| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4192 |
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| Symbol | |
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| ID | 4245844 |
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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 | 6464576 |
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| End bp | 6468439 |
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| Gene Length | 3864 bp |
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| Protein Length | 1287 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638109091 |
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| Product | hemolysin-type calcium-binding region |
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| Protein accession | YP_723669 |
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| Protein GI | 113477608 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.055815 |
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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 | 13 |
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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 | ATGGCAACAG CAGGAACAAT AACAAATATT GAAATAGTTA CTGAAAAAAT AAATGGTGTT
TCTATAAAAG GTTACAACAA GGATAATGGT AAATTTCAAC CATTACAACC AACACCAGCA
CCAACACTAG CACCAACACC AGAACCAACA CCAGAACCAA CACCAGAACC AACACCAGAA
CCAACACCAG AACCAACACC AGAACCAACA CCAGCACCAA CACCAGCACC AACATCAGAA
CCAACACCAG AACCAACACC AGCACCAACA CCAGCACCAA CACCAGCACC AACACCAGCA
CCAGCACCAA CACCAGCACC AACACCGGAA GCAATATCAA CAGAAGTCAT CCAAGTTAGA
AACGATAGTG GCAGACTCGT TGGCGTTATT ATTAACGGTG AGTTTCAGGA ATTACCAGCA
CCAACACCAG CACCAACACT AGCACCAATA CCGGAACCAC CAAAAACAGA AGTTATCCAA
GTTAGAGATG ACAGTGGCAG ACTTGTTGGC GTTATTATTA ACGGTAATTT TGAGCCATTG
CCAACACCAT CGCCATCAGA ACCAACACCA ACTACTTCAC CAGTACCACC GCCACCACCA
ATAGCTGTAG ATGATGAAGC GACAACTAAT CAAAACCAAG CTGTTAGTTT TAATGTTCTC
AATAACGATA TCGATCCGAG AGGAAATCCT CTATCCATTA TTAACTTTAG CTTGCCTACA
AATGGGTCAT TAGTGGAAAA TAATACAGGT ACTTTCACTT ATACTCCCAG ACAACTCTTT
ATCGGAACTG ATAGCTTTAG TTATGAGACA AGTAATGGAA CAACTAGTTC CCTAGCGACG
GTTAACATTA AGGTATTTAA TGAAGGAGCA CCCATCAGAG TCGAAGGGGC ATTTCGAGGA
ACTCCTGATA ATGAATTCTT AATTGGTAGT AGCCAAGGAG ATGTAATATT TGGAGCTGGG
GGTGACGATA GTATTTTTGG TGAAGCTAGC AACGATGAAA TTAGAGGTGA TGCCGATAAC
