| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4195 |
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| Symbol | |
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| ID | 8393546 |
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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 | 4323094 |
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| End bp | 4326108 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 644982110 |
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| Product | hypothetical protein |
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| Protein accession | YP_003139822 |
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| Protein GI | 257061934 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1615] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 22 |
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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 | ATGAAAGAGT CTCTACAACT ACGCTCAAAT CATTTAACCA AAATGTTCAA ACCCTTAACC
AATCGACTGT TCCGAGGAAT GATTGTACTC CTAGGAATCA CATTAACCTT TGAGTTACTC
TCTAACCTAG TGGTTGAAGG GTTATGGTTT GGCGAAGTTG GGTATTTTAG CGTTTTTTTG
AAGCGGTTAT TGTGGAGATT AGCCTTATTA GGGTTAACTA GCAGTTTTTC TTTATGGTTT
CTCTGGGGGA ATTTACGCCA AGCAGAGACT AATAAATGGC ATTCTATCCC AGAAATAGAG
TCTAGCAAAG GGCGTAGACG ACGTGATCAC TCCCTCGGAA AATCGAAACC TACTACCCCG
GAATCTCGTT CCCTGGGGTT ATCCTGGTTA ATGCCCCTGG TGGTTATTTT AGGGGGATTA
ATCGGCCTAA TGTTATTGTA TTACAGCCAA GTCGTTTACA GTGCTTGGAC TCTAGATTTC
GATCTGCCTA AAGTCACTCC TCCCCTTCCT TCTGCTTTTT ACTTGAATTC CTTACCCAAT
CTTGTTGCTC AAATTATCAG CAATCTTTGG AAAGTGCCAC TAATTGTCCT TTTAATCGGT
TTAATTGTGA CTCGGACTAA ATTTTGTTTG AGACTAATGG CGATCGCCTT TAGTATGATC
TTTGGCCTAG TTTTGTCGGG AAACTGGGGG AGAATTGTTC AATATTTTAG CTCAACCCCT
TTCTCAAAAG TTGATCCCCA ATTTAGCCGA GATATTGGTT TTTATGTTTT TGAAGTGCCT
TTTTGGAAAC TGATCAATTT TTGGCTAGCG GGACTCTTTC TTTATGGGTT AATTGCTGTT
AGTTTGATCT ATTTACTGTC AGCTAACAGT CTTTCTCAAG GAAAATTTCC GGGGTTTTCT
CGCCAACAAC TACGCCATTT GTATTTGTTG GGAGGACTAA CGCTATCGAT GATCGGACTG
TATCATTGGC TCAACCGTTA TGAATTATTA TATTCTCCCC GTGGGGTGGT TTATGGGGGA
AGTTATACCG ATGTTCATGT GGTCTTACCC GTTGATACCT TATTATCAAT TGTGTCTAGC
GTGATTGCCT TTTGGTTATT GTCTAAAGGA ATCATGGGAT GGAAAAAAAC TCAACCGCGA
TCGCTTAAAA CTAAACCTTT ACCGCGTTTC CCCTTTTCTC CCCTGCCTTT TATTATTTAT
TTAGGGATTT TACTCATCGG ATTAGTCGCT ACTGAAGTTG TCCAAAATGC TATCGTACAA
CCCAATGAAC TTAGTCGAGA ACGTCCCTAT CTTGAACGAA ATATCGCCTT AACCCGTGCT
GCTTTTGATT TAGATAAAAT TCGAGTAACA ACTCTCGATG GAAGTGGAAA AATAACCGCG
AAAGATCTCC AAAATAATCA TCTGACTATC AATAATATCC GTCTTTGGGA TGCTCGTCCT
TTACTAGAAA CTAACCGTCA ATTGCAACAA CTTCGCCTCT ATTATCGGTT TCCTGATGCC
GATATTGATC GCTATAGTAT CCCCACAGAA AACCAAGATT CTTCTATTAC GATTGCCAAA
CAGCAGGTCT TAATTGCCCC TAGGGAACTT GATTATAAAG AAGTCCCCCA ACAGGCTCAA
