| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3430 |
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| Symbol | |
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| ID | 8392766 |
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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 | 3499129 |
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| End bp | 3505056 |
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| Gene Length | 5928 bp |
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| Protein Length | 1975 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644981366 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_003139092 |
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| Protein GI | 257061204 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.534504 |
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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 | 25 |
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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 | ATGAGTCAGT CGCCAACACC TCAACCTTCT CCGTCTACCT TCGTTGGTCG TCTCTTGAGA
AGACTGACGC ACCCCGCTAC GATTGCTATA GGGGTAGGTT CTGTTACGGT CGTTTTGATT
GGCTATACGG GTTTACGTCT GTTTCTTAAG GAATATCTTC CTCCTTGGTT AGAGACACAA
GTTAGTTACA TTATTAATCG TCCCATCAAA ATAGGGGAAT TACAAGACTT TTCTCTGACG
GGGTTATCTT TGGGTTCAAC GTCTATTCCG GTTACTCCTG ATAATCCTAA TCAAATAACA
ATTAGTAAAA TCAACGTTAA GTTTAATCCC CTCGCTGTTG TTTTTAGGCG CACTTTACCG
ATTACGATTT CCCCTCAAAA AGTCGATGTT GATGTCTTTC AAAATGCCCA AGGACAGTTA
TTGACAATAG ATGTAGAAGA AAGCAAACTT CCGGTTAAGT TAGATTTGAC TTTTAAGGTT
GAAAAGGCTG ATATTAATGT CTTTCCCTAT CAAAAAAAAC AACCCCTTGA GGTTCAATTT
AAGGGAGAAG CAAGGTATCT TGAGGAAGAT GTAGCAAAAT GGCAATATGA TCTGAATTTG
GCTTTACTCA ATAGTCAAGT TAAGTTGCAA GGAGAAACCA TTTGTAGTAC CACTGAAAGT
AACATAAAAT TAAACGTTGA AAAGTTAGAT TTTAGTTCTT TAACCTCTTT TATTATTGAT
TTTCCTCTTC GGTTAAATTC AGGCAATGTT CAAGCTAATC TCAATATTCA GTCCCCTTCC
CTTAAAGAGT TTCAGGGAAC GCAAGCACAA GGAAATGTTA ATTTAAGTAA TCTTCAAGGT
CAAGTTAAGC CATTGACTAA ACCTTTTGAA GTTTTAAGCA ATATTTCCTT TAAAAACAAC
AAAGTTTTAG TGAAAAATGC TCAATTAACT ATTGGTCAAA TTACCGCTAA ATTAGGGGGA
GAATACGATT GGAATACGGG GAGTAATTTG GCTGTTAATC TTGAGGGGTT AACGGGGAGG
AATTTACGTC AAGTTTTACC TCCTTCCTTT TCTCTTCAAG TTGAAGGGGA ATTAGATGCT
AATTTTAAGC TAACAGGACA GCTAAATAAG CCTTTATTAA AAGGGAAAAT AAACAATAAA
AAAGCCCTTA CTGTTTTGAA AACAAAATTT GATCAAGTTG CGGTTAATTT TCAAACCAAT
TTTAATGATT TTTTATTGCA AAATGTATCT ATTAAGCCCC AAGTAGGGGG TGAAATTAGA
GCCCAAGGAA CCCTTAAACC GAATCTTCTT ATATCCTTGA CTAATTCTCA AAAGATAGAC
