| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2255 |
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| Symbol | |
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| ID | 4243348 |
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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 | 3507804 |
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| End bp | 3511928 |
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| Gene Length | 4125 bp |
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| Protein Length | 1374 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638107357 |
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| Product | hypothetical protein |
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| Protein accession | YP_721957 |
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| Protein GI | 113475896 |
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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 | 3 |
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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 | 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 | GTGTCTAAAG TTGCTACTAA AAATATTACA TTCTGGAATA CTACTGGTTA TAATTATCCA
GGATTTGGCA AAACCGTAGA AGTCCCTGAT GGCCTAGGTG GCACAATAAG TATTACTTAT
AATCAAATTG ATTATAATGA CCGTAACTGG AAAGCCAAAC CAGATGGCAG TGTTCCTGTG
ACAGAAAATC GCTTCCTCTC AGGAGAAGTA GGGAATAATT TTAGCTTAAC AGGCCAAGTA
CAAGGCATAA CTGCTACTAT GCCTCTTATA AGAACTCTAG GAGCTGAAAA TAACTATTCT
GTCACTTTAG ATTTTAGTAA ATACAAAGCC TCCGCAGGAG GTTCAAAAGC AACTGATGGT
GCAACCTCTG GTGACACCTA TTTAGCCATA TCAAGATTTT TTAACGGTAG CAAAACTGGA
TATACAACCA TTAAAGTCAC TGCAAGAACT CTCGATGGTA GCGAACTTAA CCTAGGTGAT
TGGAAATTAT TCAACAGTGG AACTCTCGGC CAAGGCAATA ATGCTCGGAT ATTCTTAAAT
GCAGCTACTC AAATTCTTTC TGGTAAAAAC TCTCAAGGCA AACCAGAATT CTGCCCAACT
CCACCTAACC CAAACTCTTC TCTTGGTAAA GGCACAGGGC TAGGTTTATT TGAGTTAGCA
AGTAATCAAC GTTATGTATC TATTACTCTT AGCTTTAAAC AAAAAAAAAT TACAGGTTCT
TTGCCTAATG ATTTACACGA TATTTATGTT GCTAGCAATA CTAGTTCTAC AAGTCCAATT
GATGTAACTC CTCCACCGAT GGATATAAAT CGTGGTTTAC AAGTACATTT GCCATTGAAT
GAAATAGTCA AAAATGCCGA ATCAAAAAAA GAAGTAGTTG ATATTTCAGG AGCTCAAGTT
AATGGCAAAG TTAATGGTGC AAAAGTTGTC GCCGACTCAA AATTTGGTCA TTGTCTAAGT
TTTGATGGGG TGGATGACTA TCTTGAACTA CCAACAGCAA CTATTCCTCA AACAGGGGCA
ATCACAATTA GTTTTTGGGC TAATGGTGAT AACTCTTTAC CCAAGGATAA TTCCATAATA
GCTGCATACG ACCAAAGTAA TAACAGGGTG ATTAATATTC ATTTACCTTG GAATAATAGT
TACATTTACT TTGATTGTGG AAATACGGGA AACAGTTATG ACAGAATAGA AAAATTAGCT
