| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4258 |
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| Symbol | |
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| ID | 8393610 |
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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 | 4395886 |
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| End bp | 4401426 |
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| Gene Length | 5541 bp |
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| Protein Length | 1846 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644982168 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_003139879 |
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| Protein GI | 257061991 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.013451 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATCACAA AACCCTCCCA TTCAGACGCT AAACCGGACC CTAATTTACC GTGTCCCTTC
TCTTCTGAAC CTAAGATAAC CTTTTCACCT CGTTCTTTGT TGCTTTGGGG AGGAGGAATA
CTGTTGTTAG GACTTGGAAC CAGTTTAGTC GGGGGATGGT TTTTCCTACA GCGACAGTTA
ACTCCCTTAG TAGAAGATCA ACTCAGTAAT TTTCTCAACC GTCCCGTTAA GTTGGGATCA
GTCCAGTATT TTTCTTTGAA TAGAGTCCGT TTTGGTTCGA GTGAAATTCT GACGACCGCA
ACCGATCCCG GTCAAGTGTC GATGGTGGGT TTAGAGGTAG ACTACGATCC CATTAAACTG
ATACTAACAC AAAAATTAGA GATTGGAATT ACTGCCATTG ACCCTAATGT TTACTTGAAG
CAAGGAAAAC AAGGGAATTG GATACTAACA GAATTTGATG CAGTCAAACC CAATAACCCA
ATAAAATTAA AATCTCTGCG CTTTAGAAAT GCCCAAGGAC TGTTATTAGC TAATTCGGCA
ACCGGACAAA TTCCTGAACC TGTGAAATTT GAAAAATTGT CGGGTCAAAC GGATTTTATT
AATAACCGTG AGAACATTAA ATTTAAGGTT GATGGACAGT TAGTAAGCGA AGGTAAATTC
AAGGTTTCTG GAGTGGCTAA CCCTAAAACG CAGGAAACTA AATTGTTAGT GCAAGGGAAC
CGTTTAGGAG TGACAGAAGT TGATCATTTA ATTGACCTTC CCTTAGACTT TCAAGCAGGA
AAACTGGATG CTAATTTAGA AGTTACTTTG AGATCGCAAC AACTTCCTTT ACTCCAGGGA
GTCGCTAATT TAGAGCAAGT TACTGCAAAA ATTGACAACT TTCCCCATGT TTTACAAACC
CAAGGGACAC TCCGTTTTCA AGGGACAGCA ATTTACTTTG ATAAGGTAGG GACTCGCTTT
GGTGCAATAG ACGGGATAAC TGAAGGCAAA CTGGATCTTA AAAAAGGTTA CGCTTTAACC
ACAAAAACCG AACCAACTGC CATTACTCAA CTCTTGAAAA CCTTTAAGCA AAAACCTCCT
TCTATTCCAC TGTTGGGGAC TGTAAAAGGG GTTTTACAAA TTAGAGGAAA GCTTAATAAA
CCTCGTTTTT CCGTTGGACT GTCTACTACC CAAATTGCTA AAATTGATAA ATTAGATTTT
CAGCAAATTA ATGCTCAGCT AGAGTTAAAT GACGCTAATT TGTTGGTGAA AGAATTTGAA
