| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3666 |
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| Symbol | |
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| ID | 8393008 |
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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 | 3737700 |
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| End bp | 3740804 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644981591 |
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| Product | Alpha-mannosidase |
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| Protein accession | YP_003139313 |
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| Protein GI | 257061425 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.555262 |
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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 | 19 |
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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 | ATGATTCTTG AAACGATTGA TCAATTAAGA CAACTCACTC AAACAGATAT CCAAACAGGT
TGGGTTCATA CTGATGACGA AATTGATTTT AAGTCAATCA ATCTTGATGC TTGGGAAAAG
GGGGAACTTA ATGAGAAAGG ATACATTATT TGGTCAGCAG GAAAAAAAGT TAAATGGTTA
GGTCAAAAAT TCATTATTCC TGAACATTTA AGCGGTTATC CTTTAGGGGG ACTGACTTTA
AGATTAGCCT TAACTTGGTG GGCTGAAGAT GCTAAAATTT TTGTTAATAA TCACTTAGTC
CAAGAGGGAG ATTTATTTGA TTCTTCCTCT AGAATTTTAT TAACCTCATC AGTACAACCA
GGAGAAGAGA TTTTAGTTCT TTTACGCTTA GTTAGTCCTG GTCATGATAT TGGGGGATTA
ATGAAGTCTA AACTGATTTA TGAGAGAGAG AGTAACTCAA CTGTTGATGA TGATTTTAAT
AAGTTAGTTA TTGATCCGGG TTTTGTCGCA GATGAATTAA CGATTTTATA TAATTATTTA
AGTGCTTTTG ATCCTAAAAA ACTAGAAATA CTTAATCAAT TTATTAATCA AATTAATTGG
AAATTAGTAT CTGATGCAAG CAAGTTTGAT CGATGTTTAC TTGATCTGCG TGAAAAGATT
TTACCCTTAG CGAATTATAT CAAACAAAGC TCTCTAAATT TACTAGGTCA TGCCCATTTA
GATATGGCTT GGTTGTGGCC AGTTAATGAA ACTTGGGATG CTGCAAAACG GACATTTACC
TCAGTTATTA ACTTACAAAA AGAGTTTCCT AGCCTAATAT TTGGTCACAC CAGTCCTGTT
CTTTATGAAT GGATAGAAAA CCATCGTCCT GACCTTTTTG ATGAGATTAT ACAAGCTTTT
AAAGCAGGGA AATGGGAACT TTTAGGAGGG ATGTGGGTTG AACCCGATGT GAATTTAGTT
TCCGGTGAGT CTTTAGTTAG ACAACTGCTG TATGGACAGA AATATTTTAA CAATAAATTC
GGAGAAATTA GTCAAGTTGC TTGGCTTCCT GATAGCTTTG GTTTTTGTTG GCAATTACCG
CAAATTTTAC AACAAAGTGG CATTAACTAT TTTGTTACGG GGAAACTTCA TTGGAATGCA
ACGGTTAAAT TTTCTCAAGG ATTTTTTAAA TGGGAATCTC CTGATGGAAC TCAAATATTA
ACCTTAATTT CTCCTCCTAA TGTAGCTGGA GTAATGGATA CTAACCCCAT TCTCATGACC
AATTATGCTA TGGATTGGGA AAAACAAACG GGGTTAAAAG AGGCTTTTTG GTTGCCTGGA
GTTGGCGATC ATGGAGGAGG TCCTACCCGT GATATGTTAG CCATACAAAA GCGGTGGGAA
AAATCTCCAT TTTTTCCTCA ATCACAGTTT ACTAAAGCGA TAGACTATTT AAACAAAATT
AGCCAAGCAA CGCAAGAGAT ACCTATTTGG AAAGATGAAC TTTATCTCGA TTTTCATCGA
GGCTGTTATA CAACCCATGC TGATCAAAAA TGGTTTAATC GTCGTAGCGA AGACTTATTA
TATAAAGCAG AATTATGGTC ATCAATAGCA ACAATTCTTT TAGAAAAAAC TAATAATTGT
GCGAGTAAAA AATTATTAGA AGAAGCTTGG AAAAAAGTTT TGTTTAATCA ATTTCATGAT