TGGAAAAAAA TACCTTTTGA ATTAATTTTT AAGACAGAAT TACCAACTCA AAAATTGATT
GCAGATTATT ATAAACTTCC TGATTTAGTT AGCTTAAATA GTCTAACAAG TCAAGGAAGA
ATTACAGGAA CTTTAGCTAA TCCCAATGGC TTAATTACAT GGCAAACATC AGCAGATCTC
ACAACGGCTA ATACTAGGGT AACAAACCAA GGTACTCTTG TAGTTCAAAA TAAAAATATT
CTGGTTAAGA ATACAGAATT GGTTACTAAT GAAGGCAGAA TAAGCTTTAA TGGGAGTGGT
AGTTGGTTAA CAAAAAGATG GCAAGGATAT TTAAGTTCTC AGGGATTATC TTTAAATCCT
TTTACTTCAC TTATTTGTCA AAGCAAACAA TTAGTCTGTC CTGAGAATGT TAAGTTAAAT
ACTGCTAATA TTAGACTCGG TGGAGATTTG AATAAACCCG GAACAACAGG ACTGAATTTA
GTAGCAAAGT TAGGACTCAC AATCAATCAA GGAACCTTAG TTATTAATAG TCAGTTACAA
CAAGATAATC TAACTACATC AATAACAGGA TTCAAAGTGC CTATAGCAGC AAAATTTATG
AATATTGCTG TTCCTATTAC GTTAAAACAA TCTCGAATTA ATTTAGGAGG AAAGTTAAGT
CAAATTTGGC AAAACTCAAC CGTTAATTTA GACGCTATTC AAGCGAATAG TAACCTCGAA
TTAGGAATTG CAGAAAGTAC CCTAACCGTA GTAGGAAGGT TAGAAAAGGG TTTATTATCA
GGAGACGCAA ATATAACTCC TTTATCCCTG AATCAATTCT TGCCTCAAGT ACCCATACCC
GTTCAATTAG CTAAGAGTAA AATTGAGGTT TCAGGAGATG TTAAATCATT AATGCCTTTA
GGACAACCTC CTAACTTTAA TACCTTAAAA ATAAAGGGTA ATAGTCAATT TGCAATCGCC
AATGGAACCC TAACAGCAAT TAGTCAGTTA AACCAAGGTA AAATCGACCT TAATGCTACA
GCAACCCCTA TTATATTATC CAATCTTTTA CCCCAAATTT CAACCCCCAT TGCTTTAAAA
CAAACTAACG TTAATTTAAC GGGTAATTTA TCGGATTTAA TTTCATTTAA TTTCAAGAAA
TTTCAAGGAA ATGCTCAAGT TAGATTAGGA ATTGCTAACG GAGAAATCAA TACATCAACC
CAACTGATTA ATCAACAATG GAATAGCCAA ATTATTGCTA ATAATCTAGA TGCTACAACC
GTCAATAATA ACCTACTAAA ATTAGAAAAT TTAAACCGAA TTAACGCTAA AATTAATCTA
GCAGGAAGAC TCAATAATCT CTTATCATCT GAATCTTTAC TTGTTATTCA AGCTAAGCTA
ATCTCTGTAC AGATGGGACA ACAAATCCTC ACTGCTAACG GAAATATATT AGTAACTAAT
TTATGGAAAA AACCTGATAT TAAACAGGTT AGTTTAAATC TTAACACTCA AGCCAATTTA
GCCACCTTAC CCTTGACCCA ACTTGTGGCT AAACTTCCCA TTAAACGACA ACTCCTCCCT
AACGTTATTG AACTAGCAGG AAGAGCAAAC TTTCAAGGAA ATTTAGTCGG AAAAAATCTG
TTAACCTCTC CCCTATCTCC AGGCAATTTA CAACTAAATG GAACTCTCAA ATTAGCTAAC
TTTGGGATTA ATAATGTTCT CTTTGATCCT CTTTTAAGGG GAACTGTAAA AATAGCAACA
GGAGGGCAAT TATCTGTTAA TTTAACAGGA CAAGAAGATA TTATAACGGC TGTTTTCAAT
CCCTGTAAAC AAGCCAATTG TCTGCTTCCT TATATTCCTC AATCTTTTAA AATTACACAA
AGTTATAACA ATTCTACTCC TATTATTGTT CAAGGAAATA GAGAAAACAA TATCTTAGTT
ACTCAAGTAC AAAACTTTCC CCTAGAACTT TTAACCATTG CACCTGTGAG TAACTATGGA
TTTTATGATT ATTTAGGAGG AAAAGTCAAT ATTAATGCAC AAATTGACAC CCTAAGCTTA
AAAAATAGTG GAACTCTTAA TATTTTAAAT CCAGGGTTAG GCAAAATTGT AGCCAATAGT
TTTGATGCTG CTTGGGTGTA TAAAAATGAC AAAATTACCT TGGAAAACAC CAGTTTAAAA
TTAGGAGAAA CTCGCTATGA AGTGATCGGT GGATTAAATC TAAAATCAGG AGAAATACAA
