| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4232 |
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| Symbol | |
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| ID | 7108153 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 4695940 |
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| End bp | 4699089 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643482456 |
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| Product | glycosyl hydrolase 38 domain protein |
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| Protein accession | YP_002379470 |
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| Protein GI | 218441141 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 63 |
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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 | ATGATCCATC AAACTCTAGA AAAACTCCGC CAACTAACTC AAATTGATGT TCAATCTAAC
TGGTATTATA GTTTACAAGA AATTCCCCCG GATTCCATTA ACCTTGATAC CTTAGAAATT
GCTCAACTTA ACGAAAAAGG ATATATTACT TGGTTATCCG GTCGTAAAAT TTGCACCTTA
GTTCAAAAAA TTATTATTCC TCACACCCTA AAAGGATACC CTTTAAAAAG TCTTACCCTG
CGTTTACTCT TGACTTGGTG GGCTGAAGAT GCCAAAATTT TTATTGATGG TAAACTGGTT
CAACAAGGGG ATTTATTTGA CTCTTCCACT CGCTTACTGT TGACTCCTTG TGCTATCCCA
GGACAAGAAA TTTTAGTCAC TCTACACCTC ATGAGTCCGG GTCATGATAT TGGTGGTTTA
ATGCGCTCAA CATTGGTTTA TGAACAGGGG AAGCAAGAAG GTATTGACCC CGGTTTTATC
GCTGACGAAT TGACGGTATT ATATCATTAT TTAACTCATT TTTATCCTGA AAAATTAGAC
GAATTTACCC AAGCTTTAAC ACTTATTGAT TGGGATAAAG TCAATCATCA AGAACAATTT
GATCGCTCTC TATTAACTCT ACGAAAAACC CTACACCCTT TAGGGGAATT GATTAAAAAC
CGAAGCCTAA ATTTATTAGG CCATGCTCAT CTTGATCTCG CTTGGTTGTG GCCAGTTAAT
GAAACTTGGC AAGTCGCTCA AAATACGTTT GAATCGGTTT TAACCTTACA AAAAGACTTC
TCTAACCTCA CATTTTGCCA TACTAGCCCT GCCTTATATG CTTGGATAGA AAAAAATTGT
CCAGACCTAT TTAAAGCCAT TCAAGAGGCA GTAAAGGCTA AATCCTGGGA AGTTTTAGGG
GGGATGTGGG TAGAACCCGA AGTCAATTTA GTTTCAGGAG AATCTTTAGT CCGTCAACTT
CTCTATGGTC AACGTTATTT TAAAGAAAAA TTTGGCACAA TAACTACAAT AGCATGGTTG
CCGGATAGTT TCGGGTTTTC TTGGCAACTT CCCCAACTGT TTAAAGGAGC AGGAATAGAG
TATTTTGTCA CCGGAAAACT TCACTGGAAT GATACCACAA AATTTCCTTA TGGACTATTT
TGGTGGCAAG CTCCCGATGG CACAAAACTA CTAACCTTGA TGTCTCCTCC TAATGTGACT
GGCATCATGG ATACTAACCC CATTACTATG TCTAACTATG CCATAAATTG GGAACATCAA
ACCGGTTTTA AAACTGCGTT TTGGTTGCCT GGAGTTGGAG ATCATGGGGG TGGCCCTACC
CGTGATATGT TAGAAGTAGC TCATCGTTGG CAACAGTCGC CTTTTTTCCC TACTATTAAC
TTTAATCGAG GGATTGACTA TTTATCAAAT TTATCAACAG AAGAGAATTT ACCTCTGTGG
CAAGATGAAT TATATTTAGA ATTTCATCGG GGATGTTATA CTACCCATGC TGACCAAAAA
AGCTTTAACC GTCGCTCTGA AAAAGTATTA TATCAAGCGG AATTATGGGT AAGTTTAGCT
ACAATTATTG TACCCGATTA TCCCTATCCT AAAACCGAAC TTGAGACAGC TTGGAAACAG
GTACTTTTTA ATCAGTTTCA TGATATTTTA CCCGGAACTT CTATCCCCGA AGTATTTGAG
GAAGCTAACC GAATTTGGCA AGAAGTTCAA GGAGTAGGAC AGGAAATTTT AGACCACGCT
TTAAAAGCGA TCGCTGGTAA AATTAGTTTA CCTAAACCCC CTCATCAAAA CGCCAAACCG
