| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4191 |
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| Symbol | |
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| ID | 4245843 |
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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 | 6461220 |
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| End bp | 6464168 |
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| Gene Length | 2949 bp |
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| Protein Length | 982 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638109090 |
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| Product | hemolysin-type calcium-binding region |
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| Protein accession | YP_723668 |
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| Protein GI | 113477607 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2931] RTX toxins and related Ca2+-binding proteins |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.735923 |
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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 | 12 |
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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 | ATGGCACAAA CAGTTAAACA ACAAGTCGAA CTAGCACCAA CAATTTTTAT TGAAAGTTTG
GGAGAGGGAA CTCCTCTGAG CGACTCCATA ATTGGAAGTT CAAGAAGTGA TCTAATTAGA
GCATTGTCAG GAGATGATAC AGTTTTTGCT CTAGATGAAA ATGACTCCCT CCTTGGGGGT
GAAGGTCAAG ACTACATGAA CGGCAATGCC GGAAATGATT TTCTCGACGG AGGTCTGGGA
AATGATTGTT TACGGGGGGG GAAAGGTTTA GATATTTTCC TAGGAAATAG TGGTAGTGAT
ATATTATTTG GCGATCGCGA AAATGATACC ATATTGGGAA ATGAAGGTGA CGATAGTATT
TTTGGAGGTA AAGATAATGA TAGTATTATA GGTGGTGGAG AGGATGACTT ATTATTTGGC
GATCGAGGCA ATGACGTAGT TAATGGGGAT ATTGGCAATG ATACAATAGT TGGCGGTGTA
GGTGACGATC GCTTATTAGG AAATGATGGT GGAGATACTT TATTTGGAGA AACAGGTAGA
GATATTCTAG AAGGGAACGC AGGAGATGAT GTACTTTTTG GTGGCAAAGA TGCAGACTCT
CTAGAAGGAG GAGTTGGTGC AGACTTTCTC TCAGGAGACA TTGGTAAAGA TACACTTACA
GGTGGTATTG GACAAGATAC TTTTAATCTT GAACCCAACT CAGAAAGTCC AGGAGTTAGT
GGTGCAGACT TTATAAGTGA CTTCAGCAAT GAAGATTTAA TTAATCTTAG TAACGGTTTG
ACATTTGAAG ATCTAAGTAT TTTTCCATCC GAAGAAAACC CCGATAATAC AATTATTAGT
GTAGGTGGTA CTAATGGTGA CTTCCTAGCA GTATTAGCAG GAGTTGAAAG TAGCACTATT
GACTCTAGTA GTTTTGTAAC AGTCTCACTA CCCAGAGCAA CACCTCCTAG AGTTACACCA
ACACCCACAC CAATTGTAAC ACCAGCACCC ACGCCAATCG TAACACCAGC ACCCACACCA
AATATTGTAG AACCCATAAA CAACCCCGGT AACACAATTG TTAGTGTAGG TGGTACTAAC
AGTGACTTAT TAACAGTAAC AGTATCAATA CCCCTAGGAA TAAGTGCTGG GGTCACACCA
GCACCTGCGC CAGCACCAAT ACCTGCGCCA GCACCAGCAC CAACACCAAC ACCAGCACCA
ACACCAACAC CAACACCAAC ACCTTCTAAT TTGCCACCCA AAGCAGAGGA TGATAACTTC
ATAACTAATA AAGATGAACC ATTAACTATT ACTGCTGAAA AACTCCTAGA AAACGACTCT
GATCCAGAAG GAGATCCTTT CAGTATTTCA GCTATAGATA GACCACAAAA CGGATCGTTA
CTAAAAGAAA ATAGTATAAC TTATGTATAC ACTCCTAATC CTGCATTTAA GGGAAATGAT
