Rp1 cDNA ORF clone, Fukomys damarensis(Damara mole-rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Rp1
Entrez Gene ID	104853216
Full Name	RP1, axonemal microtubule associated
Gene Type	protein-coding
Organism	Fukomys damarensis(Damara mole-rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010611113.1	XP_010609415.1	oxygen-regulated protein 1

Pathways from BioSystems
Gene Ontology

The following Rp1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Rp1 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
OFu83897	XM_010611113.1 Latest version!	Fukomys damarensis retinitis pigmentosa 1 (autosomal dominant) (Rp1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

Rp1 ( XM_010611113.1 ) cDNA ORF clone, Fukomys damarensis(Damara mole-rat) -> XP_010609415.1 Fukomys damarensis retinitis pigmentosa 1 (autosomal dominant) (Rp1), mRNA.

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CloneID	OFu83897
Clone ID Related Accession (Same CDS sequence)	XM_010611113.1
Accession Version	XM_010611113.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6432bp) 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	2016-11-23
Organism	Fukomys damarensis(Damara mole-rat)
Product	oxygen-regulated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011047341.1) 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 :: Fukomys damarensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTGAAA CTCCTACTAG TTGTTCCATG ATTCACCCAA CTTCTTCTGA AGGTCAAGTT 
TCTTTTCCTC GCCATTTAAG CGTCACTCAT CCAGTCGTGG CCAAACGGAT CAGCTTCTAC 
AAGAGTGGAG ATCCCCAATT CAGCGGAGTC AGAGTCGTGG TCAATCCTCG CTGTTTTAAG 
ACCTTTGATG CTTTGCTGGA CAACTTGTCC CGGAAGGTGC CCCTGCCTTT TGGGGTGCGG 
AACATCAGCA CCCCTAGGGG AAGGCACAGC ATCACGAGGC TGGAGGACCT GGAGGATGGC 
GAGTCCTACC TGTGCTCTCA TAGTAAGAAG ATGCAGCCAG TGGATCTGGA CAAAGTGCGC 
AGGTGCCCGC AGCCCTGGCT CAGCAGCCGC GCCCTGAGCT CTCGTGTGCC CCGCTCTTCA 
GCCCGGGCTG CGGCTCCCGG CATGCCTCAC CCTCCGCGGA GGCTCATGGT CTTCAGGAAT 
GGCGACCCGA AGACGAGGCA CATGGTGCTT CTCAGCAGGA AGGTCACCCA GAGCTTTGAG 
GCCTTTTTGC AGCACCTGAC GAAGGTCATG CTGTACCCAG TGGCCAAACT GTATGCTACA 
GATGGAAGGA AGGTTCCCAG TCTCCAGGCA GTAATCCTGA GCTCTGGAGC AGTGGTGGCA 
GCAGGAAGGG AGCCATTTAA ACCAGGAAAT TATGATATCC AAAAGTATTT GCTTCCTGCT 
AGATTACCAA GGATCTCTCA TCGTGTGTAC CTGAAGGGAA ATGCTAAATC AGAAAATAAA 