GCGGTTCCTA CCCTTGGGGG AAAAATAACG GGAAAAGGGA AAATTAATTT AGCTGCTAAT
CAATCTACAA AAATGCCTCA ATTTGTTGTT GAGATTCAAG GAGAAAATTT AGCAACAAAC
CCCTACTCTA ACCTATACCA AACCTCCTTA CCCTTAGACT TAGGAAAAGT TTCGGGTAAT
GTGACGCTAT CAGGAATGAT TAATCAACCT CAAACCCTTC AAGCAAACGG AAACGCTTAC
TTTAGTTTAG ATCAAGGAGT TATTAAAGCA GATCATCTGA CTTATAATCA AGGATACTGG
CAAGGAAAAA TAAAAGCATC TGGAGTTGAT TTAGCGAGTT TAAATATAGC TATTCCTGAA
GAGATCAAGA CGGGAAAACT ACAAGGAATA TTTGATGTTA TAGGAAAATT TAATCACAAT
TCTGAACCGA ATATCAATGC AACTGGAACC GCTAACATTA CTCTAGATCA GGGAAAAATA
ACAGCTAATA ATTTAGAACT CATTAACAAA ACTTGGAAAA CAGATTTAGC TATTGATGGA
GTTAAATTAA AACAATTAGT AACGGAAAAA CACCCTATTT TTGAAGGAAA TCTTAATGCA
AATCTTGCGG TGACTGGAAA ATTAGGATTA GGATTAAATA ATGTCCAAGC AAAAGGTCAA
GCAAGGTTAG ATTTAACCCA AGGAGAAATC AAGGCTAATA ACTTACAGTT AGCTAATGGC
AATTGGTCAA GTAAACTAAT TACGAGAAAT GTATCTCTTA ATCAATTAGT TTTAGATACT
CCTAAAAAAT TACAAGGTCA ATTAAATAGT TATTTGGCAG TTTCAGGTAA TATTAATAAG
CCTTTAAGAG AAATTACAGG ACAAGGAAAT GCCCAACTAA CTTTAGCATC AGGAACAATT
AATGCTCAAA CCATTGGGGT TTCTCAAGGT AAATTTACAA CAATACTTGC TTCTGAAAAC
ATTAATTTAA CGCGATTTTC TCCCGACTTA ACAGGACAAT TAAAGGGAAC TATTGAAGTT
GCAGGATTAT TAGATAAAAT TACCCCTGAT ACCATCACAG CGAAAGGAAA ATTAAACTTT
AGTCAAGGAA TAGGAGGATT TAAACAACCT CTAACTACGG TTTTCGGTTG GAATGGCGAA
AAATTGACCA TTAATCAAGC AAAAGCAAGC GGACTGTCTG TTAAAGGATG GACAGGAATT
AATTGGGCAA AATTACATCA AACTCAAGAT AAGCTCGCAG CAATTGAGGA ATTTGACCTA
GATGTTGCTA TCTCTGGATT AGACTTAAAA TATCTACCCC TTCCTCTCGC TAATAATCTA
GCAGACTTGA ACTATGGAGG AAAAGTTGAT TTTTCAGGGG CGATCACTGG AACCCCTAAA
AAGCCAATCA TTGACGGTAA GTTAGCATTA ATTAATCTAA ACCTCGATCA GTTTAAATTT
GAATCCTTTT TAGCCGGAAA TCTGCAAATT AAACCCGAAA AAGGACTAAA AATTGCCTTA
GCAGGACGCA ATGATCAAAT CAATCTTGAA CTCGATCGCA AGTCTCAACC CGTGTCCTTT
GATCTCAAAC AAGCACAAAT GCAGGTCAAA GGAACCCGTG AAGCCGAAAA ATTTACCCTA
GAAGTCGGAC AAATTCCCAT CAATTTACTA CAAAATTATA TTAACAAGGG AACAGGGAAC
AGGGAACAGG GAACAGTGAA TCCTTCTAAG GTATCTATCC ACCCCTCACC CCCTCACTCT
CTTCTCACCC AACCTCTACT AGGGGACTTA TCCGGTCAAT TTACCTTAAA TGTAGATACA
GGGGAGATTA TGGGGGAAAA AGTGGCGATC GCTAACCCTC AACTTGGTGC GGTTAAAGGA
GAAAAATTTA CAGGGAATTT CCAATATATT CAGGGAAATT TGACCCTTAG CGACGGAAAA
TTAAACATCA AAAACAGTCA ATATCGTCTC GACGGAAGTT TGACTTCAAC TCCATCAGGA
CATCGTATTA ACGCTGAAAT CGGAATAAAC CAAGGAAATA TCCAGAATAT TCTAGAAACA
CTCCATATCT TTGACTTAGA AGACCTAAAA CGAGGAATTA CTCCCCCTCA GTATGCCAAA
