LOCUS NC_011898 8692 bp DNA linear CON 04-FEB-2020 DEFINITION Ruminiclostridium cellulolyticum H10, complete sequence. ACCESSION NC_011898 VERSION NC_011898.1 DBLINK BioProject: PRJNA224116 BioSample: SAMN00623037 Assembly: GCF_000022065.1 KEYWORDS RefSeq. SOURCE Ruminiclostridium cellulolyticum H10 ORGANISM Ruminiclostridium cellulolyticum H10 Bacteria; Firmicutes; Clostridia; Clostridiales; Hungateiclostridiaceae; Ruminiclostridium. REFERENCE 1 (bases 1 to 8692) AUTHORS Lucas,S., Copeland,A., Lapidus,A., Glavina del Rio,T., Dalin,E., Tice,H., Bruce,D., Goodwin,L., Pitluck,S., Chertkov,O., Saunders,E., Brettin,T., Detter,J.C., Han,C., Larimer,F., Land,M., Hauser,L., Kyrpides,N., Ivanova,N., Zhou,J. and Richardson,P. CONSRTM US DOE Joint Genome Institute TITLE Complete sequence of Clostridium cellulolyticum H10 JOURNAL Unpublished REFERENCE 2 (bases 1 to 8692) AUTHORS Lucas,S., Copeland,A., Lapidus,A., Glavina del Rio,T., Dalin,E., Tice,H., Bruce,D., Goodwin,L., Pitluck,S., Chertkov,O., Saunders,E., Brettin,T., Detter,J.C., Han,C., Larimer,F., Land,M., Hauser,L., Kyrpides,N., Ivanova,N., Zhou,J. and Richardson,P. CONSRTM US DOE Joint Genome Institute TITLE Direct Submission JOURNAL Submitted (06-JAN-2009) US DOE Joint Genome Institute, 2800 Mitchell Drive B100, Walnut Creek, CA 94598-1698, USA COMMENT ##Genome-Annotation-Data-START## Annotation Provider :: NCBI RefSeq Annotation Date :: 02/04/2020 07:32:10 Annotation Pipeline :: NCBI Prokaryotic Genome Annotation Method :: Best-placed reference protein Annotation Software revision :: 4.11 Features Annotated :: Gene; CDS; rRNA; tRNA; ncRNA; Genes (total) :: 3,537 CDSs (total) :: 3,447 Genes (coding) :: 3,334 CDSs (with protein) :: 3,334 Genes (RNA) :: 90 rRNAs :: 8, 8, 8 (5S, 16S, 23S) complete rRNAs :: 8, 8, 8 (5S, 16S, 23S) tRNAs :: 62 ncRNAs :: 4 Pseudo Genes (total) :: 113 CDSs (without protein) :: 113 Pseudo Genes (ambiguous residues) :: 0 of 113 Pseudo Genes (frameshifted) :: 37 of 113 Pseudo Genes (incomplete) :: 81 of 113 Pseudo Genes (internal stop) :: 17 of 113 Pseudo Genes (multiple problems) :: 20 of 113 CRISPR Arrays :: 3 ##Genome-Annotation-Data-END## REFSEQ INFORMATION: The reference sequence was derived from CP001348. URL -- http://www.jgi.doe.gov JGI Project ID: 4002584 Source DNA and bacteria available from Jizhong Zhou (jzhou@rccc.ou.edu) Contacts: Jizhong Zhou (jzhou@rccc.ou.edu) David Bruce (microbe@cuba.jgi-psf.org) Annotation done by JGI-ORNL and JGI-PGF Finishing done by JGI-LANL Finished microbial genomes have been curated to close all gaps with greater than 98% coverage of at least two