AAGATGAGCA CACATATACC CTTAATCTCC AGATCCCAGA TTTATTCTGT TTCTTCTGAT 
AAAACACATG ATTGTTACTC AGACTGTTCT TTTGCTCCTG AAAATGACTT GACCTTAGAA 
AAACATAATT CTCAGAACTT ATCAGTATAT CCCTCTGAAG ATGATATTGA GAAATCAGTT 
ATTTTTAATC AAGATGGTAC TATGACCGTT GAGATGAAAG TTCGATTCAA AATAAAAGAA 
AAGGAAACTA TAAAGTGGAC AACTACTGTC AATAGAACAG GTCTTTTAAA TAATGATGAA 
AAGAGTGAGA TAAGCAGTTT TTCAGGAAGA ACAGATGATC AATCATCCAG TTTAAAGCTT 
GCAGCATGTT CATTGTCTGC AGGTGTCTCA GGCAGTAATC AAGAGGGAAC TTTGGCAGAG 
GAAATAAAAA CTCAAATGAC AGATCAAGAT ACTGAAACTT GCAGCACTGC TAGATGGGAG 
AATCCTGCAG TGGACACAGA TATTATTAAG GGAACTCAGG CTCATGTGAA GAATCATTTT 
TATAGGCCCC CTACACCTGG ACCAAGGAGA GTGAGACAAA AGAAATCTGT GATAGGGAGT 
ATGACCTTAG TATCTGAAAC AGAATTTCAA GAGAAACAGT TTTCCTATAG TGAAAAAAGA 
GAAGGTGGGG AAAACAAATC AGAGTATCAT ATGTTTGCGC ATTCTTGTAG TAAAATGTCA 
TCATTATCTA ACAAACCTGT ACTTGTTCAG ACCAATAACA ATGAGCAGAT GGAATCACCT 
TTAGAAGCAA TAAAGGAGAG CAAACTCCTC AGGTCAAGTG CTATAAGTGC TGGTGTGATA 
GAAATTACAA GTCAGAAGAT GTTAACGACG TCCCATAATA ATGGCTTGTC ATCAGCTATA 
TCTGAGAACT CAGCTGTGGA GAAAGGTGTA GTTGAGAGTG TAATATCAGG CAATAAAACT 
GATATCAAGA ACTTTAGAAC TTATGATAAT ACAAATGATA GGTTCAGTCC TGTTTCAGCA 
GAGGTGAGTC ATTCTTCAAG TGATAACTCT GGATCTGACA AAAATATTTC TGAGGCTCCA 
GCTTCAGTAG GATCCTCTAC TGAAACCACA AGAATCGATA GACTAATTAA TGAATTTGCA 
CAGTGTAGTT TAACAGAACC TCCAGAGAAT GGAAAGCAGA TCTTGTCACC TGTTGCCAGC 
AGAAGGAAGA AGAAGAAATC TCAACAGAAA ATGACCAACT CCAGGTATCA AGATGGGGAA 
ATTGTAACCA AAAGAATCTC AAAGAAGAAT AAGAGAATGA ACACAGAAGG TACAATTGCA 
CAGGAAACCA TATCACAAGA TTCAGACTGT TCCTTTAAAG GGAGGATACT CTGTGCAGAA 
GATCTGCATA CAATTGGTAT GGTAATTAAA TTGAATCATT TTAATACCAA AAGTAATCTC 
AATCCTACAG TTTCCAAGAA TTTTCATAGA TTTAAATTAA ATAATATTCA GAATCTTAAG 
GTTAAAGGAC TTGTAGGCAA GAGAAAATCC AGTCCACTAA AGAAAATAAG CTTAGGAGCA 
CCTAAAAAAA GAGAAAGTAG TGAAGGAGAT AAAGTATTTC CCCATTATGA ATCTAAGTAT 
TACAAAAATA TTTCAGAAAA TCAAAGTTTA TTTCATATGT TTAACTTCCT TGAGCAAAAT 
CAAAGAGCTT TTTCTAGACC ACAATCTCAT GCAGAAGTGG CTTCTGGGAA TTTGAGAGGA 
ATGGCAAAAA TGAGCTTAGT TCCAAAATGT AATGATTCAC ACATAGCTTT AAAAAGCCAG 
AAAAAGCAAA AAGGAGATAA ATTGAAGTCA GGTGCTATTG CAAGTAAACA GTATGCTGAA 
ACCAGGGAAA ATTCTTTAGC TTCTTTGAAA AAAGCTGATT TTTCTGAGGA TATGGACCAT 
CTTTCAGAAA ATTATATACA GAGATGGTTA CAGAACATAA ATCTGTATCC AACTTTAAAA 
CCTAGAAAAT CAACATTAAT AGGCAAAAAT AAAAGGATTG TAGCAAATTA TAACAATAGT 