AAAGCTGCTG ATTTTAAAGG GAAATGGACT CACTGGGTAT TTACGAAGAA TGTTACCACT
GGAGAGATGA AGATATATCT CAATGGTGCT TTATGGAGTA GTGGTAAGGA TAAGAGTAAG
CAAATAAGTG GCATGACCCT GGTGAAGCTT GGTTCTGGTT ATGGATTTTA TCATGGTCAA
GTTGCTCATC TGCGAATTTA TGACCGAGTG TTGTCTGCAG AAGAAATTAA CGAATGTATG
AAGGTGGATG TAACTCCTCC ACCGATGGAT ATAAATCGTG GTTTACAAGT ACATTTGCCA
TTGAATGAAA TAGTCAAAAA TGCCAAATCA AAAAAAGAAG TAGTTGATAT TTCAGGAGCC
CAACTCAATG GCAAAGTTAA TGGTGCAAAA GTTGTCGCCG ACTCAAAATT TGGTCATTGT
CTAAGTTTTG ATGGGGTGGA TGACTATCTT GAACTACCAA CAGCAACTAT TCCTCAAACA
GGGGCAATCA CAATTAGTTT TTGGGCTAAT GGTGATAACT CTTTACCCAA GGATAATTCC
ATAATAGCTG CATACGACCA AAGTAATAAC AGGGTGATTA ATATTCATTT ACCTTGGAAT
AATAGTTACA TTTACTTTGA TTGTGGAAAT ACGGGAAACA GTTATGACAG AATAGAAAAA
TTAGCTAAAG CTGCTGATTT TAAAGGGAAA TGGACTCACT GGGTATTTAC GAAGAATGTT
ACCACTGGAG AGATGAAGAT ATATCTCAAT GGTGCTTTAT GGAGTAGTGG TAAGGATAAG
AGTAAGCAAA TAAGTGGCAT GACCCTGGTG AAGCTTGGTT CTGGTTATGG ATTTTATCAT
GGTCAAGTTG CTCATCTGCG AATTTATGAC CGAGTGTTGT CTGCAGAAGA AATTAACGAA
TGTATGAAGG TGGATGTAAC TCCTCCACCG ATGGATATAA ATCGTGGTTT ACAAGTACAT
TTGCCATTGA ATGAAATAGT CAAAAATGCC AAATCAAAAA AAGAAGTAGT TGATATTTCA
GGAGCCCAAC TCAATGGCAA AGTTAATGGT GCAAAAGTTG TCGCCGACTC AAAATTTGGT
CATTGTCTAA GTTTTGATGG GGCGGATGAC TATCTTGAAC TACCAACAGC AACTATTCCT
CAAACAGGGG CAATCACAAT TAGTTTTTGG GCTAATGGTG ATAACTCTTT ACCCAAGGAT
AATTCCATAA TAGCTGCATA CGACCAAAGT AATAACAGGG TGATTAATAT TCATTTACCT
TGGAATAATA GTTACATTTA CTTTGATTGT GGAAATACGG GAAACAGTTA TGACAGAATA
GAAAAATTAG CTAAAGCTGC TGATTTTAAA GGGAAATGGA CTCACTGGGT ATTTACGAAG
AATGTTACCA CTGGAGAGAT GAAGATATAT CTCAATGGTG CTTTATGGAG TAGTGGTAAG
GATAAGAGTA AGCAAATAAG TGGCATGACC CTGGTGAAGC TTGGTTCTGG TTATGGATTT
TATCATGGTC AAGTTGCTCA TCTGCGAATT TATGACCGAG TGTTGTCTAC AGAAGAAATT
AACGAATGTA TGAAGGTGGA TGGTACCGAT GCCACATCAA CTACTGATGA GACTGATACC
ATATCAACTA ATGATGTTAC TGATGTCACC CCAACTACTG ATGGTACTGA TACCACATCA
ACTACTGATG GGACTGATAC CACACCAACT ACTGGTGGGA CTGACACCAC ACCAACTACT
AGTGAGACTG ATACCACACC AACTACTGAT GGGACTGATA CCACATTAAC TACTGATAGG
ACTGGTACCA CATCAACTAC TGATATTACT GATGCCACAT CAACTACTGA TGGGACTGGT
ACCACATCAA CTACTGATGG AACTGATACC ACACCAACTA CTGATGGAAC TGATACCACA
TTAACTACTG GTGGTAATGA TACCACATCA ACTAATGATG TTACTGATGC CACATCAACT
ACTGATGGGA CTGGTACCAC ATCAACTACT GGTGGTAATG ATACCGCATC AACTAATGAT
GTTACTGTTA CCACACCAAC TACTGATGGG ACTGATACCA CATTAACTAC TGATGGGACT
GTTACCACAC CAACTACTGA TGGGACTGGT ACCACATCAA CTACTGATGG GACTGTTACC
ACATCAACTA CTGGTGGGAC TGATACCACA CCAACTACTG ATGGGACTGA TACCACACTA