independent clones. Each base pair has a minimum q (quality) value of 30 and the total error rate is less than one per 50000. The JGI and collaborators endorse the principles for the distribution and use of large scale sequencing data adopted by the larger genome sequencing community and urge users of this data to follow them. it is our intention to publish the work of this project in a timely fashion and we welcome collaborative interaction on the project and analysis. (http://www.genome.gov/page.cfm?pageID=10506376). The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/ Annotation Pipeline (PGAP) set; GeneMarkS-2+ repeat_region COMPLETENESS: full length. FEATURES Location/Qualifiers source 1..8692 /organism="Ruminiclostridium cellulolyticum H10" /mol_type="genomic DNA" /strain="H10" /culture_collection="ATCC:35319" /type_material="type strain of Ruminiclostridium cellulolyticum" /db_xref="taxon:394503" gene 1..2169 /locus_tag="CCEL_RS03700" /old_locus_tag="Ccel_0729" CDS 1..2169 /locus_tag="CCEL_RS03700" /old_locus_tag="Ccel_0729" /inference="COORDINATES: similar to AA sequence:RefSeq:WP_015924275.1" /note="Derived by automated computational analysis using gene prediction method: Protein Homology." /codon_start=1 /transl_table=11 /product="GH48" /protein_id="WP_015924275.1" /translation="MSKNFKRVGAVAVAAAMSLSIMATTSINAASSPANKVYQDRFESM YSKIKDPANGYFSEQGIPYHSIETLMVEAPDYGHVTTSEAMSYYMWLEAMHGRFSGDFT GFDKSWSVTEQYLIPTEKDQPNTSMSRYDANKPATYAPEFQDPSKYPSPLDTSQPVGRD PINSQLTSAYGTSMLYGMHWILDVDNWYGFGARADGTSKPSYINTFQRGEQESTWETIP QPCWDEHKFGGQYGFLDLFTKDTGTPAKQFKYTNAPDADARAVQATYWADQWAKEQGKS VSTSVGKATKMGDYLRYSFFDKYFRKIGQPSQAGTGYDAAHYLLSWYYAWGGGIDSTWS WIIGSSHNHFGYQNPFAAWVLSTDANFKPKSSNGASDWAKSLDRQLEFYQWLQSAEGAI AGGATNSWNGRYEAVPSGTSTFYGMGYVENPVYADPGSNTWFGMQVWSMQRVAELYYKT GDARAKKLLDKWAKWINGEIKFNADGTFQIPSTIDWEGQPDTWNPTQGYTGNANLHVKV VNYGTDLGCASSLANTLTYYAAKSGDETSRQNAQKLLDAMWNNYSDSKGISTVEQRGDY HRFLDQEVFVPAGWTGKMPNGDVIKSGVKFIDIRSKYKQDPEWQTMVAALQAGQVPTQR LHRFWAQSEFAVANGVYAILFPDQGPEKLLGDVNGDETVDAIDLAILKKYLLNSSTTIN TANADMNSDNAIDAIDYALLKKALLSIQ" gene 2298..3680 /locus_tag="CCEL_RS03705" /old_locus_tag="Ccel_0730" CDS 2298..3680 /locus_tag="CCEL_RS03705" /old_locus_tag="Ccel_0730" /inference="COORDINATES: similar to AA sequence:RefSeq:WP_020814341.1" /note="Derived by automated computational analysis using gene prediction method: Protein Homology." /codon_start=1 /transl_table=11 /product="GH8" /protein_id="WP_015924276.1" /translation="MIKGSSLKRFKSLVMAAIFSVSIISTAIASSAADQIPFPYDAKYP NGAYSCLADSQSIGNNLVRSEWEQWKSAHITSNGARGYKRVQRDASTNYDTVSEGLGYG LLLSVYFGEQQLFDDLYRYVKVFLNSNGLMSWRIDSSGNIMGKDSIGAATDADEDIAVS