GGTTTCCTAG GAACTAATCT CCATACAAAT TCTGTAAAAG GAAATGATTT TGTTATAGAA 
AGTAGTAATC TCCTAACTAA AAATGCCGGT TTGACAGGAG ATAATCGGTG TAAAGGAGTG 
GGTAAATCTC TTAGTGGTGA AGAATTTAAC AAAGATCTTT ATGACAGCCA AGTTGGATCT 
CTGAATGATG CTTGTTTAGT TTCCCTGCAT GAATGTTGTA CTTTGTCACA GTCAACTATT 
AATGATCATA CTACTGAAAG TCAGGTATCC TCTGAAAAGT CAGGACCAGA GGCAAGCCTT 
ATTTACCATG AAATAAATCT AGCTACAAAA GGGCAAAGTG TAGAGGCTTC CATTCAAGTA 
GATCCCATGG AAGAGAATAC TTCCAAAGAC CTCTTACCAG TTCTGTTGCT TCAACAACTG 
CAGGCTTCAA TTTCCAGCAT TCAGAAGACT CAGAATGGAG TTGTTCAAAT GCCAGGGTCA 
CTTGTAAATG TTCCCTCTTC TTCTGTGATA TGCAGTTCAT CTGCTAATCT CCTTCTTGCT 
TGGCTTTTGG TGTTAAATCT AAAGGGAAGT ATGAGTAGCT TCTGTCAGGG TGATGCTCAT 
AAGATTACCA ATAGTTCTTT GGAAATACTT ACATTATTGG AGGTGCTAAA GCACATTGCC 
AACATAGAGG AAGCTGATGG CTTGAAAGCT GCTATTGCCA GTTTAGTGGA TTCCACCACA 
ATTTGTACTG AACCCAGTGA AAAAGAACAT GATATGGTTC CACTGGGTCT TTCTGAAAAA 
TATAGCACAG TCAACATTCA GAGTGCTCCA GACTGCAGTG AAATTGAAAG AATACAGAAA 
ATCTCTTTGG ATGGAGGCTA CTCTGCTTTT GAGGCCTGTG GTCCTGAAAT TTGTGTTTCA 
AAGATTCATT CTCCATGTGA GATGTGTACT GTGAATAAGA CTTATCCTCC AAAAGACTTA 
CATAACCCCA GTGATGCTTT TTCCCCTAAT GTTGATCGTG TCATAGATAA GACCTCTATG 
AATAAGGCTT GTTCCCTGGG CAAAGTATTT TCATTTACTG ATGTTGTGTC TTCCCATGAT 
GCTTGTGCTC AAAAGAAGAA ACATACTCAT GAGTTAGCTT GCCTAACCGA GGAGACCCAT 
GTTCCCATCA GAGTCTGCAA TACTATTGAT CTTTTAAATC ACAGAGAAAA CAAATATATT 
GTTAACTTGG AATTAACCGA GGAGTTCAAA AGTATTGATG AAATTCAGAA AGGCCTAAAT 
ATCTTAGTGG ACCCTAGGTA TAAAAATGAA TGTATTATAT CAGTGTCACA TCAAAATGTC 
AGTAATTTAA GTCCTGATGG CATTTGCCTA AGTAAAAGTG ATCTGGAATT TGATGCAAAA 
CAGAGCTCTC TAGATGAATT TAAAAATGCA CCAATAAAGA TATTTCAGGA TAAAAATATG 
TATTCTTCTT TTGATAAAGA AGAGTCAAGG ACTTCTGAAG AACCAGGGTC AATAACCAAC 
AGCATGACAT CAAGTGAAAG AAATAACGTA TCAGACATGG AATCTTCTGA AGAATTAGAA 
AATCAAGACA ATGAGATCTG TGATATAAAG GTAAATGCAT GTGAGCAAGC CCCTGAAGAA 
TCACTCACAG AAAAGCTAGA GACTAGGAGA AATTTGAAAT TGATAGGCAT ATCTAGTTGG 
AATATTACAG AAGAAAGAAG GAATGGTATA ATTTCTGAGA CAGTCAGTAG GAGGCAAGAG 
ATACCACCAT CTTTAGTTTT TTGCTATGAT TCTAGTCGAA ATGCTGAAAA GGAGATCAAT 
TCAGGAAAAA GTAAGGCAAG AGTTAAAATG ATGGTGAAAA ACATGGAAAC GGGAAGTTAT 
TCAGAGTCCT CGCATGATTT TAAAAAATGT TTCAAAAGTC CAGTGACTTC TGACTGGTCA 
GATTATAAAC AAGACAGTGA GAGTGAGCAG CGGTGCAAAA AATCCAGTGA TGACCATGGT 
GACAGTGATG ACACCGCCCA TGAGAAAGAA TATAATAAAG GATTTGTTAA AAGGGCGATA 
GAAAAGCTTT ATGGCAAAGT AGAGATTGTT AAACCATCTT TTTTTCCTGG GTCTATACAC 