GTCTTTATTT TTAACTCCCT AAATTGGGAA CGTTCAGAAG TTGTCGCCAT TAATGTTAAG
TCTTCCTCTT GGGATATTTA TGATTCAGAA GGGAATAAAC TTCGGACTCA ATATACAACA
GACAATGAGA TGTTATTTTT CGCTCAAAAT ATTCCCTCCA TTGGATATAA AATATTTTGG
GTATGTCCAA CAGAAGGGTT AACTATTCCT CCTCACTCTT TAGATAATAC TGAGGGATTT
ATCTTAGAAA ATGACCACTT AAAAGTGATT ATTAATCCTA ATACGGGAGA TATAGACAGT
ATTTTTGATA AAATTCAACA GAGAGAAATT CTCGCCGGAT ACGGAAATCA ATTACAAGCT
TATCAAGATC AAGGTCAATA TTGGGACGCT TGGAATATCG ATCCCAATTA TGCTCAATAT
CCCTTACCTC CAACCGAATT AAAAACCATT CAATATCTCG AAAAAGGAGA ATTACAAACC
CGAATAAGAG TCATCCGACA ACTAGGAAAC TCAGAATTTT CTCAAGATTA TATCCTTCAA
ATTAACTCCC CTATTCTCAA AATTAAAACC AGAGTCAATT GGCAAGAAAC TCATGTTTTA
GTTAAAGCCG CTTTTGCCTT AAACTTAAGT AATGACTATG CTACCTATGA AATTCCCTGC
GGTGCGATCG AGCGTCCTAC CAATCCTCAA ACTCCATCAG AACAAGCCAA ATGGGAAGTT
TATGGGTTAC ACTGGGCAGA TATTACCGAT CATACGGGTG AATATGGGGT AAGTCTTCTC
AATGACTGTA AATATGGCTA TGATAGTCAA CCGGAGCAAA TACGCTTAAC CTTACTACGG
AGTCCTATTT GGCCTGATCC TAACGCAGAT CGAGGCATTC ATGAGTTTAC TTATGCACTC
TATCCTCATA GGGGAACATG GCAAAGTGCT AAAACGGTAC AGCGAGGATA TGAGTTAAAC
GTAAGCTTAC AAATTATTTA TAATGATGAG GCAGTGAGTT GGGACGATAA AACCGAGTCT
GCTTCACTGC CTGTTAAAGG TTGTTTATTA AACTTACCAG GGGATAACCT CGTGCTAATG
ACGTTTAAAG TCGCGGAAGA TTCCCCTAAA ACTTGGATTT TACGCTGTTA TGAAAGTTGT
GGTCACTTAG CTAAGTTATC ATTAAATAGT GATTTAGGAT TAAAAGTTAT CGAGACTGTT
AATCTCCTCG AAGAACCCCT TAAAATGGAG ACAACGATTA ATCCTTGGAA AATCGTCAGT
TATCAAATCA CCTTGACAAC GTTTAATCTT CGTGATCCTC AAACGGATCT TCTAACTGAG
CAGAAGGAGG CCCAAAAGCG GTATAGATAG
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| Protein sequence | MIHQTLEKLR QLTQIDVQSN WYYSLQEIPP DSINLDTLEI AQLNEKGYIT WLSGRKICTL
VQKIIIPHTL KGYPLKSLTL RLLLTWWAED AKIFIDGKLV QQGDLFDSST RLLLTPCAIP
GQEILVTLHL MSPGHDIGGL MRSTLVYEQG KQEGIDPGFI ADELTVLYHY LTHFYPEKLD
EFTQALTLID WDKVNHQEQF DRSLLTLRKT LHPLGELIKN RSLNLLGHAH LDLAWLWPVN
ETWQVAQNTF ESVLTLQKDF SNLTFCHTSP ALYAWIEKNC PDLFKAIQEA VKAKSWEVLG
GMWVEPEVNL VSGESLVRQL LYGQRYFKEK FGTITTIAWL PDSFGFSWQL PQLFKGAGIE
YFVTGKLHWN DTTKFPYGLF WWQAPDGTKL LTLMSPPNVT GIMDTNPITM SNYAINWEHQ
TGFKTAFWLP GVGDHGGGPT RDMLEVAHRW QQSPFFPTIN FNRGIDYLSN LSTEENLPLW
QDELYLEFHR GCYTTHADQK SFNRRSEKVL YQAELWVSLA TIIVPDYPYP KTELETAWKQ
VLFNQFHDIL PGTSIPEVFE EANRIWQEVQ GVGQEILDHA LKAIAGKISL PKPPHQNAKP
VFIFNSLNWE RSEVVAINVK SSSWDIYDSE GNKLRTQYTT DNEMLFFAQN IPSIGYKIFW
VCPTEGLTIP PHSLDNTEGF ILENDHLKVI INPNTGDIDS IFDKIQQREI LAGYGNQLQA
YQDQGQYWDA WNIDPNYAQY PLPPTELKTI QYLEKGELQT RIRVIRQLGN SEFSQDYILQ
INSPILKIKT RVNWQETHVL VKAAFALNLS NDYATYEIPC GAIERPTNPQ TPSEQAKWEV
YGLHWADITD HTGEYGVSLL NDCKYGYDSQ PEQIRLTLLR SPIWPDPNAD RGIHEFTYAL
YPHRGTWQSA KTVQRGYELN VSLQIIYNDE AVSWDDKTES ASLPVKGCLL NLPGDNLVLM
TFKVAEDSPK TWILRCYESC GHLAKLSLNS DLGLKVIETV NLLEEPLKME TTINPWKIVS
YQITLTTFNL RDPQTDLLTE QKEAQKRYR
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