LVFAHKKWGTSGGFNYQTEAKNYINNIYNKMVEPGTYVIKAGDTWGGSNVTNPSYFAPA WYRIFADFTGNSGWINVANKCYEIADKARNSNTGLVPDWCTANGTPASGQGFDFYYDAI RYQWRAAIDYSWYGTAKAKTHCDAISNFFKNIGYANIKDGYTISGSQISSNHTATFVSC AAAAAMTGTDTTYAKNIYNECVKVKDSGNYTYFGNTLRMMVLLYTTGNFPNLYTYNSQP KPDLKGDVNNDGAIDALDIAALKKAILTQTTSNISLTNADMNNDGNIDAIDFAQLKVKL LN" gene 3765..5942 /locus_tag="CCEL_RS03710" /old_locus_tag="Ccel_0731" CDS 3765..5942 /locus_tag="CCEL_RS03710" /old_locus_tag="Ccel_0731" /inference="COORDINATES: similar to AA sequence:RefSeq:WP_014313404.1" /note="Derived by automated computational analysis using gene prediction method: Protein Homology." /codon_start=1 /transl_table=11 /product="CBM3|GH9" /protein_id="WP_015924277.1" /translation="MLKTKRKLTKAIGVALSISILSSLVSFIPQTNTYAAGTYNYGEAL QKSIMFYEFQRSGDLPADKRDNWRDDSGMKDGSDVGVDLTGGWYDAGDHVKFNLPMSYT SAMLAWSLYEDKDAYDKSGQTKYIMDGIKWANDYFIKCNPTPGVYYYQVGDGGKDHSWW GPAEVMQMERPSFKVDASKPGSAVCASTAASLASAAVVFKSSDPTYAEKCISHAKNLFD MADKAKSDAGYTAASGYYSSSSFYDDLSWAAVWLYLATNDSTYLDKAESYVPNWGKEQQ TDIIAYKWGQCWDDVHYGAELLLAKLTNKQLYKDSIEMNLDFWTTGVNGTRVSYTPKGL AWLFQWGSLRHATTQAFLAGVYAEWEGCTPSKVSVYKDFLKSQIDYALGSTGRSFVVGY GVNPPQHPHHRTAHGSWTDQMTSPTYHRHTIYGALVGGPDNADGYTDEINNYVNNEIAC DYNAGFTGALAKMYKHSGGDPIPNFKAIEKITNDEVIIKAGLNSTGPNYTEIKAVVYNQ TGWPARVTDKISFKYFMDLSEIVAAGIDPLSLVTSSNYSEGKNTKVSGVLPWDVSNNVY YVNVDLTGENIYPGGQSACRREVQFRIAAPQGTTYWNPKNDFSYDGLPTTSTVNTVTNI PVYDNGVKVFGNEPAGGSENPDPEILYGDVNSDKNVDALDFAALKKYLLGGTSSIDVKA ADTYKDGNIDAIDMATLKKYLLGTITQLPQG" gene 6035..8692 /locus_tag="CCEL_RS03715" /old_locus_tag="Ccel_0732" CDS 6035..8692 /locus_tag="CCEL_RS03715" /old_locus_tag="Ccel_0732" /inference="COORDINATES: similar to AA sequence:RefSeq:WP_015924278.1" /note="Derived by automated computational analysis using gene prediction method: Protein Homology." /codon_start=1 /transl_table=11 /product="CBM4|GH9" /protein_id="WP_015924278.1" /translation="MKKRLVKKVAMLIAIVLVLSSSIGQAFALVGAGDLIRNHTFDNRV GLPWHVVESYPAKASFEITSDGKYKITAQKIGEAGKGERWDIQFRHRGLALQQGHTYTV KFTVTASRACKIYPKIGDQGDPYDEYWNMNQQWNFLELQANTPKTVTQTFTQTKGDKKN VEFAFHLAPDKTTSEAQNPASFQPITYTFDEIYIQDPQFAGYTEDPPEPTNVVRLNQVG FYPNADKIATVATSSTTPINWQLVNSTGAAVLTGKSTVKGADRASGDNVHIIDFSSYTT PGTDYKIVTDVSVTKAGDNESMKFNIGDDLFTQMKYDSMKYFYHNRSAIPIQMPYCDQS QWARPAGHTTDILAPDPTKDYKANYTLDVTGGWYDAGDHGKYVVNGGIATWTVMNAYER ALHMGGDTSVAPFKDGSLNIPESGNGYPDILDEARYNMKTLLNMQVPAGNELAGMAHHK AHDERWTALAVRPDQDTMKRWLQPPSTAATLNLAAIAAQSSRLWKQFDSAFATKCLTAA ETAWDAAVAHPEIYATMEQGAGGGAYGDNYVLDDFYWAACELYATTGSDKYLNYIKSSK HYLEMPTELTGGENTGITGAFDWGCTAGMGTITLALVPTKLPAADVATAKANIQAAADK FISISKAQGYGVPLEEKVISSPFDASVVKGFQWGSNSFVINEAIVMSYAYEFSDVNGTK NNKYINGALTAMDYLLGRNPNIQSYITGYGDNPLENPHHRFWAYQADNTFPKPPPGCLS