GCGCAAGATC TTTATGAACT TAAGGGAACA GGCAACAGGC AACAGGCAAC AGTTAATCCT
TCTAATCTAT CTATCCCCCC CTCACCCCCT CCCCCCCTCA CCCCCTCCTC CCACCCTCCC
CTAGCAGAAG TGGGAAGCAA AAATGCAACC ATCAGCGATC GCCTAACCCA TTTTGATCAG
ATTAATACAT GGTTGCAGCA ACACCAACAG ACCCGCAAAA AAGCCTCACC CCTCCCTGAA
TTACGAGAAT TACAAGGGAA TTTTAATGGA CAGATTGCCC TTAATTTTGC CCCAGAATCG
GGCTTAAAAG CTAATTTTGA CTTAAATGGT CAAAACTGGA AATGGGGAGG CTTTAACCTC
ACCCAGATCG CCGCTAAGGG GAATTGGAAC AACGGGATGC TGACCCTAGA ACCCCTGAAT
TTACACCATA AAACCAGTCA AATTGCCTTT ACCGGTCGGA TGGGGGCACA AAAACAAGAA
GGTAAAGTCG AATTAGTCGA TATTCCCCTC AATAACCTAT CAGAGTTTTC ATCCTTACCC
GGAATCGTTG ATTTTGGTGG AAAACTCAAC GGAAATATCA CCCTATTAGG CAGTCGAGAT
AACCCCGAAA TCGTCGGAAA ACTGGTCATC GACAAAGCAA CCATCAATCA AACCTCCCTA
GACGCTACCC AAGGGGAGTT TACCTATCGT CGCGGACGGG TCAATTTTGC CGCGAGTAGT
GTTTTAGGTC GTCGAACCGA ACCCCTAACC ATCAAAGGAA CCTTTCCCTA TCAATTACCC
TTTGCCAAAG TTTACAATAC CAGCGATCGC CTTTCCTTAA ACGTGAATGT AGCTAATGAA
GGGTTAACCT TGTTAGACAT CCTGACTAAA GGACAAGTAG CCTGGTTAGG AGGACAAGGA
GAACTCCAAG TGAATGTCTC AGGACGGGTT GATCCCAAAC GGGGTATCCC AACGCAATTA
AACGCAAACG GGATCGCGCA AGTGCAAAAC GCTATTATTG GCGCAAAAGT CATTCCTAAT
GCCCCCTTAA CCAAGGTTAA TGGTCAAATC TTCTTTGATT TAGATCGCCT GAAAGTCGAT
AGCTTAACCG GACAATTTAG CGGGGGTCAG GTAGCCATTA GAGGATCACT ACCCCTTCTT
AAAGAGATTC CCCAAACAAA TCCGTTAACG GTGAATTTTG ACGATTTAGC CCTTAAAATA
CCGCAACGGT ATCAAGGGGG AGGCAAAGGA ACGGTTCAAG TAACCGGAAC GGTGGTTAAG
CCTAAAATTG GGGGAAATGT GGAATTATTT AACGGCGAAG TCCTATTAGG GGATGGCAGG
GAAGGAGTGG GTAAATTATC GACTGCTGCC GAATTTTCTA ACTTAAAATT AACTTTAGGG
GAGAATATCT TGATTACACG CCTTCCCATT TTAACTTTCT TAGCCACAGG CAGTTTAACG
GTCAATGGGA ATCTGAATGA ACCCAAACCT GAAGGAACCA TCATCCTAGA AAACGGGTTA
GTCAATTTAT TTGCCAGTCA ATTACGCTTA GCCGGAGGTC AGGGAAATAC CGCCAAATTT
GACCCAGAAC GCGGACTTGA TCCCTATTTA AACGTTAAAC TCTATACCTC TGCCACAGAA
ACAACCCGGA GTCGAGTGAA TGTCGATCCC GCGTCGGCGG AAATTAATGA ACCCTTTAGC
GCGAATAAAG ACAGTCTGCA AACCGTACGC ATTCAAGCAA CCGTTCAAGG ATTTGCCAGT
GACTTAACCA ATGGGATCGA ATTAAGCAGT CAACCGAAGC GCAGTTCTAC CGAAATTGTC
GCGCTATTAG GGGGAAGTTT TCTTAATCCT CTCGAACGGG GAGAAACGAC CCTAGGATTG
GCTAATTTAG CCGGTTCTGC TGTATTAGGA CCCGTTCAAG GGGCGATCGG GGAAGCATTG
GGGTTAAGTG AGTTACGGAT CTTTCCGACT CAATTAATCG ATGAACAAGA ACGTCTCGAT
GATTCTTCCA TTGGGGTTGC TGCTGAAGCA GGGGTTGATT TAACCAATGA ATTATCCGTT
TCGATGCAAA AAGTCTTAAC CAGCGATCGC CCTCCTCAAG TGGGGGTTCG CTACCGTATT