AGTTTCAGCT ATAGTATTAG TGACGGGAAT AATAATTCTG ATACTGCCCA AGTTAATATC
AAAGTCAACG ATCCACCACA GTTAGCAAAC AACCGAGGTA TTATTCTTCT CAAAAATGGA
GCCAGACAAA ATATATTAAA TACTAATCTT TTAGTTACAG ATACCGACAA CACAATAGAA
GAAATTACCT ACAACCTTAT TAGAACACCA ATACAAGGTA ATCTTAGATT GGTTAATAAA
CGTCTTAATC AGAATGATAC TTTCTCTCAG GCTGATATTA ATAACAATTT AATTCTGTAT
ACTCCTGGTA ATACAGCAGG TAATTTTCCT TTTTTCTTTT CTGTCTCTGA TGGTGATGGC
GGAAGTATTG CCAGTACATC TTTTAGCATT AGAGTGGTTG ATAATATTAT TGAAAGAGGA
AATGGTAATA ATAACATTAA TGGTACTCAA GAAAGTGATT ACTTAATAGG AAATTCTGGC
AACGATACTC TCAGTGGTGG TAATGGAGAT GATATTTTAG ATGGCGGAGC TGGAGAAGAT
ATCTTATTAG GCGAAGCTGG TAACGACTCT TTATTTGGAG GAGAAGAAAC TGACACATTA
TTTGGAGGAA TAGGGGACGA TACTCTTGAT GGTGGTGCTG ATAATGACTC TTTGTTAGGA
CAAGGTGGCA ACGATCTATT ATTAGGAGCA GAACAACAAG ATACTCTTGA AGGTGGGCTA
GGTGATGATA CCCTTGACGG CGGTACAGAT AATGATTCCC TATCTGGAGG AGATGACAAC
GACTCCCTAT TGGGTAATCT AGGAAATGAT ACTCTTAGAG GTGATTCCGG TAACGATACT
ATTAATGGGG GTGCTGATAG TGACAGTATT CTAGGTGGCA TAGGTGATGA CTCTTTGTTT
GGTGGCTCAG GATCTGACAC TCTTGACGGT AATGAAGGAA ACGATTTCTT AAGTGGAACA
GAAGGTAACG ATTCTATTAA TGGAAGTTTA GGAGATGATA TATTAAATGG TGGATTTGGT
TCTGACAGAC TAACTGGTAA TCAAGGAGCT GATTCTTTCT TCTTTGAAGT ACCTAACGAA
GGAGTTGATG TGATTACTGA TTTTAATGGG GATAATGTAG ATGCATTTTT GTTTAGATCG
AAGAACTTTG GTAATTTAAC TAATCCTCCT GGTACTGCTA CAGAATTTTT CAGTGTAATA
GTTTCTCTGG ATAATTTAGG TTCACAAGGT CAAAATATTA GCGAACAAGA ATTGATTATT
TTTGAGAATA AATTTGAAAA TGTACAGCAA GTTAATTCTA TTTTGAAAAA TCAAAATGGT
TCTGGTACAA ATCCAGCTTT CTTTATTTAT GTCAATAATA GTTTAAATAG CAAAGTTATT
CTAGGATATG ACCCTAATCT TCAGGACGAC AATAGTCCTG CTTTTGATTT AGCAGTTATC
AATAATATTC CTGTTTTTTC TGATGCTATT AATACTATTA TTGATTCTTC AGACTTTAAG
TTTATTTGA
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| Protein sequence | MAQTVKQQVE LAPTIFIESL GEGTPLSDSI IGSSRSDLIR ALSGDDTVFA LDENDSLLGG
EGQDYMNGNA GNDFLDGGLG NDCLRGGKGL DIFLGNSGSD ILFGDRENDT ILGNEGDDSI
FGGKDNDSII GGGEDDLLFG DRGNDVVNGD IGNDTIVGGV GDDRLLGNDG GDTLFGETGR
DILEGNAGDD VLFGGKDADS LEGGVGADFL SGDIGKDTLT GGIGQDTFNL EPNSESPGVS
GADFISDFSN EDLINLSNGL TFEDLSIFPS EENPDNTIIS VGGTNGDFLA VLAGVESSTI
DSSSFVTVSL PRATPPRVTP TPTPIVTPAP TPIVTPAPTP NIVEPINNPG NTIVSVGGTN
SDLLTVTVSI PLGISAGVTP APAPAPIPAP APAPTPTPAP TPTPTPTPSN LPPKAEDDNF
ITNKDEPLTI TAEKLLENDS DPEGDPFSIS AIDRPQNGSL LKENSITYVY TPNPAFKGND
SFSYSISDGN NNSDTAQVNI KVNDPPQLAN NRGIILLKNG ARQNILNTNL LVTDTDNTIE
EITYNLIRTP IQGNLRLVNK RLNQNDTFSQ ADINNNLILY TPGNTAGNFP FFFSVSDGDG
GSIASTSFSI RVVDNIIERG NGNNNINGTQ ESDYLIGNSG NDTLSGGNGD DILDGGAGED
ILLGEAGNDS LFGGEETDTL FGGIGDDTLD GGADNDSLLG QGGNDLLLGA EQQDTLEGGL
GDDTLDGGTD NDSLSGGDDN DSLLGNLGND TLRGDSGNDT INGGADSDSI LGGIGDDSLF
GGSGSDTLDG NEGNDFLSGT EGNDSINGSL GDDILNGGFG SDRLTGNQGA DSFFFEVPNE
GVDVITDFNG DNVDAFLFRS KNFGNLTNPP GTATEFFSVI VSLDNLGSQG QNISEQELII
FENKFENVQQ VNSILKNQNG SGTNPAFFIY VNNSLNSKVI LGYDPNLQDD NSPAFDLAVI
NNIPVFSDAI NTIIDSSDFK FI
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