AGATCTCAAG TTTGTCCTTA CAATTCTGTA GAATTTCATT GTGCTAGGAA ATCAGGTTTT 
TGTGATTCTG AAGGTCAGTC ATTTGGCTCT TTTGAACAGG TATCTTATAT TTCACCTATG 
TTACAGGAAT TTCAGGAGGA AGAGCAAAGT AAATGTGATG TTAATGGTGT GAGGGACATT 
TATCACGGGG ATGAAATTAT AGAACATGGT GTAAAACAAA GTGATTGTAA TAGGATCCTT 
AGAAACAAAG AGGAAGGAGA ACTGATTGAC AAAGGCAAAT GGCTACTAAG AGAAAATCAT 
TTGCTAAGGG TTTCATCTGA AAATCCTGGC ATGCATGGCA GTGGTGACAC CGCATCAGTG 
GATACTCTAC TCTATAATAC CAGTAATGAG GTGTCACATT CACATTTTGG GAATTTGGCC 
CTAGGCTCAA CTGTGGCTGA ATTATCCTCT TCAGAACTGG AAGAACTGAC TCAGCCCCTT 
GAACTGAAAT GCAATTACTT TAACTTGCCT CACGGTAGTG ACTCTGAATC TTTCTGTGAG 
GATTTGCTAG ATGTTCAAAA TAAAACCTGT GCCAAGGAGA GAATACCACA CCATTATACA 
GAGGGGAAAG ATAATCAGTC AGAAAGAGTA TGCTCATCTG TCACTCATGC CTTTACATCT 
GCTGCTAACA AAGTCCACCC TGTCTCTGAT GATACTATTA AAACCCAACC ATTACCTGGC 
AGCAGTATGA CTCATGGTGC ACTTCAGGAA GGTGACTCTT TGGATAAACT CTATGCTCTT 
TGTGGTCAAC ATTGCCCAAT ACTAACTGTT ATTATCCAAC CCTTGAATGA AGAAAATAGA 
GGATTTGCTT ACTGCAAAGA TTCAGATATT GAAAATGCCT TGGATTTCCA TTTATGGATG 
AAATTATACC CACATTTTCT ACTGTCAAAT AAAAACGTGT TCAGGAATAA GGACAATAAA 
GTAAGTGAGA GGAAAGAATT TGTTGATAAT GCCATTGGTG ATTTGTTTGA TCAGCTTTAT 
TTCAATAGTG TGTTTGGCTT GATAGATAAG AGCGAGAAAC CCAAACTAAT TAACCTCTTT 
AACTTAGAGG AAGAAAGAAA TTTAAAGAAA TTTCAGTCAT ATTTAAAGCA AAGACTTTGT 
ATGAATTTCT TGTACAACCT TTTGTTTGTT GTGAGTGATA TGAATTCCAA TACAGAAAAC 
CTCAGTATTT GGACAGATGA TATCTTTAAA ACAGTTGATG AGAATAACAA CTTACTAGGT 
AACAGATTCC AGAACTTTAC AACAAATCTC AAGCATGTAG TAACAGAATA TATCAATTGT 
CATTTCTCCT GTAAAATACT TGATCAAACC TGCTTATTAG ATATTTGCCA AGTTGGAACA 
TCCTTAAGTA TTAGCAAAAG AAAAATATTA GAAATACATT ATATTTTTGA GGATGAAAAT 
ATTTTCATCT GGGGAGAAAA CCAATTACAT TTTACTGATT TTAAAAACAA TGATGAACAA 
GATGATTTAT AA

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

RefSeq	XP_010609415.1
CDS	1..6432
Translation	MSETPTSCSMIHPTSSEGQVSFPRHLSVTHPVVAKRISFYKSGDPQFSGVRVVVNPRCFKTFDALLDNLSRKVPLPFGVRNISTPRGRHSITRLEDLEDGESYLCSHSKKMQPVDLDKVRRCPQPWLSSRALSSRVPRSSARAAAPGMPHPPRRLMVFRNGDPKTRHMVLLSRKVTQSFEAFLQHLTKVMLYPVAKLYATDGRKVPSLQAVILSSGAVVAAGREPFKPGNYDIQKYLLPARLPRISHRVYLKGNAKSENKKMSTHIPLISRSQIYSVSSDKTHDCYSDCSFAPENDLTLEKHNSQNLSVYPSEDDIEKSVIFNQDGTMTVEMKVRFKIKEKETIKWTTTVNRTGLLNNDEKSEISSFSGRTDDQSSSLKLAACSLSAGVSGSNQEGTLAEEIKTQMTDQDTETCSTARWENPAVDTDIIKGTQAHVKNHFYRPPTPGPRRVRQKKSVIGSMTLVSETEFQEKQFSYSEKREGGENKSEYHMFAHSCSKMSSLSNKPVLVQTNNNEQMESPLEAIKESKLLRSSAISAGVIEITSQKMLTTSHNNGLSSAISENSAVEKGVVESVISGNKTDIKNFRTYDNTNDRFSPVSAEVSHSSSDNSGSDKNISEAPASVGSSTETTRIDRLINEFAQCSLTEPPENGKQILSPVASRRKKKKSQQKMTNSRYQDGEIVTKRISKKNKRMNTEGTIAQETISQDSDCSFKGRILCAEDLHTIGMVIKLNHFNTKSNLNPTVSKNFHRFKLNNIQNLKVKGLVGKRKSSPLKKISLGAPKKRESSEGDKVFPHYESKYYKNISENQSLFHMFNFLEQNQRAFSRPQSHAEVASGNLRGMAKMSLVPKCNDSHIALKSQKKQKGDKLKSGAIASKQYAETRENSLASLKKADFSEDMDHLSENYIQRWLQNINLYPTLKPRKSTLIGKNKRIVANYNNSGFLGTNLHTNSVKGNDFVIESSNLLTKNAGLTGDNRCKGVGKSLSGEEFNKDLYDSQVGSLNDACLVSLHECCTLSQSTINDHTTESQVSSEKSGPEASLIYHEINLATKGQSVEASIQVDPMEENTSKDLLPVLLLQQLQASISSIQKTQNGVVQMPGSLVNVPSSSVICSSSANLLLAWLLVLNLKGSMSSFCQGDAHKITNSSLEILTLLEVLKHIANIEEADGLKAAIASLVDSTTICTEPSEKEHDMVPLGLSEKYSTVNIQSAPDCSEIERIQKISLDGGYSAFEACGPEICVSKIHSPCEMCTVNKTYPPKDLHNPSDAFSPNVDRVIDKTSMNKACSLGKVFSFTDVVSSHDACAQKKKHTHELACLTEETHVPIRVCNTIDLLNHRENKYIVNLELTEEFKSIDEIQKGLNILVDPRYKNECIISVSHQNVSNLSPDGICLSKSDLEFDAKQSSLDEFKNAPIKIFQDKNMYSSFDKEESRTSEEPGSITNSMTSSERNNVSDMESSEELENQDNEICDIKVNACEQAPEESLTEKLETRRNLKLIGISSWNITEERRNGIISETVSRRQEIPPSLVFCYDSSRNAEKEINSGKSKARVKMMVKNMETGSYSESSHDFKKCFKSPVTSDWSDYKQDSESEQRCKKSSDDHGDSDDTAHEKEYNKGFVKRAIEKLYGKVEIVKPSFFPGSIHRSQVCPYNSVEFHCARKSGFCDSEGQSFGSFEQVSYISPMLQEFQEEEQSKCDVNGVRDIYHGDEIIEHGVKQSDCNRILRNKEEGELIDKGKWLLRENHLLRVSSENPGMHGSGDTASVDTLLYNTSNEVSHSHFGNLALGSTVAELSSSELEELTQPLELKCNYFNLPHGSDSESFCEDLLDVQNKTCAKERIPHHYTEGKDNQSERVCSSVTHAFTSAANKVHPVSDDTIKTQPLPGSSMTHGALQEGDSLDKLYALCGQHCPILTVIIQPLNEENRGFAYCKDSDIENALDFHLWMKLYPHFLLSNKNVFRNKDNKVSERKEFVDNAIGDLFDQLYFNSVFGLIDKSEKPKLINLFNLEEERNLKKFQSYLKQRLCMNFLYNLLFVVSDMNSNTENLSIWTDDIFKTVDENNNLLGNRFQNFTTNLKHVVTEYINCHFSCKILDQTCLLDICQVGTSLSISKRKILEIHYIFEDENIFIWGENQLHFTDFKNNDEQDDL

Target ORF information:

RefSeq Version	XM_010611113.1
Organism	Fukomys damarensis(Damara mole-rat)
Definition	Fukomys damarensis retinitis pigmentosa 1 (autosomal dominant) (Rp1), mRNA.

Target ORF information:

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

XM_010611113.1

ORF Insert Sequence:

ATGAGTGAAA CTCCTACTAG TTGTTCCATG ATTCACCCAA CTTCTTCTGA AGGTCAAGTT 
TCTTTTCCTC GCCATTTAAG CGTCACTCAT CCAGTCGTGG CCAAACGGAT CAGCTTCTAC 
AAGAGTGGAG ATCCCCAATT CAGCGGAGTC AGAGTCGTGG TCAATCCTCG CTGTTTTAAG 
ACCTTTGATG CTTTGCTGGA CAACTTGTCC CGGAAGGTGC CCCTGCCTTT TGGGGTGCGG 
AACATCAGCA CCCCTAGGGG AAGGCACAGC ATCACGAGGC TGGAGGACCT GGAGGATGGC 