GGPNSGLQDPWVKGSGWQPGERPAEKCFMDNIESWSTNEITINWNAPLVWISAYLDEKG PEIGGSVTPPTNLGDVNGDGNKDALDFAALKKALLSQDTSTINVANADINKDGSIDAVD FALLKSFLLGKITL" ORIGIN 1 atgagtaaga attttaaaag agtaggagca gttgcagttg ctgctgcaat gtcattatct 61 ataatggcaa caaccagcat aaatgcagct tcaagtcctg caaacaaggt gtaccaggat 121 cgttttgaat ccatgtacag caagattaag gatcctgcaa acggatactt cagtgaacag 181 ggaattcctt accactcaat tgaaacactg atggtcgaag ctcctgacta cggacatgtt 241 acaacaagtg aagctatgtc ctattatatg tggttggaag caatgcacgg aagattttca 301 ggagatttta caggttttga taagtcttgg tctgttaccg aacagtattt gatcccaaca 361 gaaaaggatc agcccaatac aagtatgagc agatatgatg ctaacaaacc ggctacatac 421 gctccggaat ttcaggaccc aagcaagtat ccttctccgt tggatactag tcaacctgtt 481 ggtagagatc caatcaactc acaattgact tcagcatacg gaacaagcat gctgtatgga 541 atgcactgga tacttgacgt tgataactgg tatggatttg gagcaagagc tgatggaacc 601 tccaagccat catatatcaa tactttccaa agaggtgagc aggagtcaac ttgggaaacc 661 atacctcaac catgttggga tgaacataaa tttggtggac agtacggatt cctggatctc 721 tttacaaagg atacaggtac tccggcaaag caattcaaat atacaaatgc tccagatgct 781 gatgctcgtg cagttcaagc aacttactgg gctgatcagt gggcaaaaga acaaggtaag 841 agcgtaagta ctagcgtagg taaggcaaca aagatgggtg attaccttag atattcattc 901 tttgataagt atttcagaaa gatcggacaa ccttctcagg ctggtaccgg atatgatgca 961 gcacattatc tgctttcatg gtactatgca tggggtggtg gaattgactc tacctggtct 1021 tggataatcg gtagcagtca taatcatttc ggttaccaga acccatttgc agcttgggta 1081 ctttcaacag atgcaaactt caagcctaag tcatcaaatg gtgcatcaga ctgggcaaag 1141 agtttggaca gacagcttga attctatcag tggttgcagt cagcagaagg tgctattgcc 1201 ggtggagcta caaactcatg gaacggacgt tatgaagcag ttccttcagg tacatcaaca 1261 ttctatggaa tgggttatgt agaaaaccct gtatatgctg acccaggtag taacacttgg 1321 tttggtatgc aggtatggtc aatgcagcgt gtagctgaat tgtactataa gactggcgat 1381 gccagagcta agaaactctt agacaaatgg gcaaaatgga ttaatggcga aatcaagttc 1441 aatgctgacg gaacattcca gattcctagc acaattgatt gggaaggaca gccggatact 1501 tggaatccaa cacagggata caccggaaat gcaaacttgc atgttaaagt tgttaactat 1561 ggtactgacc taggttgtgc ttcttcactt gcaaacacat tgacttacta tgctgctaaa 1621 tcaggagatg aaacttcaag gcagaatgca cagaaattac ttgacgctat gtggaataac 1681 tatagcgatt caaagggtat atcaactgtt gaacagcgtg gtgattacca tagattcctt 1741 gatcaggaag tttttgtacc agctggttgg actggaaaaa tgcctaacgg cgacgtaatc 1801 aaatctggtg tcaagttcat agacattcgt tccaagtaca agcaggatcc tgaatggcag 1861 acaatggttg ctgcattaca ggcaggacag gttccaactc agagattaca ccgtttctgg 1921 gctcagagtg aatttgcagt tgcaaatgga gtttatgcaa tactcttccc agatcaaggt 1981 ccagaaaaat tattgggtga tgtaaacggt gacgaaactg tagacgctat tgaccttgct 2041 atacttaaaa aatatctttt aaacagcagt actacaataa