| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2857 |
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| Symbol | |
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| ID | 8392184 |
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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 | 2882657 |
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| End bp | 2885773 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644980807 |
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| Product | cyclic nucleotide-binding protein |
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| Protein accession | YP_003138542 |
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| Protein GI | 257060654 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG2274] ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain |
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| TIGRFAM ID | [TIGR01193] ABC-type bacteriocin transporter
[TIGR01846] type I secretion system ABC transporter, HlyB family |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.590453 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.00593059 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAGCCAT CGATAAAGAA GCCAAAAGAA AACCTTGAAT GGTCAAGGCA AGAATCGGTC
TTAGATTTGC CCCTAGTTCT ACAATCTATT ACACCCTTCA CCAAAGATGG TCAAATTTTG
CAGTTAAGCA AGGCGTTTAA AAGAGAAGAA TTTGCCCTAG GAGAAACTCT CATAACTGGC
TACGAAAACT TAGAAAACTC ATCTGAAAAT TTGGCCAGTG ATCGCTATTT GTATCTAATC
ATTCAAGGCA AAATTCGCCT CATCAGTTTT GATCAAACTA AGCAACGAGA AGTCCCCGTT
CAACTCCTCA CCAAAGGAGA CACTTTTGGC GGAGAAAATG TATTACAACT CGCTTTTTTA
GGGTATCGAG CCATCGCCGC AGAACCCGTT CAAGTTGCCC AAATTAGGGA AGAAAACCTC
GCCCCTTGGC TGCAAAAACT GCCCCAACTC CAGAACACTT GGAAAACAGC CGCCCAAACG
CGACAAACCC TAATTTTCTT GAAAACCCTC ACAGAACTGC GATCGCTTTC AAGTCACCGT
CTTAGTCAAC TCCTACCCTA TCTAGAAGAA AAATCCCTTA ACCCCGGAGA GTCTTTCCCA
GAAACCCATC ACTATTGGCT CAAACAAGGA CAAATTCAAC CAGATTGCCT CACTCCTGGC
AGTTCCTGGG GCTATCCTAA CCCCATTCCT CCCGACTGGA CAGCCCAAAC TGAAGTCCAA
GTCTATCAAG TCTCCCAGTC CCATTGGGAA ACCGTCTGTA ACCTAGCTCC AGTCTTACGG
CCAGAAGAAT CCTCCCCCAT AAATCAGCCC TCCATCACCC CCAGAGGAGG CTCTAGAAGC
GTTTTACCCA CCCCAACCAT CAATACTACA GTCCAGCGAC CAATCTCCCC TGTGACGACA
AAAAACGCGA CTAGGGAGTC CCCGGAGATT GAGATAGACT TTCCCCAACC CCTAAAACGG
CGGCCGAGTC TCTGGAGAAA CTACCCCTTT ATTGAACAGC AGAGTTCCTC CGACTGCGGC
GCGACCTGTT TAGCCATGAT TACCCAATAT TGGGGAAAAC GGGTCAGTTT GACCTTTTTG
CGGGACCTAG CAGCCGTGGG GCGATCGGGA GCGTCTCTAA AAAACCTCGC CAGAGCCGCA
GAAAGCCTCG GTTATCAAGC GCGTCCCGTG CGAGCGAGTT TAAATCGCTT AATTGAACAA
AAAAACCCCT GGATCGCCCA TTGGCAGGGT GATCACTACG TCGTGGTTTA TCGGGCTCAG
GGCGATCGCA TCCTTATCGC CGATCCCGCG CGGGGGAAAA AAGTAATCTC CCGTGAAGAC
TTTCTGTCCG GTTGGAGTGG GTACGCCTTG TTGTTAGACC CCACGGAACG GCTCAAGGAA
CTTCCCCAAG AAAAGCCATC CCTAGGCAGA TTTATCAAAT TATTGCTGCC CTACCGTTCC
CTCGGTATCC AAGTGATCTT GGCTTCTTTC CTAATTCAGC TATTTGGGCT GGTTAGCCCG
ATGTTTACCC AGATTATTCT GGATAAGGTC GTTGTTAATA AGAGTTTCAC CACGTTAAAT
GTCTTTGCTA TCGGTCTTCT GATCTTTGGG GTGTGGAGTA TTCTCTTAAC GGCAATTCGG