GGTAAATTAA ATGTTGATCG AGGTTATATC CAAGATATTC TCACTGCTTT AAATATCTCT
GATTTAGATA GTTTATGGCG TACTTTACAA CTAAAAAAAC CACCTTTAGG GGATACCAAA
GAACTGCAAA CCGAATCAGT CGGAAATCGT AATGCACCCC TTTCAGAACA AGTCAATCAA
TTATGGAACA ACGATCAAAA AATTCAAGCA ATAGCCACTA AAAGACAAGC AGGAGATATT
CCCAGACAGT TAAATATCCG GGGTCAATTT GCAGCAGAAA TTGGCTTATC TGGAACCTTA
GAAAAACCAG AAATGTCTTT AAATTTTCAA GGTAATCAAT GGCAATGGAC TCCACAACGG
TCTGGACCTG CTATCATTAA CCCCTTGGGA TTTGTCATAG AAGGAGCTCA GGTAATTCCC
ATTGAGAAAT TAGCAATAGA AGGAAGTCTC AAAGAAGGGA TAATTCAGTT TAATCCATCT
CTAAAACTTG GTTCAAGTTT AACCCAAGGA AATTTATCTT TAATCTATCA AAATAACCAA
TTTTATATCA AAGATTCTAG TTTTAGTTTT GAAAATTTAT CCTTAGATAC CGTTCGCAGC
TTAATCGTGG TTCCGGGGGA TATTAATGGC AATCTTAATT TACAAGGAAC CCTCAAAGGA
CTGTTAACAG AACCCAAAAT TGAAGGAGAG TTTCAGTTTA GTGATGGCTC AATTTATGCG
CGATTAATTC AAGATACATT TAAAGGAAAT TTTATCTATG AAAACGCTCA AGTAAAAGTG
CAAATCAACG AACCTACTTA TCTTCAAGTT TCAGCTAATT TACCTTTTCC TATTCAACCT
GATATTAATG ATAAATTTCA AATTAATACC CAAATAGAAA CCCAAGCTTT CTCCCTACTA
GAAACCTTAA CTAAACAGCA ACTAATCTGG TCGGGAGGAG AGGGAAGCTT GGATATTAAT
CTAAGCGGCA GAATCTTGAT TAATGATACA ATTAAAATTA GTTTAGATCA AACTACTAAG
GCGATTTTAG ATTTTAATAA CACCCTTTTT CAAACCGATT TATTTACTGA ACCCCTTAAT
CTAAATGGAC AAATTTCTCT CCAAAATGGA CGACTGCAAA CAGCACAATT AACCGGAACA
ATAGGAGAAA GAACGATTAG AACAATCGGC GTTTTACCTC TATTTCCTGA TGCTTCTGCT
AATATTGAAA CAGCCGTTCC TTTCACCATA GCCTTAACCC AAGATCAAGT TAACTCAGAA
GGGTTATATC AAGGCCTTGC TGATGGCCGT ATTATTATTA CCGGATCATT GATTAATCCA
ACGATTGGAG GAGAGGTTAG ATTAACGCAA GGAAAAATTG TCGTCCCTGA TGTTAGGGAA
CTTCAAAAAC AGCCTTCTCC AGTGTTTAAT CAATGGATAG GAAATCTTAG ACCCCTAGAA
GGAGTACTGC TTCCTCCCAC ATTTAATAAC CTCAGAATTT TGATTGATCA AGTGGCTGTT
GAACAAACAA AAATTAGTCC TAGATTTAAT CTTAATTTGA GTGGAGATTT AAGCTTAAAT
GGTCAACTAA ATAGCTTTTC TTTGCCCGGA GTACTTGCCT TAAAACCATC AGGAAGCGTT
AAGGTTAATG AAGGTAAAAT AGATATTCCC CTGACTTCCG TTTTCCTCAG TCGTCAATAC
GACAACACCA TAACATTTTT ACCCGAACAA GGACTATTGA ATCCTTCCAT TGATCTAACC
TTAAAACTCT ATATTCTAAG CGTTTCTCTC CAGACTATTC GGGATAATGA AATCCCTGAT
GATCTTATCC AAACTGGACG GTCTAAATCA ATAGAAGTTA ACCTCGGAAT CCAAGGACAA
GCCAGTGAAT TATTGCCTAA TTTGGGATCT CGATTTCAGC AAATTTGTCA ATTACGGCCA
GAAGATTATC CTCCTATCCC TCAATCTCCG GCGATTCCTA CTAATAAGCT ACAACAGTTA
GCTGAATGTA TTCAAATCAA TAATTTAGGG GCAAATTCTA TTGCCGACTT AATCCGTTCT
CCTATTGTTT CCTTCTCTAG TAATCCCCGT CTTAGTAATA GTGAATTGTT CACCCTTTTT
AGTCAGCAAC TGCCTAATTT ACTAGGAAAT TCACAAGTCG GAAATTCAAC GCAATTAGTC
AATGCCAGAA GTCCACAAAT AGCCCTAGTA TTACTACCAT TTCTACAAGA TTGGATTTTT
