| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2843 |
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| Symbol | |
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| ID | 8392170 |
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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 | 2867620 |
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| End bp | 2870166 |
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| Gene Length | 2547 bp |
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| Protein Length | 848 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644980793 |
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| Product | hypothetical protein |
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| Protein accession | YP_003138528 |
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| Protein GI | 257060640 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1452] Organic solvent tolerance protein OstA |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.1324 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.0381219 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCCCAT TCGTTCCACC ACCTAATCCC CCTGCTTTAA TTAAGACTGT CGCTGTTAAC
CCCCAGAGCG ATCGCCTGGA AGGCCCCCAC AAAGGTCTTC CTGCATCTTC CCTGATGGGG
CAAAAAACCC TAATTTCCCA AATTCCCATC CCCATACAAG CCTCGCCCTT ACCGACTGCT
GAGGAAGTTA AGCCCCAAAC GACTCCCCCT GCCGTCGTTG AATTTTATTT TAGTGATCCC
CAAAATATTC CCGCCTCATC GGGATCTCCC ATCCCCCCAT CAGCAGAAGA CAAAGCCGAT
TTATTAGGGA ATCCTATTTC TGTGGGTGAT CATCCTCAGC CGAACACCCA TTCGAGTCCT
AATGCCCCCT CAGCAGCCAT TAAAGCTCCC CCTAGCGTTG TCCTAGGACT TAATGGAGAT
AAAACCCTTC AGCCTAACCA AGCCCATTTA TTAGTTACCC GCAAACGGGG AGGTAAAACC
CAACAATTCC AGATAAAACC GCCCCTTGCC CAAACAGATA ATCCAACTCC GACCAATCAA
CAAGAATTTG AGATTTTTCC CGATAATCCC TCTGAAACTG CCCCTCCAGT CACCCCACAA
GAACCCGTCG GGGTAGTGGA ATTGATTGCT GATCGCCAGG AATACGATTC TGTCAACGAG
GTGGTCTATG CCGAAGGGAA TGTTATCATG CGGTTTACCA ATGGGGTACT CTTAGCCGAT
CGCCTACGGG TCAATCTTCC GGATCAGTTC GTTGTCGCTG AAGGTAAAGT CGTACTCGAA
CGCGGCGAAC AAACCCTACG CGGGGAACGA TTTGAGTATT ATTTTGTGCA AGATAAAGGC
ATCGTCTTCA ATGCTAACGG GGAAATCTAT CAGCCGACCA CCCGTTCGGA TTTTTCGGCC
GGTTTACCCT CGGATATCAC CAATACTTTG ATTCCCAACG ACACCTTAAA CGAACGTTTG
GCCGCCAATC AACCTCTACA ACGCATTACC GGCCGAGACG GGGTCAGTTT TGGCTCAAGC
ATCGGTTTAG GCGAAAATTC CCAAGGGGTA GGCTCGAATA TTCCCGATCT CCCCACGCCC
CAAGGTCGCG GCAGGGGTGG ACAAATTAAC CGCATTCGCT TCCAAGCCGA ACAGATGGAG
TTTGATGGAG ATGGATGGCG TGCCACTAAT GCTCGTCTGA GCAATGACCC TTTTTCTCCC
CCTGAGTTAG AAATCCAAGC CGAAACAGCC ACTTTTCGTA ATATTGCGCC CTTGGTTGAT