CAGTATTTAC TGAGTTATTT GTCCAATCGC CTCGATTTAA CCATGATTGG GGGCTTTATT
CGCCATACGT TAATGTTGCC CCTCAAATTC TTTGCCTCGC GCCATGTGGG GGACATTCTT
ACCCGTGTCA ATGAAAACCA GAAAATACAG CGATTTTTGC TCAATCAAGT CGTCTTAGCT
TGGTTAGACT TCCTCATGGG CTTTGTTTAT TTGGGGTTAA TGTTCTATTA CAACGTGCAG
TTAACCTTGT TAATTCTGGC TCTAATTCCC CCCATTGTCC TCTTAACCTT AGCCTCGACT
CCTCTATTAC GGCAAGTGTC GCGGGATGTT TTCAATAAAT CAGCCGCGCA AAACTCGTCC
CTGGTAGAAA CCATCACCGG GATAGACACT ATTAAAGCCA CTGCCTCAGA ACGGGAGTTA
CGATGGCGAT GGGAAGATCA TTTAACCAGT TACCTTAATG TTCGTTTTCG CAGTCAAAAA
CTGGGTATTA ACCTACAAGC GGCTAATAGT GCCATTAATT CTATCGGTAG CACCGCTTTA
CTGTGGTACG GGGCAACTTT AGTCATTCAG GATCAACTGA CCATTGGTCA ATTCGTGGCC
TTTAATATGT TGATTGGTAA GGTACTCAGT CCTGTACTGT CTTTAGCGAA CCTCTGGGAT
GAATTGCAAG AGGTGTTAAT TTCCGTCGAA CGACTCAATG ATATTTTTGA GGCTGACCCC
GAAGAAACAC CTGAGAAGGC GATGTTAGTC TTACCAAGGA TTAAGGGAGA GGTACGCTTA
GAAAACGTCA CATTTCGCTA TGATAGCGAT GAAGAGCGTA ATACCTTACA GAATATCGCT
TTTACTGCAA AACCTGGACA GACCATTGCG ATTGTTGGAC GCAGTGGTTC AGGAAAAAGT
ACCCTAGTCA AGTTATTGCA AGGATTATAT TTACCCGATC GCGGCAATAT TTGGATTGAT
GACCACGATC TTCGCCATAT CTCCCCACCA TCGTTGCGAT CGCAATTAGG GGTAGTTCCT
CAAGAGTGTT TTTTATTTTC AGGGACAATT CTCGAAAATA TTACCCTCTA TCGCCCAGAA
TTTAGCCTAG AGCAAGCAGT AACAGCCGCT AAACTAGCAG AAGCTCACAC TTTCATCCAA
GCAATGCCAT TAGGTTACAA TACCAAAGTG GGAGAACGGG GGACGAACTT ATCGGGGGGA
CAACGCCAAC GCATCGCTAT TGCTAGGGCT CTGTTGGGAG AACCGAGAAT TTTGATTTTA
GATGAGGCCA CCAGTTCCCT TGATACCGAG TCTGAACGAC GATTTCAGGA CAATTTAGCG
CGTTTAAGCC GCGATCGCAC CACTTTTATT ATCGCCCATC GTCTTTCGAC TGTTCGCAAT
GCTGACTTAA TTTTAGTCCT AGATCGAGGG GTTCTTGCCG AACAGGGCAA CCATCAACAA
TTGATGGCTA ACCAAGGGAT TTATTATCAT TTGGCTCAAC AGCAACTTGA ACTGTAA
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| Protein sequence | MKPSIKKPKE NLEWSRQESV LDLPLVLQSI TPFTKDGQIL QLSKAFKREE FALGETLITG
YENLENSSEN LASDRYLYLI IQGKIRLISF DQTKQREVPV QLLTKGDTFG GENVLQLAFL
GYRAIAAEPV QVAQIREENL APWLQKLPQL QNTWKTAAQT RQTLIFLKTL TELRSLSSHR
LSQLLPYLEE KSLNPGESFP ETHHYWLKQG QIQPDCLTPG SSWGYPNPIP PDWTAQTEVQ
VYQVSQSHWE TVCNLAPVLR PEESSPINQP SITPRGGSRS VLPTPTINTT VQRPISPVTT
KNATRESPEI EIDFPQPLKR RPSLWRNYPF IEQQSSSDCG ATCLAMITQY WGKRVSLTFL
RDLAAVGRSG ASLKNLARAA ESLGYQARPV RASLNRLIEQ KNPWIAHWQG DHYVVVYRAQ
GDRILIADPA RGKKVISRED FLSGWSGYAL LLDPTERLKE LPQEKPSLGR FIKLLLPYRS
LGIQVILASF LIQLFGLVSP MFTQIILDKV VVNKSFTTLN VFAIGLLIFG VWSILLTAIR
QYLLSYLSNR LDLTMIGGFI RHTLMLPLKF FASRHVGDIL TRVNENQKIQ RFLLNQVVLA
WLDFLMGFVY LGLMFYYNVQ LTLLILALIP PIVLLTLAST PLLRQVSRDV FNKSAAQNSS
LVETITGIDT IKATASEREL RWRWEDHLTS YLNVRFRSQK LGINLQAANS AINSIGSTAL
LWYGATLVIQ DQLTIGQFVA FNMLIGKVLS PVLSLANLWD ELQEVLISVE RLNDIFEADP
EETPEKAMLV LPRIKGEVRL ENVTFRYDSD EERNTLQNIA FTAKPGQTIA IVGRSGSGKS
TLVKLLQGLY LPDRGNIWID DHDLRHISPP SLRSQLGVVP QECFLFSGTI LENITLYRPE
FSLEQAVTAA KLAEAHTFIQ AMPLGYNTKV GERGTNLSGG QRQRIAIARA LLGEPRILIL
DEATSSLDTE SERRFQDNLA RLSRDRTTFI IAHRLSTVRN ADLILVLDRG VLAEQGNHQQ
LMANQGIYYH LAQQQLEL
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