GATTTTATTA ACGGAGGTCG GGGGAATGAT ACAGTAATAG GAAACCCAGG AAATGATAAT
GTTCGTGGAG GAAAAGATGA TGATCTTGTG TTAGGAGAAG ATGGTAATGA TTTATTGTTT
GGCGATCGCG AGAATGATAT TGTAAATGGA GGGGATGGTA GAGATACTAT ATTTGGGGGT
AAAGATGACG ATAATGTTTC TGGTGATGCA GGAGATGATT TCGTATATGG AGACAAAGGG
GATGATGCGG TTACTGGTGG AAATGGTAAC GATAGTGTTT TTGGTGGGGA GGGTAATGAT
AATGTTAATG GTGACGCGGG GGAAGATGTT CTTAGTGGTG GTCTAGGGGT TGATCGCTTG
TTTGGAGGTG ATGGGAATGA TACTCTCTTT GGGGAAGAAG ACAATGACCA AGCATTTGGT
GGTTCAGGCA ACGATTCAAT ATTTGGAGGT TCAGGAGCAG ACCTGCTGAG TGGCAACGAA
GATAACGATA CTATAAATGG TGGAGATGGT AACGACCAAG TTCAAGGAGA TTCTGGCAAC
GACTCTTTAG GGGGAGGTTT AGGCACAGAT ACTCTGATAG GTGGTGAGGG TAATGATACA
TTTTTTATTA GTCCTGAAAA TGGTGCTTTG GAAGTTTTTG ACGCAGATGT TATTGCCGAC
TTTAACAATA ATATAGACCT AATTAGTCTA GGAGGTGGTC TTGGTTTTAA CGATTTAGTT
ATTTATGAAA GTCCTACGTT AGAAGGCCGT AATACAATAA TTCAGAATCG TTCTGATGGT
CCTTTCTTAG CTATTTTAGT AGGAGTTGAT AGTAATAGTA TTAATTCTGG TAATTTTATT
GGTGCTAGTG GGTTTCCTAT TCCTACTCCA ACACCGACAG AGGCACCAAC ACCGACAGAA
GCACCAACAC CGACAGAAGC ACCAACACCG ACAGAGGCAC CAACACCCAC AGAGGCACCA
ACACCCACAG AAACACCAAC ACCGACAGAA GCACCAACAC CGACAGCTCC ACCTATTCCC
AACCTTTCAC CTAATGCGCA AGATGATGAG CTAGAAGCTA GTCAAGATAT ATCTGTAGAG
ATCAATGTCT TAACAAACGA CTCTGACCCT GAAGAAAAAC CACTGACAGT AACTGATTTT
GGTACGGTTT CCAATGGAGA GTTAGTGAAG AAAAGCAATG GAATATTTGA GTACACTCCA
GATACTGACT TTGTTGGTTC TGATAGTTTC AGCTATACTA TTAGTGATGG CGATGGGGGA
AGTGATAGTG CTAATGTAAC AATTACAGTG AACCAAAAAC CAGAGCTAGT TAAAAATACT
GGTATAGTGA TAGAAAAAGA TTCAGGTATA AATTTCATTA CTTCCAATAA TTTGCAAGTT
TCTTATGCTG ATGATATTCC TGATGATTTA ACCTTAACTT ATACAATAGA AGATGCTCCA
GATTTAGGTA TTCTCAGAAA AGGATCATCC CGGTTACGAA AAGAAGATAC TTTCACTCAA
CAAGATATTG ATAGTAACTT ACTACAATTT ACTCCCGATG ATACAGCAGG CAATGACTTT
TTCAGCTATA CCGTTTCTGA TACTTATGGT GGTAAAGTTC CTTTAACTTC GTTCAGTATC
GGTATAGCTG ATGATACTAG AACATTAACT AATAAAGCTA ATAACTTCAC TGGTACTGCC
CTAAGTAATA ACATTTTCGG ATTAGCAGGA GATGATATTA TTGATGGTGG GGATAACAGT
GACTATATTA GTGGTGATGA AGGAAATGAT TCTATTTTTG GTAACTCTGG TGATGACTGT
CTATCTGGTG GAACTCAACA AGATACTATG ATAGGGGGAG ATGGTAACGA CAGTGTCTTT
GGTGGTAGCG GTAATGATAG TATTTTGGGA AGTCAAGGAA ATGACAGTAT CTTTGGGGAG
GCAGATAACG ATAGTTTAGT AGGAGGAGAT GGTGACGATA GTATTATTGG AGGAGCAGGT
GACGATTCTA TTCTGGGAGT AGATGGACAA GATAGTATAG CTGGGAATAC AGGTAATGAT
ACTATTCGCA GTGGAGTTGA TAACGACTCT GTAACTGGAG GAGAAGGTAG TGATTTAATA
GATGGTGGTC CTAATAACGA TACTATTATT AGTGGCGGTG GAGCAGATAC CGTTTTAGGG