atactgcaaa tgcagatatg 2101 aatagtgata atgctattga cgctattgac tatgctcttt taaagaaagc acttctttct 2161 atccaatagt atttaatact atgacgcata tgtaacctta aagtccggac agtatttggt 2221 ttgattaaat tactcattct tgtactgtcc gggcttatga gttacaaaga aaaaaagaaa 2281 aggattaagg taagaacatg atcaaaggtt caagcttaaa gagatttaaa tcgcttgtta 2341 tggcggctat atttagtgtt tcaataatct caactgccat cgcttcaagt gcagctgatc 2401 aaattccttt cccatatgac gcaaaatatc caaatggagc ttacagttgt ctggcggata 2461 gtcagtcaat cggaaataat ttagttcgca gtgaatggga acagtggaaa agtgcacata 2521 ttacatcaaa tggagcaaga ggctataaaa gagtccagag agacgcttct acaaactatg 2581 atacggtttc tgaaggactt ggatacggtt tgctgctttc agtttacttt ggagaacaac 2641 aattatttga cgatttatat cgctatgtta aagtattttt aaattcgaac ggacttatgt 2701 cctggcgtat tgactccagc ggaaatataa tgggaaaaga cagtattggt gccgcaacag 2761 atgcagatga agatattgcg gtatcccttg tgtttgctca taaaaaatgg ggaacaagtg 2821 gaggatttaa ttaccagact gaggctaaaa attacataaa taacatatac aataaaatgg 2881 tagaaccggg tacatatgta ataaaagcag gagatacgtg gggagggtca aatgtaacta 2941 atccgtcata ttttgcccca gcttggtaca gaatctttgc tgactttaca ggtaattccg 3001 gatggatcaa tgtagcaaat aaatgttatg aaatagctga taaagcaaga aacagtaata 3061 caggacttgt tcctgattgg tgtacagcaa atggtactcc ggcatcagga caaggttttg 3121 atttctatta tgatgcaatt cgttaccagt ggagagcagc tattgattac agttggtatg 3181 gcactgcaaa agctaaaaca cattgcgatg ctatctcaaa cttcttcaag aatattgggt 3241 atgctaatat aaaagatggc tacacaatat caggaagtca gataagttca aatcataccg 3301 ctacttttgt cagctgtgct gctgctgctg caatgacggg tactgacact acatatgcaa 3361 agaacattta taacgagtgt gttaaagtaa aagattcagg taactacacc tatttcggca 3421 atactttaag aatgatggtt cttctatata ctacgggtaa cttcccaaat ctatacacct 3481 acaactctca accaaaaccg gatttaaaag gcgatgtcaa taatgatggt gctatagatg 3541 cacttgatat tgctgcactc aagaaggcta ttttaactca aacaacttct aatataagtt 3601 taacaaatgc tgatatgaat aatgacggta atatagatgc cattgatttt gctcagctaa 3661 aagttaaact gcttaactag aataaataaa aataattgag tgagcatctc aggttaaatt 3721 tgtcttaaaa atgtttaaat ttaattttag ggagtgatgg caagttgctt aagactaaaa 3781 gaaaattgac aaaagcaatc ggtgttgcat tatcgatttc aatattatct tcgctagtat 3841 cgtttatacc tcaaacaaat acatatgcag caggaacata taactatgga gaagcattac 3901 agaaatcaat aatgttctat gaattccagc gttcgggaga tcttccggct gataaacgtg 3961 acaactggag agacgattcc ggtatgaaag acggttctga tgtaggagtt gatcttacag 4021 gaggatggta cgatgcaggt gaccatgtga aatttaatct acctatgtca tatacatctg 4081 caatgcttgc atggtcctta tatgaggata aggatgctta tgataagagc ggtcagacaa 4141 aatatataat ggacggtata aaatgggcta atgattattt tattaaatgt aatccgacac 4201 ccggtgtata ttattaccaa gtaggagacg gcggaaagga ccactcttgg tggggccctg 4261 cggaagtaat gcagatggaa agaccgtctt