| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_2197 |
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| Symbol | |
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| ID | 7288124 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 2106925 |
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| End bp | 2110176 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 643585192 |
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| Product | hypothetical protein |
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| Protein accession | YP_002482919 |
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| Protein GI | 220907608 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.322196 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATGAAA TGACTTATAT TCTTAAAAGT AGTTGGCTTA ATGAAAATAG GCTCTTTAAG
CAAATACTTC AGTGCCGCAG CGATATTCTG ATTGCGCCTT TGTTATCTTT CGCGATCGCC
CTTAGTACTT CATTTGCCAT TGCTCAAATA CCCGATCCGA TTATCACGGA CTTTTATGCT
CAGGATGTTT GGTTTGGCAG CGATATTCCT ACTGTTTTTG GCAATATCAC TAGTCTGAAT
AGCGATTTTG GACGCAATAA TAAACACCCC CTGCTCCCTT TGCTGGTTTT TCCAGTCGTT
CTTGTTTTCT CCAAGTTCTT TCACCTGGAT TCTCTGGCGG CTGTTAAGCT TTTGACTGTA
ATCATTTCCA TTGCCTGGGT TCTAGCTCTT TATACCCTTT TCAGGGTCAT GCATTGCCGT
CCCTTAGATG CTTTTCTCTT CAGTCTTTTA GGAGGGGTAA GTGCTGCTGC CGTTTTTTGG
CTAGTTGTGC CAGAATCCTT TGCTCTTGGC TCCTTAACTA TTTTGTTAGG CTTTATTTTT
GTAGTTCTCA GCCAATATCA TCCTTTTTCT GCATTTTGGT ATGTTGCTCT CAACGTTCTA
ACTGTCAGTA TCACTATTAC CAACGGAATG GTAGGATTTT TCGCTACTAT TATTAATCAC
CGCTGGCTTA AAAGTCTACA GATCTGTTTT ATTTCCTTGG CCCTGGCCAC TGGCCTATGG
GTGCTGCAAC GCCTGGTTTT TATTAATTCT GGTTTTCCCT TTCAACTCCG CACCTTTATC
GGTGAGAAGA AGTTTATGTC TGCTCCAGAT TCCAGCAGGA TTTTGGCAGT CATCAGTTCG
TTCTTCTACC AGACAATGGT CATGCCAGCC ACCCAATTCC TGAACTCGCC CCTTCGGCCA
GATTGGGTCA AGCTTGACGT CAACACTTTG GATCCTGGTT CCGGGGGGTG GTGGGGAACG
ATTGCTGTTC TCTCTTGGAC GGGCTTATTG GTGCTTGGCT TTTGGGGTTT CTGTACAACC
AAGCAGCATC AAAAACTTCG TGTAGTTCTG GGAGTAACTC TGGGCGTCCA GCTTTTAATG
CACAGTATTT ATGGAGTCGA AGAAACATTC ATCTATTCTC TTCACTTTAT TCCTCTACTC
TTACTGTTAG CAGCGTTTAG TTTGTTTACC CGCTTTCGCC CGTTAAGTTT GGGTTTGGTC
CTTATTCTTC TGGTCAGCGC GGGGCTTAAC AATCGTATGC AGTTCAATTC TATTACCACT
GCCCTCTGGA ATTATGGCAC CCCCCAGCAA CAGGTCGCAG CTCAAATGAA GCGCCGCCCA
TCCGATCCCT GGCCCCGCAG CGCAGGTCAT GTGGTTTTGT CCTTACCCGC AAGTTCTTTA
GATGACAAAG CTTTTTATGA ACCTGGAGGT AGTTTTAGTC CCGCCCCCGG TAGTTTTGGA
GTTTCGATCT GGGTGATGGA CCAGCAAGGC AAGATTAAAG CTACCAGCGA TAGTATTTCC
TTAGATCAGA TAAAGCAGCA GTTTAATCTT AGTTCTGATC AGAAATTGCC GGGAATTTCA
AGCCAAACAG CTTATTATCA GGCATCCTGG TCTGCGATCG AGCCAGGGAG TTGGCAGCTT
GATTTGCGTG CAGCAGCAAA GCTTGATACC CGGCCCCTAG TGGTGATCCG CAGTGTGGGG
CCAGCCGGGG GAGCGATTCG ATCGCTGGAT TGGAAGGAAC AGCAATTAGT GATCAACGAT
CGCTGGATGG TCAAAGGGAT TCCTGAAACA GCCAGAGTTA CCCTCGGTAG TGAAACGGAT
AACCGTTGGA TGCAGGAGCA GCCTCAGGGT TCTCATTGGG CGGACCAGAA CGGATGGGGT