GGTTCAGAAA ACGACTCAAT ATTTGGAGAA GATGGTGATG ACTCAATGGT AGGTGATGAT
GGTAATGACA CTATAGATGG TGGTTCTGGT CAAGACATTA TTTTGGGTGA CATAGGAGAT
GATTCTATCC AAGGTGGTGA TGACAATGAT CGGATTAATG GTGGTCTTGG CAATGATACT
ATAACTGGAA ATTCTGGTTC TGACAGGTTA ATAGGTGGTG GTGGGAATGA TTTATTTTTT
TATGAGGTGG CTGATCAAGG TATTGATATC ATCCTTGATT TTGACAGTAA AGGTGATGAT
AAATTCCTGT TTACATCTGT TAACTTTGGT GGTTTGAACA ATGATGATTT TTCTAATAAT
GATTTTTCTA GTGTAATTCT CCAGGACGAA AATATTGGTT CTGAAGGTCT GAGTATTGCT
GATGCTAAAT TGGTTATTTT TGAAGGAAAG TTTGATGATG CACAAGCAGT TAATGCTGCC
TTAAATGTAC AAAATGGATC TGCCGATCGC CCTGCTTTCT TTCTTTACCT TAATAGTCAA
AGTAACAAAT ATATTCTTGG TTATGACGCC AGTTTGGCTA ATGATACCTT GCCTACTTTT
GAGTTAGGTA TCCTTGAATC TATTGAACCA GAAAAAGATA AAATTTCAAC TATTATTGAG
GCAGATGATT TTGACTTTAT ATAA
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| Protein sequence | MATAGTITNI EIVTEKINGV SIKGYNKDNG KFQPLQPTPA PTLAPTPEPT PEPTPEPTPE
PTPEPTPEPT PAPTPAPTSE PTPEPTPAPT PAPTPAPTPA PAPTPAPTPE AISTEVIQVR
NDSGRLVGVI INGEFQELPA PTPAPTLAPI PEPPKTEVIQ VRDDSGRLVG VIINGNFEPL
PTPSPSEPTP TTSPVPPPPP IAVDDEATTN QNQAVSFNVL NNDIDPRGNP LSIINFSLPT
NGSLVENNTG TFTYTPRQLF IGTDSFSYET SNGTTSSLAT VNIKVFNEGA PIRVEGAFRG
TPDNEFLIGS SQGDVIFGAG GDDSIFGEAS NDEIRGDADN DFINGGRGND TVIGNPGNDN
VRGGKDDDLV LGEDGNDLLF GDRENDIVNG GDGRDTIFGG KDDDNVSGDA GDDFVYGDKG
DDAVTGGNGN DSVFGGEGND NVNGDAGEDV LSGGLGVDRL FGGDGNDTLF GEEDNDQAFG
GSGNDSIFGG SGADLLSGNE DNDTINGGDG NDQVQGDSGN DSLGGGLGTD TLIGGEGNDT
FFISPENGAL EVFDADVIAD FNNNIDLISL GGGLGFNDLV IYESPTLEGR NTIIQNRSDG
PFLAILVGVD SNSINSGNFI GASGFPIPTP TPTEAPTPTE APTPTEAPTP TEAPTPTEAP
TPTETPTPTE APTPTAPPIP NLSPNAQDDE LEASQDISVE INVLTNDSDP EEKPLTVTDF
GTVSNGELVK KSNGIFEYTP DTDFVGSDSF SYTISDGDGG SDSANVTITV NQKPELVKNT
GIVIEKDSGI NFITSNNLQV SYADDIPDDL TLTYTIEDAP DLGILRKGSS RLRKEDTFTQ
QDIDSNLLQF TPDDTAGNDF FSYTVSDTYG GKVPLTSFSI GIADDTRTLT NKANNFTGTA
LSNNIFGLAG DDIIDGGDNS DYISGDEGND SIFGNSGDDC LSGGTQQDTM IGGDGNDSVF
GGSGNDSILG SQGNDSIFGE ADNDSLVGGD GDDSIIGGAG DDSILGVDGQ DSIAGNTGND
TIRSGVDNDS VTGGEGSDLI DGGPNNDTII SGGGADTVLG GSENDSIFGE DGDDSMVGDD
GNDTIDGGSG QDIILGDIGD DSIQGGDDND RINGGLGNDT ITGNSGSDRL IGGGGNDLFF
YEVADQGIDI ILDFDSKGDD KFLFTSVNFG GLNNDDFSNN DFSSVILQDE NIGSEGLSIA
DAKLVIFEGK FDDAQAVNAA LNVQNGSADR PAFFLYLNSQ SNKYILGYDA SLANDTLPTF
ELGILESIEP EKDKISTIIE ADDFDFI
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