GAGTCCTACC TGTGCTCTCA TAGTAAGAAG ATGCAGCCAG TGGATCTGGA CAAAGTGCGC 
AGGTGCCCGC AGCCCTGGCT CAGCAGCCGC GCCCTGAGCT CTCGTGTGCC CCGCTCTTCA 
GCCCGGGCTG CGGCTCCCGG CATGCCTCAC CCTCCGCGGA GGCTCATGGT CTTCAGGAAT 
GGCGACCCGA AGACGAGGCA CATGGTGCTT CTCAGCAGGA AGGTCACCCA GAGCTTTGAG 
GCCTTTTTGC AGCACCTGAC GAAGGTCATG CTGTACCCAG TGGCCAAACT GTATGCTACA 
GATGGAAGGA AGGTTCCCAG TCTCCAGGCA GTAATCCTGA GCTCTGGAGC AGTGGTGGCA 
GCAGGAAGGG AGCCATTTAA ACCAGGAAAT TATGATATCC AAAAGTATTT GCTTCCTGCT 
AGATTACCAA GGATCTCTCA TCGTGTGTAC CTGAAGGGAA ATGCTAAATC AGAAAATAAA 
AAGATGAGCA CACATATACC CTTAATCTCC AGATCCCAGA TTTATTCTGT TTCTTCTGAT 
AAAACACATG ATTGTTACTC AGACTGTTCT TTTGCTCCTG AAAATGACTT GACCTTAGAA 
AAACATAATT CTCAGAACTT ATCAGTATAT CCCTCTGAAG ATGATATTGA GAAATCAGTT 
ATTTTTAATC AAGATGGTAC TATGACCGTT GAGATGAAAG TTCGATTCAA AATAAAAGAA 
AAGGAAACTA TAAAGTGGAC AACTACTGTC AATAGAACAG GTCTTTTAAA TAATGATGAA 
AAGAGTGAGA TAAGCAGTTT TTCAGGAAGA ACAGATGATC AATCATCCAG TTTAAAGCTT 
GCAGCATGTT CATTGTCTGC AGGTGTCTCA GGCAGTAATC AAGAGGGAAC TTTGGCAGAG 
GAAATAAAAA CTCAAATGAC AGATCAAGAT ACTGAAACTT GCAGCACTGC TAGATGGGAG 
AATCCTGCAG TGGACACAGA TATTATTAAG GGAACTCAGG CTCATGTGAA GAATCATTTT 
TATAGGCCCC CTACACCTGG ACCAAGGAGA GTGAGACAAA AGAAATCTGT GATAGGGAGT 
ATGACCTTAG TATCTGAAAC AGAATTTCAA GAGAAACAGT TTTCCTATAG TGAAAAAAGA 
GAAGGTGGGG AAAACAAATC AGAGTATCAT ATGTTTGCGC ATTCTTGTAG TAAAATGTCA 
TCATTATCTA ACAAACCTGT ACTTGTTCAG ACCAATAACA ATGAGCAGAT GGAATCACCT 
TTAGAAGCAA TAAAGGAGAG CAAACTCCTC AGGTCAAGTG CTATAAGTGC TGGTGTGATA 
GAAATTACAA GTCAGAAGAT GTTAACGACG TCCCATAATA ATGGCTTGTC ATCAGCTATA 
TCTGAGAACT CAGCTGTGGA GAAAGGTGTA GTTGAGAGTG TAATATCAGG CAATAAAACT 
GATATCAAGA ACTTTAGAAC TTATGATAAT ACAAATGATA GGTTCAGTCC TGTTTCAGCA 
GAGGTGAGTC ATTCTTCAAG TGATAACTCT GGATCTGACA AAAATATTTC TGAGGCTCCA 
GCTTCAGTAG GATCCTCTAC TGAAACCACA AGAATCGATA GACTAATTAA TGAATTTGCA 
CAGTGTAGTT TAACAGAACC TCCAGAGAAT GGAAAGCAGA TCTTGTCACC TGTTGCCAGC 
AGAAGGAAGA AGAAGAAATC TCAACAGAAA ATGACCAACT CCAGGTATCA AGATGGGGAA 
ATTGTAACCA AAAGAATCTC AAAGAAGAAT AAGAGAATGA ACACAGAAGG TACAATTGCA 
CAGGAAACCA TATCACAAGA TTCAGACTGT TCCTTTAAAG GGAGGATACT CTGTGCAGAA 
GATCTGCATA CAATTGGTAT GGTAATTAAA TTGAATCATT TTAATACCAA AAGTAATCTC 
AATCCTACAG TTTCCAAGAA TTTTCATAGA TTTAAATTAA ATAATATTCA GAATCTTAAG 
GTTAAAGGAC TTGTAGGCAA GAGAAAATCC AGTCCACTAA AGAAAATAAG CTTAGGAGCA 