GAAGTGAAAC TGACTAACTC ACGGGTGGTA ATCGATCAAG AAAATTCTTT TCCTACTCAA
GACCGCTTAA TTTTAGATCG GCGCGATCGC CAACCAGGGG TCATTTCCTT TGGTTACGAT
AACCGCGATC GCGGGGGGTT CTATGTAGAA CGAGGCTTTA ATTTAATTGA TAACGATACG
GTCAGTTGGG AAATTAAACC CCAATACTAC CTACAAAAAG GCATAGATCC CGAAGGGATT
ACCAACGATG ATCCTAATAC CGACTTATAC CTCCAAGACA AGGACGATAT CGATGCCATT
AGTCCCCCCA CTTTCGGCTT TGTTAATCGC TTTGAAGCGA ATTTAAGCCC AGATACTAAC
CTGTTTATCC GCACCTCCGT AACTAGCTTA GATTTCGATG AGCAGTTTGA AGATCGTGTC
AGAGCTAAAG CATACATACA GCAAAAAGTC GAAGCCTTTA ACAGTGTTAA CGATGTCCGC
TTGGAATATA ATTTCCGCGA ACGTCTCTTT AATGGCTCCT TGGGGTTTCA GACCGTACGA
GACAGTCTAG GGGTAATTTT TGTATCCCCC CAAATTCCCC TGGATAATCA AGGGCTACAA
CTGAGTTATC AAGCCTCGAT TCAAAATGTT AACGCCGATA CTGACCAAAT CGACTTATTA
CCGCCAATTC GAGATAACAA TCGTGTCACC CTACTTCGTG CTCAGGGGGC GGCCTCTATC
AGCCGACCCT TTATTCTGTG GGCAGGTCAA CCTCTTCCGG CTACACCCGA TGAAGGACTG
CGTTATACCC CTGTTCCCAT ACAGCCCTTT GTTCAATTAT GGGCTAGTGT GACCGGGGTC
GGAAGTATTT ACGGGAATGG AGATTCTCAA CCGTCTATCT CCGGAAGTAT TGGCTTTTCA
GGACAAGTGG GTCATTTTTC CCGCCCGTTT CTTGACTATA CGGGGTTTAA TATTACCTTT
AGTCAGGCAT TGAGGGGTGA TCCTTCTCCG TTTTTATTTG ATCGCTATGC TGACCTCAAA
GTGATCTCCT TTGCCTTGAC TCAACAAATT TATGGTCCTG TGCGTTTTGG GGTACAAAGT
GCTTTAAATA TTGATACCAA TGAGGAAATT AATACGGACT TATTTCTAGA ATATAGTCGT
CGCACTTATA GCATTCTTCT ACGCTATAAT ACAGTCCTTC AAGTGGGGTC AATCAACTTG
CGAATCAGTG ACTTTAACTG GAGTGGAAAC CCGGGGCCAT TTGATGGAAC CGGTATTCGT
CCCGTTATTC AAGGTGTTCC TCGCTAA
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| Protein sequence | MPPFVPPPNP PALIKTVAVN PQSDRLEGPH KGLPASSLMG QKTLISQIPI PIQASPLPTA
EEVKPQTTPP AVVEFYFSDP QNIPASSGSP IPPSAEDKAD LLGNPISVGD HPQPNTHSSP
NAPSAAIKAP PSVVLGLNGD KTLQPNQAHL LVTRKRGGKT QQFQIKPPLA QTDNPTPTNQ
QEFEIFPDNP SETAPPVTPQ EPVGVVELIA DRQEYDSVNE VVYAEGNVIM RFTNGVLLAD
RLRVNLPDQF VVAEGKVVLE RGEQTLRGER FEYYFVQDKG IVFNANGEIY QPTTRSDFSA
GLPSDITNTL IPNDTLNERL AANQPLQRIT GRDGVSFGSS IGLGENSQGV GSNIPDLPTP
QGRGRGGQIN RIRFQAEQME FDGDGWRATN ARLSNDPFSP PELEIQAETA TFRNIAPLVD
EVKLTNSRVV IDQENSFPTQ DRLILDRRDR QPGVISFGYD NRDRGGFYVE RGFNLIDNDT
VSWEIKPQYY LQKGIDPEGI TNDDPNTDLY LQDKDDIDAI SPPTFGFVNR FEANLSPDTN
LFIRTSVTSL DFDEQFEDRV RAKAYIQQKV EAFNSVNDVR LEYNFRERLF NGSLGFQTVR
DSLGVIFVSP QIPLDNQGLQ LSYQASIQNV NADTDQIDLL PPIRDNNRVT LLRAQGAASI
SRPFILWAGQ PLPATPDEGL RYTPVPIQPF VQLWASVTGV GSIYGNGDSQ PSISGSIGFS
GQVGHFSRPF LDYTGFNITF SQALRGDPSP FLFDRYADLK VISFALTQQI YGPVRFGVQS
ALNIDTNEEI NTDLFLEYSR RTYSILLRYN TVLQVGSINL RISDFNWSGN PGPFDGTGIR
PVIQGVPR
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