| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4624 |
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| Symbol | |
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| ID | 4246278 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 7104047 |
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| End bp | 7107124 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638109493 |
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| Product | Alpha-glucosidase |
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| Protein accession | YP_724069 |
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| Protein GI | 113478008 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1501] Alpha-glucosidases, family 31 of glycosyl hydrolases |
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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 | 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 | 14 |
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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 | ATGCCGAGTG AAATTTTTAA AAGTGATCGC CTCTATAAAT TTATCAAAGT CGAAGAATAC
TTCGATCACT ACCAAGAATG GGATAAACTG GGACCTGCAA AAAATCCTGT GTTCGACGGG
AAGTACACTT TAAGCCTTAC CTTTGATAAG GCCGGCGGAG GTGAGTGCTC AATGTTGCTT
GAGATCACTC AGAACGATGT CTTACGGATG CGCTTTAACC CCAACAAAAA ATTAGCAGGG
GATTATGCAA GGGGCACTCG CGTGGATAAT GATGAAACAG ATGAAGAGAT CAAAAGGAAT
AATCAACGTA CTGTAACTTA CAGACAAGTT AAGGATATTA AGTTAGGAGA TCAGGTTATA
TTGACGGCAA AAAGCAATTA TAACCAGGTT GGTCGTAATA CACCCTTCAA TATGGAAGTA
GTGATCACTT TAAATCCATT TGGTATCAAA GTATTCAACA AGTCCGAATC GAATTCAGAG
TATGCCAATA TTCCTGTCTG GGAAACCGCA AACACTTCAA TTTACTATAC CGCTAATGGC
ACAGATGATT ATGCCATCAT TCAGTCGGTC AAGAAGTCGG CCGATGCCAA ATATATTGGT
TTTGGGGAAC AGGGGGGAAC TAAACTCAGC AAAAATATGG ATCAGTTGAA TTATTTCAAC
TTTGATAATA TGCGCTATCG ACAGGTCTAT AATCGTGGAC CTTTAGATAA CCGCGAACCT
CTTTACCACT CTGAGCCTTT CTTTTATGAG TTCAATGGCG TTCCTGGTAG CGACAATGTT
AATGCAGTTC TAGTGGATAA CCCAAGTCAA GTATTCATGG ACATAGGCTA TAGTAATTCT
GGTCGCTATA TGTTTGGGAC TCGCTTTGGT GATCTTGACT ATTATGTGTT TTTTGGAGAA
GACCCGAAGA ATATTTTAGA TAGCTATACG GCCGTGATCG GTCGCCCAGA GTTGAAACCG
CGCTATGCTT TGGGATATCA CCAAGGTTGC TATGGATACG AAAAGCGGAG TGACTTAGAA
TGGGTTGTGG CGCGATATCG GGATTGGGGT ATACCCATTG ATGGTCTCGC TGTTGATGTT
GACTTACAAG CAAATTATCG GACTTTTACT ATCAACATCA ATAATTTCTG GGAACCAGAT
AAAATGTTTG ATAACTTGCG AAAGCAGGGG ATAAAATGCT GTACGAACAT TACTCCCGTG
ATCAGCAGTC AAGATAAGCT TGGCAAGACA GATTATGACT ACTCAACCTA CGTTGAGGGA
AAGAATAACA ACTACTTTGT TGTTGATAAG CGCTACGATC CATATAATCC AATTAGTAAA
GAGTATCAGA TCTATAATGG GGGTATTGAA GATCGTTCCA ACAAAGATGA TAATTCCGAT
CCCGAAGGGT TTGATAGTAG TGAGCCTTAC ATTGGCGAAG TATATTACGG CAAGGATGCC
AATGGTAAAG AGCTGGGAAG CCCTGGTCAT TATCCTGATT TAGGCCGTCA AGAAGTACGC
GAATGGTGGG GCAAGCAATA TCAATATCTG TATGAAATGG GACTAGAATT TGTCTGGCAG
GATATGACTA CCCCAGCTAT CCGTGACTTC CGTGGGGATA TGAAAGGTTT CCCCTTCCGT
