTGAT GCCCCGAACT CTCAACCTGA GCAGTCAAGC 
TCAACATCTG TATCAGAGAA AAGCAAGAGC TCAGCAATTT CAGATGTCTC AGATTTTGAT 
GTTCAGCCAT TTTCAGCCTT GCCTGCACAG CTCCCATCTG AGGTTTTGCC TTCTGAGAGT 
CCCATTGCAA AGCTTGGTGT AATTGTTTCT CAGCTGTCTG AAGCACAGGA AGGAGCACAG 
CTTGAATTGT CCAAACTGAC AGATAAAACG AACAAGGAGC ATCTAGAGGT CCCGGAGGCA 
GAGACAAATC AGTTAAGGAG TTCTGAGTTC GCAGGTAGTC AAAAGCACAA AGAAGGAGAA 
GATAGATTGG AAAACACTTC AGTAGGTCAA GAACCTCTCC AGAGTTCAAC ACCTCAAGAC 
ACATCTCCAA GTCAAGGTCG CCCAGTGGAA GATGCACCTA TATGCCAAGA GCAACTAGAG 
TCTTCCCATG TCCAGCAGGA GGATGCAGTT AACCCAGCAG TGAAGGAATG TGAAGACCTT 
GCTGTTTCAG AGCCAAGTGG AGAAAAGGTT GTGTTGCCGG AAGAGTCAAA TGGCAAAGAA 
TTGCTTGACA AGGATGTGGC ACTCGACGAG AAGGATGAAG ACGCTCGGAT CGACAACCGC 
GATCTTCCTG TGGTTGCACA AGAGTCGCCG TCTGTGCCAC CTCAGAGTAG TACATCTGAA 
GCCTGCTTAA ATTCTCCACA CAAGCCTAAA CCTTTGGACT CTCTCAGCGG AGAGCTAGAG 
CCTGGCCAGA GTCCGAGCAG AAACCGATCT CGTGTCTGGT CACCATCCGC TTCTCCGTCT 
ACCAGTATTC TGAAGAAGGG ACAAAAGAGA ACATGTGAAG AGGAAACACC CTCCCCCCTT 
CCTAAGTCTC GTCGAGTGTC TTTTGCAACT CCAATTTATC ATCAAGAACT GGCTGATGAT 
ATTGATCGAC GTAGTCCAGT TATTCGCACA AGCTCGCCTA GGTCAAAAGT CTTGAGTGGG 
CAGTCGAAGT ATATCACTAC ACCCACAAAA GGCTATTCAA GTCTAAGTCC ACGTAACCTC 
CGTAGTCCTG GATCCAAAAG CTCTAAAAAA TGCCTGATTT CCGAAATGAG CCAGGAGCCA 
CGTCCTATTG CTAAAGATTG TGTTTATCCA GCACTCGTTG GCTGCTCTAC CCCTATAGAG 
GCTGTGTTAC CACAGATATC CTCCAACATG TGGCCTCGTG GCTTTGGTCA GCTCGTTAGA 
GCTAGAAACA TTAAAACGGT TGGAGACCTG AGTGCCCTTA CCCCAAGTGA AGTCAAGTCT 
CTTCCTATTC GTTCACCTAA GCTGTCCAAT GTGAGGAAAG CACTTAAAAC CTATCATGAC 
CAACAGAGAA AAGGGCGTTC GGATGACCTG AAGAGTTTTG ACGAAATGGA GAAAATGACA 
TCTGAGCCTG AGGAAATGGA GCTTCATCAA AACCAAGATG AGGAGCAAAC ACCAGGAGAG 
GCTCAAGATG ACAAGCCATC AGAGGTGAGT GTAGATTCAG AACTGATGGC TGAGGAGAAC 
AAATCTTGTG ATTTGCTATC AGATGTTGTA GCCCTTAGTG GATGCCTAAC TTCAGAGGAA 
CTTGATCGCT GTTCACCCAA CCAGCTGGGC CTGATGCACG AACATCTGAG TGGAATGATG 
AGAAGCATTG TGACCCATAT GCAGTCCCGC TTGCGGAGTA ATCTTGATGA TAGCTTGCCA 
TGA