ACTACTGATG GGACTGATAC CACATTAACT ACTGATAGGA CTGGTACCAC ATCAACTACT
GATATTACTG ATGCCACATC AACTACTGAT GGGACTGGTA ACACATCAAC TACTGATGGG
ACTGGTACCA CATCAACTAC TGATGGAACT GATACCACAT TAACTACTGG TGGTAATGAT
ACCACATCAA CTACTGGTGG TAATGATACC ACATCAACTA CTGGTGGTAA TGATACCGCA
TCAACTACTG GTGGTAATGA TACCACACCA ACTACTGATG GTACTGATAC CACATCAACT
ACTGGTGGGA CTGATACCAT ATCAACTACT GATGGTACTG ATACCACATT AACTACTGGT
GGTAATGATA CCACATCAAC TAGTGATGTT ACTGATGCCA CATCAACTAC TGATAGTACT
GATACAACCC AAAAACCTAT GGAATATCAG ATTTATCAGG TAAAAGGTAA TCCCACAATT
AAAACCGGAT ATCAAGGATC AGAATGGACT GCAGTTATTG CTGGATTTAA TTGCGGAGCA
AAGAAGAAAC ACAAAGCAAC AGCATTCACT ATCATGCCTG TTCTAGATGA TGGAGAATGG
AAAATTAAGT GCGATATTAA GGATGTAGAT GATCGCTATT GGGATGTAGC AGTTCTATTT
ATCAGGAACA ACATGGTAAA TATGTTAAAC CATTTTCACC GTTAA
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| Protein sequence | MSKVATKNIT FWNTTGYNYP GFGKTVEVPD GLGGTISITY NQIDYNDRNW KAKPDGSVPV
TENRFLSGEV GNNFSLTGQV QGITATMPLI RTLGAENNYS VTLDFSKYKA SAGGSKATDG
ATSGDTYLAI SRFFNGSKTG YTTIKVTART LDGSELNLGD WKLFNSGTLG QGNNARIFLN
AATQILSGKN SQGKPEFCPT PPNPNSSLGK GTGLGLFELA SNQRYVSITL SFKQKKITGS
LPNDLHDIYV ASNTSSTSPI DVTPPPMDIN RGLQVHLPLN EIVKNAESKK EVVDISGAQV
NGKVNGAKVV ADSKFGHCLS FDGVDDYLEL PTATIPQTGA ITISFWANGD NSLPKDNSII
AAYDQSNNRV INIHLPWNNS YIYFDCGNTG NSYDRIEKLA KAADFKGKWT HWVFTKNVTT
GEMKIYLNGA LWSSGKDKSK QISGMTLVKL GSGYGFYHGQ VAHLRIYDRV LSAEEINECM
KVDVTPPPMD INRGLQVHLP LNEIVKNAKS KKEVVDISGA QLNGKVNGAK VVADSKFGHC
LSFDGVDDYL ELPTATIPQT GAITISFWAN GDNSLPKDNS IIAAYDQSNN RVINIHLPWN
NSYIYFDCGN TGNSYDRIEK LAKAADFKGK WTHWVFTKNV TTGEMKIYLN GALWSSGKDK
SKQISGMTLV KLGSGYGFYH GQVAHLRIYD RVLSAEEINE CMKVDVTPPP MDINRGLQVH
LPLNEIVKNA KSKKEVVDIS GAQLNGKVNG AKVVADSKFG HCLSFDGADD YLELPTATIP
QTGAITISFW ANGDNSLPKD NSIIAAYDQS NNRVINIHLP WNNSYIYFDC GNTGNSYDRI
EKLAKAADFK GKWTHWVFTK NVTTGEMKIY LNGALWSSGK DKSKQISGMT LVKLGSGYGF
YHGQVAHLRI YDRVLSTEEI NECMKVDGTD ATSTTDETDT ISTNDVTDVT PTTDGTDTTS
TTDGTDTTPT TGGTDTTPTT SETDTTPTTD GTDTTLTTDR TGTTSTTDIT DATSTTDGTG
TTSTTDGTDT TPTTDGTDTT LTTGGNDTTS TNDVTDATST TDGTGTTSTT GGNDTASTND
VTVTTPTTDG TDTTLTTDGT VTTPTTDGTG TTSTTDGTVT TSTTGGTDTT PTTDGTDTTL
TTDGTDTTLT TDRTGTTSTT DITDATSTTD GTGNTSTTDG TGTTSTTDGT DTTLTTGGND
TTSTTGGNDT TSTTGGNDTA STTGGNDTTP TTDGTDTTST TGGTDTISTT DGTDTTLTTG
GNDTTSTSDV TDATSTTDST DTTQKPMEYQ IYQVKGNPTI KTGYQGSEWT AVIAGFNCGA
KKKHKATAFT IMPVLDDGEW KIKCDIKDVD DRYWDVAVLF IRNNMVNMLN HFHR
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