| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_1862 |
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| Symbol | |
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| ID | 8391177 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 1894205 |
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| End bp | 1896802 |
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| Gene Length | 2598 bp |
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| Protein Length | 865 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644979848 |
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| Product | hypothetical protein |
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| Protein accession | YP_003137594 |
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| Protein GI | 257059706 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 23 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTCATAA CACATTTTAA TCGGTTGCGT AAGGATCTAA TTATTACTAC GATAGCGGAT
CATCAAACAT CGGCAAAACG CTACTTAATC AAAGATCCGA GATCTCAAGA AACTTTTGAA
TTTCGAGAAG AAGAATATTT TTTGTGTCAA CTGATGGATG GAGTTACCTC CGTACCAGAA
ATTTTAGCGG CCTTTGAGAA ACGCTTTCAG ACTCAACTGA CCGAAGCAGA TTATCAAAAC
TTTGCTCAGG AAATTGAGAG CCTTAATCTC CTAGAGTCCT ATAATAGCGA AGTTCAGCCC
ACTGAACAGC CCATTAGGAA TGGTCAAACC AATCCCTCAA CCATGAACGG GAAAAAAAGC
CATTCTTCTA AGATGTTTGT GTGGAAAGTT AGGAATCCTG AGGCGTTTTT TGGTCGATTA
GTCTCTTGGA CTAAACCTTA TCACCGTTTT TTAAAATTAT CCCCCTGGCT ACTCATTCCT
TTATTAGTGA TCGCGCTGAT TACGTTTTTC AATCATCTGG ACTTGTTCTG GAATGACCTG
AATTTTTTCG GTGATGCAAT CCCTTTTATT GTCACTTATA TTGCTAACAT TGTCCTCTTG
AATGGCTGTG GTCGGCTGAT TCAAGCAACG ATTTTTACTG CCTATAGAGG ACAGCCCTCA
GTGTTTGGGA TAACCCTAGT CTTAGGATTT ATCCCTCGTT TCCAAGTTAA GCTTCAAGAG
TATCAAAGCG CATCAAGACA AGCTCAACTT TGGATCTATG GTGCGCCTTT GCTGCTGCGC
CTTTTTGTTT TTAGCTTGGG CGTGATTTTT TGGTATGCTA CTCGCACCAC GGGAACGGCA
CTACCAACTT TGGTTTTAGT GCTTGCCCAT ACTGCCCTTT CAACCTTCTT GTTTGTGTCC
TTCCCCCTGT TGTCAGGCTA TGGTCATTAC TTCTTGATTG CTGCGTTGGG ACTACCTAAT
AACTTTCTCT CCCAGTCTCA AAAAGCTTCA AGGATGCTGT TCTGGGGAGG GCGTTTACCG
AGTTTTTTAT CAACTAAACA GAAAATTTTG CTGGTCGGGG TAGGATTAGC CAGTAATATC
GCTGTCTTGA TAATGCTGTT TCTATTTATT AACTATTTTG CCCAAGGGAT AACCAAGACT
TTTCCGCAAA TCTTTGGACC ACAGACTGGC CTATTTGTCC TATTCCTCTT CTTGATCATC
GGTTTGATTC AACTGATTCC TCGATTGGAC TTCGGTGGGA GAAAAGCTCA AGTTTCCAGT
CGCTCTAGTG TAACTTTCAC AAACGAAACC CCTCTTGCTC AAACGCCCTT AACCGCTTCT
AGGAAAAGAT TTTCTGCGTG GTTGAACACA GGGGTGAAAA TTCTGCTTCT TGTGGGTTTA