CCTAAAAAAA GAGAAAGTAG TGAAGGAGAT AAAGTATTTC CCCATTATGA ATCTAAGTAT 
TACAAAAATA TTTCAGAAAA TCAAAGTTTA TTTCATATGT TTAACTTCCT TGAGCAAAAT 
CAAAGAGCTT TTTCTAGACC ACAATCTCAT GCAGAAGTGG CTTCTGGGAA TTTGAGAGGA 
ATGGCAAAAA TGAGCTTAGT TCCAAAATGT AATGATTCAC ACATAGCTTT AAAAAGCCAG 
AAAAAGCAAA AAGGAGATAA ATTGAAGTCA GGTGCTATTG CAAGTAAACA GTATGCTGAA 
ACCAGGGAAA ATTCTTTAGC TTCTTTGAAA AAAGCTGATT TTTCTGAGGA TATGGACCAT 
CTTTCAGAAA ATTATATACA GAGATGGTTA CAGAACATAA ATCTGTATCC AACTTTAAAA 
CCTAGAAAAT CAACATTAAT AGGCAAAAAT AAAAGGATTG TAGCAAATTA TAACAATAGT 
GGTTTCCTAG GAACTAATCT CCATACAAAT TCTGTAAAAG GAAATGATTT TGTTATAGAA 
AGTAGTAATC TCCTAACTAA AAATGCCGGT TTGACAGGAG ATAATCGGTG TAAAGGAGTG 
GGTAAATCTC TTAGTGGTGA AGAATTTAAC AAAGATCTTT ATGACAGCCA AGTTGGATCT 
CTGAATGATG CTTGTTTAGT TTCCCTGCAT GAATGTTGTA CTTTGTCACA GTCAACTATT 
AATGATCATA CTACTGAAAG TCAGGTATCC TCTGAAAAGT CAGGACCAGA GGCAAGCCTT 
ATTTACCATG AAATAAATCT AGCTACAAAA GGGCAAAGTG TAGAGGCTTC CATTCAAGTA 
GATCCCATGG AAGAGAATAC TTCCAAAGAC CTCTTACCAG TTCTGTTGCT TCAACAACTG 
CAGGCTTCAA TTTCCAGCAT TCAGAAGACT CAGAATGGAG TTGTTCAAAT GCCAGGGTCA 
CTTGTAAATG TTCCCTCTTC TTCTGTGATA TGCAGTTCAT CTGCTAATCT CCTTCTTGCT 
TGGCTTTTGG TGTTAAATCT AAAGGGAAGT ATGAGTAGCT TCTGTCAGGG TGATGCTCAT 
AAGATTACCA ATAGTTCTTT GGAAATACTT ACATTATTGG AGGTGCTAAA GCACATTGCC 
AACATAGAGG AAGCTGATGG CTTGAAAGCT GCTATTGCCA GTTTAGTGGA TTCCACCACA 
ATTTGTACTG AACCCAGTGA AAAAGAACAT GATATGGTTC CACTGGGTCT TTCTGAAAAA 
TATAGCACAG TCAACATTCA GAGTGCTCCA GACTGCAGTG AAATTGAAAG AATACAGAAA 
ATCTCTTTGG ATGGAGGCTA CTCTGCTTTT GAGGCCTGTG GTCCTGAAAT TTGTGTTTCA 
AAGATTCATT CTCCATGTGA GATGTGTACT GTGAATAAGA CTTATCCTCC AAAAGACTTA 
CATAACCCCA GTGATGCTTT TTCCCCTAAT GTTGATCGTG TCATAGATAA GACCTCTATG 
AATAAGGCTT GTTCCCTGGG CAAAGTATTT TCATTTACTG ATGTTGTGTC TTCCCATGAT 
GCTTGTGCTC AAAAGAAGAA ACATACTCAT GAGTTAGCTT GCCTAACCGA GGAGACCCAT 
GTTCCCATCA GAGTCTGCAA TACTATTGAT CTTTTAAATC ACAGAGAAAA CAAATATATT 
GTTAACTTGG AATTAACCGA GGAGTTCAAA AGTATTGATG AAATTCAGAA AGGCCTAAAT 
ATCTTAGTGG ACCCTAGGTA TAAAAATGAA TGTATTATAT CAGTGTCACA TCAAAATGTC 
AGTAATTTAA GTCCTGATGG CATTTGCCTA AGTAAAAGTG ATCTGGAATT TGATGCAAAA 
CAGAGCTCTC TAGATGAATT TAAAAATGCA CCAATAAAGA TATTTCAGGA TAAAAATATG 
TATTCTTCTT TTGATAAAGA AGAGTCAAGG ACTTCTGAAG AACCAGGGTC AATAACCAAC 
AGCATGACAT CAAGTGAAAG AAATAACGTA TCAGACATGG AATCTTCTGA AGAATTAGAA 
