| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4653 |
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| Symbol | |
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| ID | 4246307 |
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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 | 7155056 |
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| End bp | 7158055 |
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| Gene Length | 3000 bp |
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| Protein Length | 999 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638109520 |
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| Product | surface antigen (D15) |
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| Protein accession | YP_724096 |
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| Protein GI | 113478035 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4775] Outer membrane protein/protective antigen OMA87 |
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| TIGRFAM ID | [TIGR00992] chloroplast envelope protein translocase, IAP75 family
[TIGR03303] outer membrane protein assembly complex, YaeT protein |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0482957 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTGCTTGT ATCCGTTTTT AGTGGCCATT TTTGCGGCTT TAACAACTTT TGGAATCTCA
AAGTCTGCTA ATGCTCAAAT ATTTGGGAGT AGTGTAGATA CTGATTTAGT TTTTATATCA
GTTAATTCAA AAACACAGTT TGCTAAACTT TTTTCTACCA AATCTTTTTT AGATTTAGGA
TCAAGTTTCC CTTCACAAAA ATTATTTGTT AGTAGGAATA ACTTGTTGAG TAAGTCTTGG
TCGGAGGCAG AAATAAAGTT AGATTTTGAT AATTTATTAA AGATCAAAGA AATTACAAAA
TCATCTTCTA TTTATAAGAA AGAATTGGCT AATTTTTGGG ATTTGTATGT TTTGGAAAAT
CTAGAAAATC CTCAACTAAT CCTAACTAAT AAATCAACAA AAACTAAATC TGAATTTTTA
GTAAATAAAC AATTTTCTGT CAGCATTTCT AATCTGGAAA TGTTTAACAA TAGGAATCAA
AATTTTCAGA AATTGGTTTT GTCAAAATCA ACAGAAACTA AATCTGAACC TTTAATAAAT
AAACAATTTA CTGCAACTAT TCCTCAAGGA AAAATAGTTG AGAATAATAG TCAAAATTCT
CAGAATGTGG TTTTGTCAAA ATCAACAGAA ACTAAATCTG AATCTTTAGT AAATAAACAG
TTTATTGCCA ATATTCCTCA AGGAAAAATA GTTGAGAAGG AGAGTCTTGA TTCTCAGAAT
ATGGTTTTGT CAAAATCAAC AGAAACTAAA TCTGAACCTT TAGTAAATAA ACAGTTTATT
GCCAATATTC CTCAAGGAAA AATAGTTGAG AAGGAGAGTC TTGATTCTCA GAATATGGTT
TTGTCAAAAT CAACAGAAAC TAAATCTGAA CCTTTAGTAA ATAAACAGTT TATTGCCAAT
ATTCCTCAAG GAAAAATAGT TGAGAAGGAG AGTCTTGATT CTCAGAATGT GGTTTTATCA
AAATCAACAG AAACTAAATC TGAACCTTTA GTAAATAAAC AGTTTATTGC CAATATTCCT
CAAGGAAAAA TAGTTGAGAA GGAGAGTCTT GATTCTCAGA ATGTGGTTTT GTCAAAATCA
ACAGAAACTA AATCTGAACC TTTAGTAAAT AAACAGTTTA CTGCCAATAT TCCCACTACG