ttaaggttga cgcttctaag cccggttctg 4321 cagtatgtgc ttccactgca gcttctctgg catctgcagc agtagtcttt aaatccagtg 4381 atcctactta tgcagaaaag tgcataagcc atgcaaagaa cctgtttgat atggctgaca 4441 aagcaaagag tgatgctggt tatactgcgg cttcaggcta ctacagctca agctcatttt 4501 acgatgatct ctcatgggct gcagtatggt tatatcttgc tacaaatgac agtacatatt 4561 tagacaaagc agaatcctat gtaccgaatt ggggtaaaga acagcagaca gatattatcg 4621 cctacaagtg gggacagtgc tgggatgatg ttcattatgg tgctgagctt cttcttgcaa 4681 agcttacaaa caaacaattg tataaggata gtatagaaat gaaccttgac ttctggacaa 4741 ctggtgttaa cggaacacgt gtttcttaca cgccaaaggg tttggcgtgg ctattccaat 4801 ggggttcatt aagacatgct acaactcagg cttttttagc cggtgtttat gcagagtggg 4861 aaggctgtac gccatccaaa gtatctgtat ataaggattt cctcaagagt caaattgatt 4921 atgcacttgg cagtaccgga agaagttttg ttgtcggata tggagtaaat cctcctcaac 4981 atcctcatca cagaactgct cacggttcat ggacagatca aatgacttca ccaacatacc 5041 acaggcatac tatttatggt gcgttggtag gaggaccgga taatgcagat ggctatactg 5101 atgaaataaa caattatgtc aataatgaaa tagcctgcga ttataatgcc ggatttacag 5161 gtgcacttgc aaaaatgtac aagcattctg gcggagatcc gattccaaac ttcaaggcta 5221 tcgaaaaaat aaccaacgat gaagttatta taaaggcagg tttgaattca actggcccta 5281 actacactga aatcaaggct gttgtttata accagacagg atggcctgca agagttacgg 5341 acaagatatc atttaaatat tttatggact tgtctgaaat tgtagcagca ggaattgatc 5401 ctttaagcct tgtaacaagt tcaaattatt ctgaaggtaa gaatactaag gtttccggtg 5461 tgttgccatg ggatgtttca aataatgttt actatgtaaa tgttgatttg acaggagaaa 5521 atatctaccc aggcggtcag tctgcgtgca gacgagaagt tcagttcaga attgccgcac 5581 cacagggaac aacatattgg aatccgaaaa atgatttctc atatgatgga ttaccaacca 5641 ccagtactgt aaatacggtt accaacatac ctgtttatga taacggcgta aaagtatttg 5701 gtaacgaacc cgcaggtgga tcggaaaacc ctgatcctga aatcttgtat ggagacgtaa 5761 acagcgacaa aaatgtagat gcattggact ttgctgcatt gaagaaatat ttacttggag 5821 gcacttccag catagatgtt aaggctgcag atacatacaa ggatgggaat attgacgcta 5881 tagatatggc taccttgaag aagtatttat tgggaacaat cacccaatta cctcaaggct 5941 aatagaagtt cagtttggaa gtttaatgag tttttaatgc ttgcattact aaatgtaagc 6001 tttaaaaaat aaaaaatttt actaggaggt aaatatgaaa aaaaggttag tgaagaaagt 6061 tgcgatgctc atcgcaatag tgctggttct atcttcttca ataggacaag catttgccct 6121 tgttggggca ggagatttga ttcgaaacca tacctttgac aacagagtag gtcttccatg 6181 gcacgtggtt gaatcatacc ctgcaaaggc aagttttgaa attacatctg atggtaagta 6241 caagataact gctcaaaaga tcggtgaggc aggaaaaggt gaaagatggg atatacaatt 6301 ccgtcacaga ggactcgcat tgcaacaagg tcatacttat acagtaaagt ttactgttac 6361 tgctagcaga gcttgtaaaa tttatcctaa aataggtgac cagggtgatc catatgatga 6421 atactggaat atgaatcaac aatggaattt cctggaatta caggctaata ctccaaaaac 6481 tgtaactcag