ATCATTTGGC TGTCCCTGCC TTATCAAACC AAGCCAGGCG GAACCCTACA ACTGCTGACC
CCAAGACAAA TAGACATTCA AGCCCAAGTC AGTGGTAAAA GCCAAATCAT CCGAGTGATG
TTTCCCGGGG GGAATGAACA ATTGATCCCA GCAGGAACAG TCATTGCTCA AATGAAAGAT
ATTGACCTTG AAAACGAGAT AGAGACACTG GGAGCGGAAA TTGACAAAGC CAAAAGTACA
CTCCAAAGTC GCCAATCCGA TCTCGACAAA CTGTTAGCCA CACCAAGAAA AGAAGATATA
CAAGTGGCTC GTGATCAGGT CAAGGCAGCC CAAACGGAAG TAGAGACAGC CAAAAAAGCC
ATTGCGATCG CCCAAAAAAA CTTAGAAGTC ACCGAGCAGC AAATACAAAG TGCCCTAACC
GAAGCCAATT TTTATATTCG TGAGACGGTT CGCTTAGAAG AAGGTTACCA AGAAGGAGCC
ATTGCTTTAA GCCTTGTAGA AGATGCCCAA AGACAAGCCG AAACCAAAAA AATCGAAGCC
CAAGAAAAAC GGGCTTTGTT ATTAAGACAA CAACAAGAAG TTGAACAAGC CCGTAGTCAG
TTAGCTACTG CCCAAGAAAA TCTGCAAATC AGTCAATCTT CCCTGGAATT AGTCTTAAGT
GGTCCCTATG ATGACGATGT TGAAGCAGCT CGGCACGATG TTGCAACCGC TAGGGCTGAC
CTAGAACGGT TAAATAAACA ACAACGGCAA TCTCAAGATA AACTCAAACT GACCACCTTA
GTGATGCCCT TAAATGGTTA TTTGGTGACC CCTTATTTAG AAACTAAAGT AGGAACCTAT
TTGGAACAAG GAGATACCTT TGCTGTCGCA GAGGACGCCA CAAGCATCTT AGCAGAAGTG
CAAGTTCCCG AATACGATGT CGGTCAATTT TCGACAGGAA AAAAAGTTGC AGTGAAACTC
GCTGCCTATC CCAATGAAAC CATTACCGGA AAAGTTGTAG CCATCACTCC CTCGGCTAGC
GAGGAAACAA CGGAAACTAG CGTCGAATCT GGGCGATATC TCCAAGTGTT AGTCGAAATT
CCCTATTCAG GACGAATATT AAAAACTGGG ATGACGGGTT ATGCTAAGAT TGAAGGGCAA
ACCAAACCAA TGATTGTCGC ATTTACGACA CCTATGGTTC GCTTCTTCCA AATAGAAGTA
TGGTCTTGGC TCCCTTAG
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| Protein sequence | MLITHFNRLR KDLIITTIAD HQTSAKRYLI KDPRSQETFE FREEEYFLCQ LMDGVTSVPE
ILAAFEKRFQ TQLTEADYQN FAQEIESLNL LESYNSEVQP TEQPIRNGQT NPSTMNGKKS
HSSKMFVWKV RNPEAFFGRL VSWTKPYHRF LKLSPWLLIP LLVIALITFF NHLDLFWNDL
NFFGDAIPFI VTYIANIVLL NGCGRLIQAT IFTAYRGQPS VFGITLVLGF IPRFQVKLQE
YQSASRQAQL WIYGAPLLLR LFVFSLGVIF WYATRTTGTA LPTLVLVLAH TALSTFLFVS
FPLLSGYGHY FLIAALGLPN NFLSQSQKAS RMLFWGGRLP SFLSTKQKIL LVGVGLASNI
AVLIMLFLFI NYFAQGITKT FPQIFGPQTG LFVLFLFLII GLIQLIPRLD FGGRKAQVSS
RSSVTFTNET PLAQTPLTAS RKRFSAWLNT GVKILLLVGL IIWLSLPYQT KPGGTLQLLT
PRQIDIQAQV SGKSQIIRVM FPGGNEQLIP AGTVIAQMKD IDLENEIETL GAEIDKAKST
LQSRQSDLDK LLATPRKEDI QVARDQVKAA QTEVETAKKA IAIAQKNLEV TEQQIQSALT
EANFYIRETV RLEEGYQEGA IALSLVEDAQ RQAETKKIEA QEKRALLLRQ QQEVEQARSQ
LATAQENLQI SQSSLELVLS GPYDDDVEAA RHDVATARAD LERLNKQQRQ SQDKLKLTTL
VMPLNGYLVT PYLETKVGTY LEQGDTFAVA EDATSILAEV QVPEYDVGQF STGKKVAVKL
AAYPNETITG KVVAITPSAS EETTETSVES GRYLQVLVEI PYSGRILKTG MTGYAKIEGQ
TKPMIVAFTT PMVRFFQIEV WSWLP
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