ATCTTACCGG GAACTTCTAT TACAGAAGTC TTTGTTCAAG CGAACGAAGA GTGGCAACAA
GTTCAAGCGA CAGGTCAAAA TATCTTAAAT GAGTCTTTAG AAGCGATCGC GTCTCAAATT
AGTCTACCAC AACCCCCTCA AGCTGATAGT ATCCCTTTAG TCGTTTTTAA CTCTTTAAAT
TGGGAGCGAT CGCAAGTTGT AGAATGTTCT AAAGTAGCCG AAAATTGCCA AGTTTATAAT
CTAGAAGGAC ATCTATTAAC TTCTCAGTTA TCCTCAGAAA ATAACCTACT ATTTTTAGCT
GAAAATATTC CCTCAATTGG TTATCGAGTC TTTTGGTTAT GTCCTGGGAA AAATTCAGTT
AACAATGTTG TTCTATCTTA TCCTCAAGAC TATATTTTAG AAAACGAATA TTTAAAAGTG
ATTATTGATA ATAAAACGGG AGATATAGAC AGTATTTTTG ATAAAGTAAA TCAAAAAGAA
GTTATTAAAG GAAAAGCTAA TCAACTTCAA ACATTTCAAG ATCAAGGACA ATATTGGGAT
GCTTGGAATA TCGATCCGAA TTATAATAAT TATCCTTTAG AGGAAACTGA ATTAAAATCA
ATTGAATATT TAGAAATAGG GCCTATTCAA TGGAAAATAA GGGTAATTAG ACAATTCAGA
AAATCAGAAT TTTGTCAAGA GTATATTTTA CAAATTCATT CAAAAATCTT AAAAATTCAA
ACCCAAGTTA ATTGGCAAGA AACCCATGTA TTAATTAAAG CATCCTTTCC TTTAGCAATA
GCAAATAACA ATACAACCTA TGAAATTCCT TTTGCTGCTA TTGAACGAAA TAATAACCCC
GAAACTCCAG AAGAAAAGGC TAAATGGGAA GTTCCTGCTT TAAGATGGGC AGATATTAGT
GACCCATCTC AAGATTATGG TGTAAGCTTA TTAAATGACT GTAAATACGG CTATGATAGT
CAAAGCGATC GCCTGAGACT CACACTATTA AGAAGTCCTC TGTGGCCTGA TCCTAAATGC
GATCGCGGGT TACATCATTT TACCTATGCT ATTTACCCCC ATCAAGGCAA TTGGAAAGAA
GCGAAAACAG TCCAACAAGG ATACGAATTA AACATCCCGT TAGATCTCGT TTATTTGCCA
CAAGTTTCGA CAAAATCTAG TCATAAATTA CCCTCAATTA ATTACTTCTT AAAGTTCAAG
TCAGATAATT TAATTTTATC CGCTTTTAAA CCGAGTGAAG ATAACGCTAG CTACTGGATC
TTACGCTGTT ATGAATCTGA GGGGAAAATT TCTCAAATGT GCCTAGAAAA TAACCTAAAC
TTACAGCTAA CTGACTCAGT CAACCTTTTA GAAGAACCTC TTGCTGAATT TTCCCAAGTT
GACCCCTGGA AAATTGTCAG CTTTCAAGGT ACAATAATTA AGTAA
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| Protein sequence | MILETIDQLR QLTQTDIQTG WVHTDDEIDF KSINLDAWEK GELNEKGYII WSAGKKVKWL
GQKFIIPEHL SGYPLGGLTL RLALTWWAED AKIFVNNHLV QEGDLFDSSS RILLTSSVQP
GEEILVLLRL VSPGHDIGGL MKSKLIYERE SNSTVDDDFN KLVIDPGFVA DELTILYNYL
SAFDPKKLEI LNQFINQINW KLVSDASKFD RCLLDLREKI LPLANYIKQS SLNLLGHAHL
DMAWLWPVNE TWDAAKRTFT SVINLQKEFP SLIFGHTSPV LYEWIENHRP DLFDEIIQAF
KAGKWELLGG MWVEPDVNLV SGESLVRQLL YGQKYFNNKF GEISQVAWLP DSFGFCWQLP
QILQQSGINY FVTGKLHWNA TVKFSQGFFK WESPDGTQIL TLISPPNVAG VMDTNPILMT
NYAMDWEKQT GLKEAFWLPG VGDHGGGPTR DMLAIQKRWE KSPFFPQSQF TKAIDYLNKI
SQATQEIPIW KDELYLDFHR GCYTTHADQK WFNRRSEDLL YKAELWSSIA TILLEKTNNC
ASKKLLEEAW KKVLFNQFHD ILPGTSITEV FVQANEEWQQ VQATGQNILN ESLEAIASQI
SLPQPPQADS IPLVVFNSLN WERSQVVECS KVAENCQVYN LEGHLLTSQL SSENNLLFLA
ENIPSIGYRV FWLCPGKNSV NNVVLSYPQD YILENEYLKV IIDNKTGDID SIFDKVNQKE
VIKGKANQLQ TFQDQGQYWD AWNIDPNYNN YPLEETELKS IEYLEIGPIQ WKIRVIRQFR
KSEFCQEYIL QIHSKILKIQ TQVNWQETHV LIKASFPLAI ANNNTTYEIP FAAIERNNNP
ETPEEKAKWE VPALRWADIS DPSQDYGVSL LNDCKYGYDS QSDRLRLTLL RSPLWPDPKC
DRGLHHFTYA IYPHQGNWKE AKTVQQGYEL NIPLDLVYLP QVSTKSSHKL PSINYFLKFK
SDNLILSAFK PSEDNASYWI LRCYESEGKI SQMCLENNLN LQLTDSVNLL EEPLAEFSQV
DPWKIVSFQG TIIK
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