GAACTCAATG AAAATATTAA TCAAAAAGGT AGCGAACCCG GTATGGTTAA TTTTCGGGTA
TTTCCCTCAT TAGAAACCAT TTATCAGCTT GAAGGAGATG CTTTAATCCG GTTTTCCTAT
GACTATTCCT TTAATGAAGC AATTATTCGC TATGAAAACA AATTTTAA
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| Protein sequence | MSQSPTPQPS PSTFVGRLLR RLTHPATIAI GVGSVTVVLI GYTGLRLFLK EYLPPWLETQ
VSYIINRPIK IGELQDFSLT GLSLGSTSIP VTPDNPNQIT ISKINVKFNP LAVVFRRTLP
ITISPQKVDV DVFQNAQGQL LTIDVEESKL PVKLDLTFKV EKADINVFPY QKKQPLEVQF
KGEARYLEED VAKWQYDLNL ALLNSQVKLQ GETICSTTES NIKLNVEKLD FSSLTSFIID
FPLRLNSGNV QANLNIQSPS LKEFQGTQAQ GNVNLSNLQG QVKPLTKPFE VLSNISFKNN
KVLVKNAQLT IGQITAKLGG EYDWNTGSNL AVNLEGLTGR NLRQVLPPSF SLQVEGELDA
NFKLTGQLNK PLLKGKINNK KALTVLKTKF DQVAVNFQTN FNDFLLQNVS IKPQVGGEIR
AQGTLKPNLL ISLTNSQKID WKKIPFELIF KTELPTQKLI ADYYKLPDLV SLNSLTSQGR
ITGTLANPNG LITWQTSADL TTANTRVTNQ GTLVVQNKNI LVKNTELVTN EGRISFNGSG
SWLTKRWQGY LSSQGLSLNP FTSLICQSKQ LVCPENVKLN TANIRLGGDL NKPGTTGLNL
VAKLGLTINQ GTLVINSQLQ QDNLTTSITG FKVPIAAKFM NIAVPITLKQ SRINLGGKLS
QIWQNSTVNL DAIQANSNLE LGIAESTLTV VGRLEKGLLS GDANITPLSL NQFLPQVPIP
VQLAKSKIEV SGDVKSLMPL GQPPNFNTLK IKGNSQFAIA NGTLTAISQL NQGKIDLNAT
ATPIILSNLL PQISTPIALK QTNVNLTGNL SDLISFNFKK FQGNAQVRLG IANGEINTST
QLINQQWNSQ IIANNLDATT VNNNLLKLEN LNRINAKINL AGRLNNLLSS ESLLVIQAKL
ISVQMGQQIL TANGNILVTN LWKKPDIKQV SLNLNTQANL ATLPLTQLVA KLPIKRQLLP
NVIELAGRAN FQGNLVGKNL LTSPLSPGNL QLNGTLKLAN FGINNVLFDP LLRGTVKIAT
GGQLSVNLTG QEDIITAVFN PCKQANCLLP YIPQSFKITQ SYNNSTPIIV QGNRENNILV
TQVQNFPLEL LTIAPVSNYG FYDYLGGKVN INAQIDTLSL KNSGTLNILN PGLGKIVANS
FDAAWVYKND KITLENTSLK LGETRYEVIG GLNLKSGEIQ GKLNVDRGYI QDILTALNIS
DLDSLWRTLQ LKKPPLGDTK ELQTESVGNR NAPLSEQVNQ LWNNDQKIQA IATKRQAGDI
PRQLNIRGQF AAEIGLSGTL EKPEMSLNFQ GNQWQWTPQR SGPAIINPLG FVIEGAQVIP
IEKLAIEGSL KEGIIQFNPS LKLGSSLTQG NLSLIYQNNQ FYIKDSSFSF ENLSLDTVRS
LIVVPGDING NLNLQGTLKG LLTEPKIEGE FQFSDGSIYA RLIQDTFKGN FIYENAQVKV
QINEPTYLQV SANLPFPIQP DINDKFQINT QIETQAFSLL ETLTKQQLIW SGGEGSLDIN
LSGRILINDT IKISLDQTTK AILDFNNTLF QTDLFTEPLN LNGQISLQNG RLQTAQLTGT
IGERTIRTIG VLPLFPDASA NIETAVPFTI ALTQDQVNSE GLYQGLADGR IIITGSLINP
TIGGEVRLTQ GKIVVPDVRE LQKQPSPVFN QWIGNLRPLE GVLLPPTFNN LRILIDQVAV
EQTKISPRFN LNLSGDLSLN GQLNSFSLPG VLALKPSGSV KVNEGKIDIP LTSVFLSRQY
DNTITFLPEQ GLLNPSIDLT LKLYILSVSL QTIRDNEIPD DLIQTGRSKS IEVNLGIQGQ
ASELLPNLGS RFQQICQLRP EDYPPIPQSP AIPTNKLQQL AECIQINNLG ANSIADLIRS
PIVSFSSNPR LSNSELFTLF SQQLPNLLGN SQVGNSTQLV NARSPQIALV LLPFLQDWIF
ELNENINQKG SEPGMVNFRV FPSLETIYQL EGDALIRFSY DYSFNEAIIR YENKF
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