CTGTATGTGA CTGACGACTT CTATCCCTCG GATGTCAAAC TAACCCCAGC TCTGAAAGTT
TGGAATTTGT ATTCATACAA TTTGCACAAA GCCACCTACG AAGGACTCAA TAACCTGTAC
AAACTATCCA AAGGACTAGA GTGGCGCGAA AACAAGCGCA ACTATATCAT CGGACGAGGG
AGTTTTTCTG GTTCTCACAG ATATTCTGGT TTATGGACTG GGGATAACTC TTCCGAATGG
GCTTTTCTTC AGATGAATAT CTCTCAGGTT CTGTCTCTAG GCATGAACGC TTTGGCAGTT
ACCGGGCAAG ATATCGGAGG TTTCGAGCAA GAATATGGTA ACGACAAACA GCAGTGGGCG
AGTCCGGAAC TGGTAATTCG CTGGACTGCT GCAGGTGCCT TCTTACCATG GTTCCGTAAC
CACTATGTCC GTAAGGGTCG TAAAGAATTC CAAGAACCAT TCCAATATAT AGAGTGGTTT
GAGACATGGA ACAAGCCAAT TCCCGAGCCC CAGGACTTGT ACAGGATGGT GCCAGAGATT
TGTAAGCATT ATATTGAATT GCGCTACCGT CTGATGCAGT TATTCTACGA CACATTGTTT
GAGAACACTC TGGATGGTCT GCCTATCTGT CGTCCTTTGT TCCTCAACGA TCCCCAGGAC
AAGTCTCTTT ACAATGATAA AGACGAATTT TTAAACAACG AATTTTTCGT AGGCAAGGAT
TTTCTCGTTG CTCCGGTATT GCTTCCTCAG AGTGAAACCA ATGGTGGCAA GCGGGATATC
TATTTACCTA AGCCTAGCTA CTGGTACAAC TTTGTCAACA ACGTTATGCC TCTTAATAAT
GCTTTGGAAG GGGGAACAAC GATACGAGAT TTTGATGCTA ATATCAATAC TCGTGACCAG
CACATTAACT TTATTGTACC CATCTACGTT CGCTCGGCAG CAATTATTCC CACAATTGAG
TTGGAACAAT ATGTGGGAGA AAAGAACGCC AAAGGAGAAA AAAATCCTAT TACCCTGAAT
ATCTATCCAG ACTATCAGAA GGAGAATGGA GGAGAATACC ACATGTACTT GGATGATGGG
GAGAGCCGTT CTTCTGCCCC GAAATCACAA GTGGACGATC CCAAGGCAAA CGACGAATAT
CGCGAGATTT TGATTACTAA TAAATACACT GGGGAAAAGA CCAGAGAGAT TAAAGTTAAT
CGTGTTCACG ATGGATATAC GCCTATGGAA GACTTTTTCT TTGTGGCAAT ATTGCACGAT
CCTACTGAAC AAAAGGGAGA ACACGGCCCT TTGCAGGAGG TGACTATGGA AGGTAAACCG
CAACAGATGG TTAGTGACAA TGGTGCCCTC TGGGGTAGCC CTAACAACGC ATGGTACTAT
AATGCAGACA TCAATATCAG TTTTATCAAG GTGTTTGATA ATATGCCTAA GACAACTATC
ATGTTAGGTT ATGTCTAA
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| Protein sequence | MPSEIFKSDR LYKFIKVEEY FDHYQEWDKL GPAKNPVFDG KYTLSLTFDK AGGGECSMLL
EITQNDVLRM RFNPNKKLAG DYARGTRVDN DETDEEIKRN NQRTVTYRQV KDIKLGDQVI
LTAKSNYNQV GRNTPFNMEV VITLNPFGIK VFNKSESNSE YANIPVWETA NTSIYYTANG
TDDYAIIQSV KKSADAKYIG FGEQGGTKLS KNMDQLNYFN FDNMRYRQVY NRGPLDNREP
LYHSEPFFYE FNGVPGSDNV NAVLVDNPSQ VFMDIGYSNS GRYMFGTRFG DLDYYVFFGE
DPKNILDSYT AVIGRPELKP RYALGYHQGC YGYEKRSDLE WVVARYRDWG IPIDGLAVDV
DLQANYRTFT ININNFWEPD KMFDNLRKQG IKCCTNITPV ISSQDKLGKT DYDYSTYVEG
KNNNYFVVDK RYDPYNPISK EYQIYNGGIE DRSNKDDNSD PEGFDSSEPY IGEVYYGKDA
NGKELGSPGH YPDLGRQEVR EWWGKQYQYL YEMGLEFVWQ DMTTPAIRDF RGDMKGFPFR
LYVTDDFYPS DVKLTPALKV WNLYSYNLHK ATYEGLNNLY KLSKGLEWRE NKRNYIIGRG
SFSGSHRYSG LWTGDNSSEW AFLQMNISQV LSLGMNALAV TGQDIGGFEQ EYGNDKQQWA
SPELVIRWTA AGAFLPWFRN HYVRKGRKEF QEPFQYIEWF ETWNKPIPEP QDLYRMVPEI
CKHYIELRYR LMQLFYDTLF ENTLDGLPIC RPLFLNDPQD KSLYNDKDEF LNNEFFVGKD
FLVAPVLLPQ SETNGGKRDI YLPKPSYWYN FVNNVMPLNN ALEGGTTIRD FDANINTRDQ
HINFIVPIYV RSAAIIPTIE LEQYVGEKNA KGEKNPITLN IYPDYQKENG GEYHMYLDDG
ESRSSAPKSQ VDDPKANDEY REILITNKYT GEKTREIKVN RVHDGYTPME DFFFVAILHD
PTEQKGEHGP LQEVTMEGKP QQMVSDNGAL WGSPNNAWYY NADINISFIK VFDNMPKTTI
MLGYV
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