acatttacac agactaaggg agataagaag aacgttgaat ttgcttttca 6541 ccttgctccc gataaaacta catctgaggc acagaatcca gcaagtttcc aacctataac 6601 atatactttt gatgaaattt atattcagga ccctcaattt gcaggatata ctgaagatcc 6661 acctgaacct actaatgttg tacgtttgaa tcaggtaggt ttctatccta atgctgataa 6721 gattgcaaca gtagcaacaa gttcaacaac tccaattaac tggcagttgg ttaatagtac 6781 tggagcagct gttttaacag gtaaatcaac tgttaaaggt gccgaccgtg catcaggtga 6841 taatgtccat atcattgatt tctctagtta cacaacacct ggtaccgact ataagatagt 6901 aacagatgta tcagtaacaa aagccggaga caatgaaagt atgaagttca atattggaga 6961 tgaccttttt actcaaatga aatacgattc aatgaagtat ttctatcaca acagaagtgc 7021 tattccaata caaatgccat actgtgatca atcacaatgg gcacgtcctg caggacacac 7081 aactgatata cttgctccag atccaacaaa ggattacaag gctaactaca cacttgacgt 7141 tacaggtggt tggtatgatg ccggtgacca tggtaagtat gttgttaatg gtggtattgc 7201 aacctggacc gtaatgaatg catatgagcg tgcactacac atgggtggag acacttcagt 7261 tgctccattt aaagacggtt cattgaacat acctgaaagc ggaaatggct atcctgacat 7321 actggacgaa gctcgttaca atatgaaaac attattaaat atgcaggttc cagcaggaaa 7381 tgaattagcc ggtatggctc accacaaagc tcatgacgaa cgttggacag ctcttgctgt 7441 acgtcccgac caggatacaa tgaaacgttg gttgcagcct ccaagtacag cagctacatt 7501 aaatctggct gctattgctg cacaaagttc acgtctttgg aaacagtttg attctgcttt 7561 cgcaactaag tgtttaactg cagcagaaac tgcatgggat gcagctgtag ctcatccaga 7621 aatatatgca actatggaac agggtgccgg tggtggagca tacggagaca actatgttct 7681 tgatgatttc tactgggcag catgtgaatt gtatgcaact acaggcagtg acaagtattt 7741 gaactacata aagagctcaa agcattatct cgaaatgcct acagaattaa caggcggtga 7801 gaatactgga attacagggg cttttgactg gggttgtaca gcaggtatgg gaacaataac 7861 acttgcactt gtacctacaa agcttccggc agcagatgtt gctacagcta aagctaatat 7921 tcaagctgca gctgataagt tcatatcaat ttcaaaagca caaggctatg gtgtaccact 7981 agaagaaaaa gtaatttcat ctccttttga tgcatctgtt gttaaaggtt tccaatgggg 8041 atcaaactca ttcgttatta atgaagcaat agttatgtca tatgcttatg aattcagcga 8101 tgttaatggc acaaagaata ataaatatat taatggtgct ttaacagcaa tggattacct 8161 cctcggacgt aacccaaata ttcaaagcta tataactggt tatggtgaca acccacttga 8221 aaatcctcat caccgtttct gggcatacca ggcagacaac acattcccaa aaccacctcc 8281 gggatgtctg tcaggaggac ctaactccgg cttgcaggat ccttgggtta agggttcagg 8341 ctggcagcca ggtgaaagac ctgctgaaaa atgcttcatg gacaatattg aatcttggtc 8401 aacaaacgaa ataaccatca actggaatgc tcctcttgta tggatatcag cttaccttga 8461 tgaaaagggg ccagagattg gtgggtcagt gactcctcca actaatttag gagatgttaa 8521 cggcgatgga aacaaggatg cattggactt cgctgcattg aagaaagcct tgttaagcca 8581 ggatacttct actataaatg ttgctaatgc tgatataaac aaagatggtt ctattgatgc 8641 agttgacttt gcattactca aatcattctt gttaggaaaa atcacactgt aa //