ACTTGGGTCA ATCAACACTT AATTTATACC CACGGTTACG GGTTTACCTT ATCACCAGTG
AATCGTGTGG GGCAAGGAGG ATTACCCTCT TATTTTGTCG AAAATATTGG GACAGCTACC
CATGCAGGGG AATTACAAAC CTCAAGTGAT TTAATTCGTC AAAGTATTCC CATTGATAAC
CCCCGTATCT ATTTTGGAGA ATTAACCAAT ACTTACATTA TGACCAATAC GGGAATCCAA
GAATTAGACT ACCCCAGTGG GCAGGATAAT GTTTACAATG TTTACGATGG TCAAGGAGGG
ATTGCAATCG GTTCTCCATG GCGAAGAGTG TTATTTGCTG AGTATCTCAA AGACTGGAGA
ATCCTGTTTA CCCACAATAT TACCTCCGAA ACTCGTTTAT TGTTTCGCCG GGATATTAAT
CGTCGGATTC GAGAAATTGC CCCGTTTCTG CGCTTTGATC GAGATCCCTA TTTAGTAACA
GCAAAAGTTC AGTCATCTAA AGAAAAAAAT CCAGGGAGTC TCTACTGGAT GATTGATGCC
TATACCACCA GCGATAGTTA TCCCTATTCT GATGCAGGTA ATCGCAATTT TAATTATATT
CGTAATTCGG TTAAAATTGT CATTGATGCT TACAATGGTG ATGTACAGTT TTATATTGTT
GATCCCAATG ATCCCCTCAT TCAAACTTGG CAAAATATTT TCCCAGAATT ATTTAAACCC
CTAGAGGCGA TGCCAAACAG TCTTAAAGAG CACATTCGCT ACCCTAAAGA TTTATTTCAA
ACCCAAGCGG AACGGCTCTT AAGCTATCAC ATGACTGATC CCCAAGTATT TTATAATCGA
GAAGATCAAT GGCGTGTTCC CCAAGAAATT TATGGAGAAA AACAACAACC CATTGAGCCC
TATTATCTCT TGATGAGTGT CACTGACAAG GCTCAAGAAT TTATTTTAGT GAACTTTTTT
ACCCCCACCA GTCGTAACAA TTTAATTGCT GGATTATTTG CCCGTTCTGA TGATCCCAAT
TATGGAAAGC TTGATTTAAT TCGATTACCT AAACAGCTAG TGATCTACGG ACCCGAACAA
ATCGAAGCAT TAATTAATCA AGATCCCGTT ATTTCTCAAC AAGTTTCTCT TTGGAATCGT
CAAGGATCTC GTGTGATTCA GGGGAATTTA TTAGTCATTC CTTTTCTGAA AGAACAATCG
CTGCTTTATG TGGAACCGCT ATATTTAGAA GCTGAACAAA ATAGTTTACC AACCTTAGTC
AGAGTCATTG TTGTTTATCA AAATCAAATT GTTATGGCCG AAACCCTAGA GGGGGCACTA
AAATCGATTT TTCAATCGGA GTCATCTACC CCTGAAACAA TTATTCGCAA GGTAGAACCA
GACTTCAATA GCTAA
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| Protein sequence | MKESLQLRSN HLTKMFKPLT NRLFRGMIVL LGITLTFELL SNLVVEGLWF GEVGYFSVFL
KRLLWRLALL GLTSSFSLWF LWGNLRQAET NKWHSIPEIE SSKGRRRRDH SLGKSKPTTP
ESRSLGLSWL MPLVVILGGL IGLMLLYYSQ VVYSAWTLDF DLPKVTPPLP SAFYLNSLPN
LVAQIISNLW KVPLIVLLIG LIVTRTKFCL RLMAIAFSMI FGLVLSGNWG RIVQYFSSTP
FSKVDPQFSR DIGFYVFEVP FWKLINFWLA GLFLYGLIAV SLIYLLSANS LSQGKFPGFS
RQQLRHLYLL GGLTLSMIGL YHWLNRYELL YSPRGVVYGG SYTDVHVVLP VDTLLSIVSS
VIAFWLLSKG IMGWKKTQPR SLKTKPLPRF PFSPLPFIIY LGILLIGLVA TEVVQNAIVQ
PNELSRERPY LERNIALTRA AFDLDKIRVT TLDGSGKITA KDLQNNHLTI NNIRLWDARP
LLETNRQLQQ LRLYYRFPDA DIDRYSIPTE NQDSSITIAK QQVLIAPREL DYKEVPQQAQ
TWVNQHLIYT HGYGFTLSPV NRVGQGGLPS YFVENIGTAT HAGELQTSSD LIRQSIPIDN
PRIYFGELTN TYIMTNTGIQ ELDYPSGQDN VYNVYDGQGG IAIGSPWRRV LFAEYLKDWR
ILFTHNITSE TRLLFRRDIN RRIREIAPFL RFDRDPYLVT AKVQSSKEKN PGSLYWMIDA
YTTSDSYPYS DAGNRNFNYI RNSVKIVIDA YNGDVQFYIV DPNDPLIQTW QNIFPELFKP
LEAMPNSLKE HIRYPKDLFQ TQAERLLSYH MTDPQVFYNR EDQWRVPQEI YGEKQQPIEP
YYLLMSVTDK AQEFILVNFF TPTSRNNLIA GLFARSDDPN YGKLDLIRLP KQLVIYGPEQ
IEALINQDPV ISQQVSLWNR QGSRVIQGNL LVIPFLKEQS LLYVEPLYLE AEQNSLPTLV
RVIVVYQNQI VMAETLEGAL KSIFQSESST PETIIRKVEP DFNS
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