TATGCACGAA TTGCCTTCCC TCAGGGAGAC CATTGGAAGT TAGGGATTAA AGATACTCAA
ACACAGTTAG ATCCAGGTAC GGGTTTCCCT GTGATCCCCT CCTCTGTGGA CTTAAATCTA
CCGGACACCC AGTTCGTAGA CAGTTTCAAG GCCCAGATTG CTCACCTGAC GATGGGGCTT
GTGGGTGCAC GTACCCATCC CACCGATCCG ATCAGTTATC CCTTGCCCAG ATTTCGCGAT
GGAGCCTACC AGATGGTTGC CCTGGCCCGT GCCGGTCAAC TGGAGCTTGC CCAGCAGCTT
TCAACTTACT TTGCCGAAAC TGACTTTCTG AATAGCACCG TCGCTGAAGC AGACATACCC
GCTGTAGGCA TTTGGGCCCT GACCGAAGTA GCCCGCAGTT TAAATCAACC TGAATACGAT
CGCTGGCTCT GGCCGCATGT GCAGCGTAAA GCCGAGTTAA TTGAGCAGAT GCTTTCCAGC
AATCGTCCTG GTTATCCCGT CCTCTCAGCG GCACAATTTC CTTTTGCTGA AAATCCCGAT
TTTCTCCAGG TAGATTTGAC TGCTGGCAAA ATGGACAACC AGCCGGGTGC AATTAGCCTT
GACCCCAGTG CCAGTGCCAT CAGCTACCGG GCATTAATGG ATGCAGCGAC ACTTGCCGAT
CGCCTGAACC AATCGAATAC TGCTCAACGT TGGCGGGCTG AAGCCGAAAA AGTACAAACT
GCCTGGCAAC AGTCAAACAT TACCGCATCT GCAGTTCCCA GGAACGGTCT TTGGCCTAGC
TGGGTTGCAG CCATTAACCC TGAAATCATG AGTAAAACCC TGCAGCAAAG CTGGGAAGCA
TCACGGGACT CCACCGGGGC CTTCCATACT CCACCCCCGT CATTGCACCG GGCGATCGCC
GAAGCCCATC AGAGGTTGTT TTTGAATCAG ACCGACCACG TCTGGGCAAC CCTGAAGTGG
TTTTGGAACC ATCAGGCGTC TCCTGGATTA TTTACATGGG GGGAACATCT GCAAGAGGTT
GGTGAGCTAC CGATGCCTGA GAGTTTTTCC AATTGGCATC ACATGCGTGG CTGGGTCAAC
CCATTCCATC TCACTCCCCA CTATTGGACT GCGGCTGAGA TGATGTTACT TCAACTGGAT
ATGCTGGCCT ATGTCAAGCC GTCCGCTCAC ACCCTGGTCA TTGGTGCAGG AATTCCGCCG
GAGTGGCTCG ACCAGCCCCT GCAGGTGAAA GGTCTTTTTG CAGGAGGCCA GTTAGTCAAT
TGGAACTGGG ACGGCAGAGC AATGAAGGTA CAGATTCAAG GTCAAAAAAT GGACATCGAA
CTGGGCCCCG CGTTTTCAGT TCATACTCCC ATCAAGGTCG AGCGATTACC TGAAAAAGAG
TTAGTAAGTT AA
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| Protein sequence | MDEMTYILKS SWLNENRLFK QILQCRSDIL IAPLLSFAIA LSTSFAIAQI PDPIITDFYA
QDVWFGSDIP TVFGNITSLN SDFGRNNKHP LLPLLVFPVV LVFSKFFHLD SLAAVKLLTV
IISIAWVLAL YTLFRVMHCR PLDAFLFSLL GGVSAAAVFW LVVPESFALG SLTILLGFIF
VVLSQYHPFS AFWYVALNVL TVSITITNGM VGFFATIINH RWLKSLQICF ISLALATGLW
VLQRLVFINS GFPFQLRTFI GEKKFMSAPD SSRILAVISS FFYQTMVMPA TQFLNSPLRP
DWVKLDVNTL DPGSGGWWGT IAVLSWTGLL VLGFWGFCTT KQHQKLRVVL GVTLGVQLLM
HSIYGVEETF IYSLHFIPLL LLLAAFSLFT RFRPLSLGLV LILLVSAGLN NRMQFNSITT
ALWNYGTPQQ QVAAQMKRRP SDPWPRSAGH VVLSLPASSL DDKAFYEPGG SFSPAPGSFG
VSIWVMDQQG KIKATSDSIS LDQIKQQFNL SSDQKLPGIS SQTAYYQASW SAIEPGSWQL
DLRAAAKLDT RPLVVIRSVG PAGGAIRSLD WKEQQLVIND RWMVKGIPET ARVTLGSETD
NRWMQEQPQG SHWADQNGWG YARIAFPQGD HWKLGIKDTQ TQLDPGTGFP VIPSSVDLNL
PDTQFVDSFK AQIAHLTMGL VGARTHPTDP ISYPLPRFRD GAYQMVALAR AGQLELAQQL
STYFAETDFL NSTVAEADIP AVGIWALTEV ARSLNQPEYD RWLWPHVQRK AELIEQMLSS
NRPGYPVLSA AQFPFAENPD FLQVDLTAGK MDNQPGAISL DPSASAISYR ALMDAATLAD
RLNQSNTAQR WRAEAEKVQT AWQQSNITAS AVPRNGLWPS WVAAINPEIM SKTLQQSWEA
SRDSTGAFHT PPPSLHRAIA EAHQRLFLNQ TDHVWATLKW FWNHQASPGL FTWGEHLQEV
GELPMPESFS NWHHMRGWVN PFHLTPHYWT AAEMMLLQLD MLAYVKPSAH TLVIGAGIPP
EWLDQPLQVK GLFAGGQLVN WNWDGRAMKV QIQGQKMDIE LGPAFSVHTP IKVERLPEKE
LVS
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