AATGATCAGA TGTTGATTCG CGGATCAACG AATTTTTCCG ATGACAGTCG CGGTAGTATT
CAATTTGAAC AGCGATTTTA G
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| Protein sequence | MITKPSHSDA KPDPNLPCPF SSEPKITFSP RSLLLWGGGI LLLGLGTSLV GGWFFLQRQL
TPLVEDQLSN FLNRPVKLGS VQYFSLNRVR FGSSEILTTA TDPGQVSMVG LEVDYDPIKL
ILTQKLEIGI TAIDPNVYLK QGKQGNWILT EFDAVKPNNP IKLKSLRFRN AQGLLLANSA
TGQIPEPVKF EKLSGQTDFI NNRENIKFKV DGQLVSEGKF KVSGVANPKT QETKLLVQGN
RLGVTEVDHL IDLPLDFQAG KLDANLEVTL RSQQLPLLQG VANLEQVTAK IDNFPHVLQT
QGTLRFQGTA IYFDKVGTRF GAIDGITEGK LDLKKGYALT TKTEPTAITQ LLKTFKQKPP
SIPLLGTVKG VLQIRGKLNK PRFSVGLSTT QIAKIDKLDF QQINAQLELN DANLLVKEFE
AVPTLGGKIT GKGKINLAAN QSTKMPQFVV EIQGENLATN PYSNLYQTSL PLDLGKVSGN
VTLSGMINQP QTLQANGNAY FSLDQGVIKA DHLTYNQGYW QGKIKASGVD LASLNIAIPE
EIKTGKLQGI FDVIGKFNHN SEPNINATGT ANITLDQGKI TANNLELINK TWKTDLAIDG
VKLKQLVTEK HPIFEGNLNA NLAVTGKLGL GLNNVQAKGQ ARLDLTQGEI KANNLQLANG
NWSSKLITRN VSLNQLVLDT PKKLQGQLNS YLAVSGNINK PLREITGQGN AQLTLASGTI
NAQTIGVSQG KFTTILASEN INLTRFSPDL TGQLKGTIEV AGLLDKITPD TITAKGKLNF
SQGIGGFKQP LTTVFGWNGE KLTINQAKAS GLSVKGWTGI NWAKLHQTQD KLAAIEEFDL
DVAISGLDLK YLPLPLANNL ADLNYGGKVD FSGAITGTPK KPIIDGKLAL INLNLDQFKF
ESFLAGNLQI KPEKGLKIAL AGRNDQINLE LDRKSQPVSF DLKQAQMQVK GTREAEKFTL
EVGQIPINLL QNYINKGTGN REQGTVNPSK VSIHPSPPHS LLTQPLLGDL SGQFTLNVDT
GEIMGEKVAI ANPQLGAVKG EKFTGNFQYI QGNLTLSDGK LNIKNSQYRL DGSLTSTPSG
HRINAEIGIN QGNIQNILET LHIFDLEDLK RGITPPQYAK AQDLYELKGT GNRQQATVNP
SNLSIPPSPP PPLTPSSHPP LAEVGSKNAT ISDRLTHFDQ INTWLQQHQQ TRKKASPLPE
LRELQGNFNG QIALNFAPES GLKANFDLNG QNWKWGGFNL TQIAAKGNWN NGMLTLEPLN
LHHKTSQIAF TGRMGAQKQE GKVELVDIPL NNLSEFSSLP GIVDFGGKLN GNITLLGSRD
NPEIVGKLVI DKATINQTSL DATQGEFTYR RGRVNFAASS VLGRRTEPLT IKGTFPYQLP
FAKVYNTSDR LSLNVNVANE GLTLLDILTK GQVAWLGGQG ELQVNVSGRV DPKRGIPTQL
NANGIAQVQN AIIGAKVIPN APLTKVNGQI FFDLDRLKVD SLTGQFSGGQ VAIRGSLPLL
KEIPQTNPLT VNFDDLALKI PQRYQGGGKG TVQVTGTVVK PKIGGNVELF NGEVLLGDGR
EGVGKLSTAA EFSNLKLTLG ENILITRLPI LTFLATGSLT VNGNLNEPKP EGTIILENGL
VNLFASQLRL AGGQGNTAKF DPERGLDPYL NVKLYTSATE TTRSRVNVDP ASAEINEPFS
ANKDSLQTVR IQATVQGFAS DLTNGIELSS QPKRSSTEIV ALLGGSFLNP LERGETTLGL
ANLAGSAVLG PVQGAIGEAL GLSELRIFPT QLIDEQERLD DSSIGVAAEA GVDLTNELSV
SMQKVLTSDR PPQVGVRYRI NDQMLIRGST NFSDDSRGSI QFEQRF
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