AATCAAGACA ATGAGATCTG TGATATAAAG GTAAATGCAT GTGAGCAAGC CCCTGAAGAA 
TCACTCACAG AAAAGCTAGA GACTAGGAGA AATTTGAAAT TGATAGGCAT ATCTAGTTGG 
AATATTACAG AAGAAAGAAG GAATGGTATA ATTTCTGAGA CAGTCAGTAG GAGGCAAGAG 
ATACCACCAT CTTTAGTTTT TTGCTATGAT TCTAGTCGAA ATGCTGAAAA GGAGATCAAT 
TCAGGAAAAA GTAAGGCAAG AGTTAAAATG ATGGTGAAAA ACATGGAAAC GGGAAGTTAT 
TCAGAGTCCT CGCATGATTT TAAAAAATGT TTCAAAAGTC CAGTGACTTC TGACTGGTCA 
GATTATAAAC AAGACAGTGA GAGTGAGCAG CGGTGCAAAA AATCCAGTGA TGACCATGGT 
GACAGTGATG ACACCGCCCA TGAGAAAGAA TATAATAAAG GATTTGTTAA AAGGGCGATA 
GAAAAGCTTT ATGGCAAAGT AGAGATTGTT AAACCATCTT TTTTTCCTGG GTCTATACAC 
AGATCTCAAG TTTGTCCTTA CAATTCTGTA GAATTTCATT GTGCTAGGAA ATCAGGTTTT 
TGTGATTCTG AAGGTCAGTC ATTTGGCTCT TTTGAACAGG TATCTTATAT TTCACCTATG 
TTACAGGAAT TTCAGGAGGA AGAGCAAAGT AAATGTGATG TTAATGGTGT GAGGGACATT 
TATCACGGGG ATGAAATTAT AGAACATGGT GTAAAACAAA GTGATTGTAA TAGGATCCTT 
AGAAACAAAG AGGAAGGAGA ACTGATTGAC AAAGGCAAAT GGCTACTAAG AGAAAATCAT 
TTGCTAAGGG TTTCATCTGA AAATCCTGGC ATGCATGGCA GTGGTGACAC CGCATCAGTG 
GATACTCTAC TCTATAATAC CAGTAATGAG GTGTCACATT CACATTTTGG GAATTTGGCC 
CTAGGCTCAA CTGTGGCTGA ATTATCCTCT TCAGAACTGG AAGAACTGAC TCAGCCCCTT 
GAACTGAAAT GCAATTACTT TAACTTGCCT CACGGTAGTG ACTCTGAATC TTTCTGTGAG 
GATTTGCTAG ATGTTCAAAA TAAAACCTGT GCCAAGGAGA GAATACCACA CCATTATACA 
GAGGGGAAAG ATAATCAGTC AGAAAGAGTA TGCTCATCTG TCACTCATGC CTTTACATCT 
GCTGCTAACA AAGTCCACCC TGTCTCTGAT GATACTATTA AAACCCAACC ATTACCTGGC 
AGCAGTATGA CTCATGGTGC ACTTCAGGAA GGTGACTCTT TGGATAAACT CTATGCTCTT 
TGTGGTCAAC ATTGCCCAAT ACTAACTGTT ATTATCCAAC CCTTGAATGA AGAAAATAGA 
GGATTTGCTT ACTGCAAAGA TTCAGATATT GAAAATGCCT TGGATTTCCA TTTATGGATG 
AAATTATACC CACATTTTCT ACTGTCAAAT AAAAACGTGT TCAGGAATAA GGACAATAAA 
GTAAGTGAGA GGAAAGAATT TGTTGATAAT GCCATTGGTG ATTTGTTTGA TCAGCTTTAT 
TTCAATAGTG TGTTTGGCTT GATAGATAAG AGCGAGAAAC CCAAACTAAT TAACCTCTTT 
AACTTAGAGG AAGAAAGAAA TTTAAAGAAA TTTCAGTCAT ATTTAAAGCA AAGACTTTGT 
ATGAATTTCT TGTACAACCT TTTGTTTGTT GTGAGTGATA TGAATTCCAA TACAGAAAAC 
CTCAGTATTT GGACAGATGA TATCTTTAAA ACAGTTGATG AGAATAACAA CTTACTAGGT 
AACAGATTCC AGAACTTTAC AACAAATCTC AAGCATGTAG TAACAGAATA TATCAATTGT 
CATTTCTCCT GTAAAATACT TGATCAAACC TGCTTATTAG ATATTTGCCA AGTTGGAACA 
TCCTTAAGTA TTAGCAAAAG AAAAATATTA GAAATACATT ATATTTTTGA GGATGAAAAT 
ATTTTCATCT GGGGAGAAAA CCAATTACAT TTTACTGATT TTAAAAACAA TGATGAACAA 
GATGATTTAT AA