GAAATAGTTA CAGAATCAGA AAAATATATT TCCCCTCAAT CACAACAAGC ACAAACCTCT
ACAGAGGAAG AAGAACCCCT AGTGCTAGTA GCCGAAGTTG TAGTTACTGG AGTAGACGGA
GAACTCCAAG ATGAAGTTTA CCGAGTCATT AACACTCAAC CAGGAGAAAC AACCACTCGC
TCTCAACTAC AAAAAGATAT TAACGCTATT TTTGCTACTG GTTTCTTCCA AAATGTGAAA
GCAATACCTG AAGATACTCC TCTAGGTGTA AGAATTATTT TTAAAGTCGA ACCAAACCCT
ATATTGACTT CTGTAATAAT AGAGGGTGCA GAAGTATTTC CTGAGAGTGA AACAGAGAGA
ATATTCAATG AGCAATATGG TGAAACTTTG AACTTGAAAG TTTTTGAACA AGGTGTTGAA
CAAGTCGACC AATGGTATCA AGACAATGGT TATGTTCTTG GACAAGTTAT TGGTGCGCCC
CAAGTTGGTG ATGATGGTAC AGTTACCTTA GAAGTTGCAG AGGGAAAAAT TAAAGATATT
CAGGTACGCT TCCTAAATTC AGAAGGAGAA ACAGTAGATG AAGAAGGTAA TGTCATAAAA
GGTCGTACTC GTGAATATAT TATCACTAGA GAAATTGAAC TGAAAACAGG AGATATATTT
CAGCGACAGA CTGCAGAAAA AGACATTAGA AGAGTGTTTG ATTTAGGAAT TTTTGAAGAT
GTGAGATTGG GGTTAGAACC AGCACCAGAT GATCCTAATA CGGCAGTTAT TGTTGTGAAT
ATTGTAGAGA AAAGTACCGG TTCTCTTGCA TTTGGTGGTG GGGTTAGTTC TGCAAGTGGG
TTGTTTGGTA CAGTAAGTTA TCAACAACAA AATATTGGTG GTAATAACCA AAAATTAGGT
GGTGAATTTC AGGTTGGTGA ACGATTAGTA TTAGCAGATG TTAGTTTTAC AGATCCTTGG
ATCGGTGGAG ACGATCATCG ACTCTCTTAC ACGGTGAATG CCTTCAGACG GCGAACTATT
TCAGTGATTT TTGATTCCGA TGATGACGAT CAGCGTGATG TCGATTTGCC TAATGGTGAT
AACCCACGAG TTATTCGTAC AGGAGGTGGG GTTAGTTTTA CTCGTCCGTT TATCCCTAAT
CCATTTGTTG ATCCAGATTG GACTGCTTCT CTGGGATTAA AATATGAACG GGTGGAAATT
CAGGATCGTG ATGGTGAAGT TGAACCTAGA GATGAGTTGG GCAATAAATT GACAGTCGAT
GATTCTGGGA AAGATGATCT ATTCACTATT CAATTTGGTA TTGTCAATGA TCGACGCAAT
AATCCCCGAC AACCTACTTC TGGTAGTTTG TTGCGGTTTG GTGCAGAACA GTCTATTCCT
GTAGGCTCAG GAGAAATTGG TTTGAATCGT TTGCGGGGTA ATTTCAGTTA TTTTATTCCA
GTAAGTTTTA TTAACTTTAC TGATGGACCT CAAGCTTTAG CTTTTAATAT ACAAGCAGGC
CATATAATAG GAGACTTACC TCCTTATGAA GCTTTTGCTC TGGGTGGTAC TAATACAGTC
CGTGGATATG ATGAGGGTTC GGTGGCAGCA GGTCGTACTT TTGTCTTAGG AACTGTTGAG
TATCGCTTTC CTGTATTTAA ATTTCTTGGT GGTGCTTTAT TTGTTGATGC TGCAACAGTA
TTTGATAGTC AAAGATCTGT TATTGGTAAT CCTGGAGGTG TGCGGGAGAA GCCAGGAGAT
GGCATAGGTT ATGGTGGTGG TCTCCGGGTG AATTCTCCTC TGGGTCCGAT TAGAATTGAT
TATGCTATTA ATGATGAAGG TGACACTCGT TTCCACTTTG GTATTGGTGA GCGCTTTTAA
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| Protein sequence | MCLYPFLVAI FAALTTFGIS KSANAQIFGS SVDTDLVFIS VNSKTQFAKL FSTKSFLDLG
SSFPSQKLFV SRNNLLSKSW SEAEIKLDFD NLLKIKEITK SSSIYKKELA NFWDLYVLEN
LENPQLILTN KSTKTKSEFL VNKQFSVSIS NLEMFNNRNQ NFQKLVLSKS TETKSEPLIN
KQFTATIPQG KIVENNSQNS QNVVLSKSTE TKSESLVNKQ FIANIPQGKI VEKESLDSQN
MVLSKSTETK SEPLVNKQFI ANIPQGKIVE KESLDSQNMV LSKSTETKSE PLVNKQFIAN
IPQGKIVEKE SLDSQNVVLS KSTETKSEPL VNKQFIANIP QGKIVEKESL DSQNVVLSKS
TETKSEPLVN KQFTANIPTT EIVTESEKYI SPQSQQAQTS TEEEEPLVLV AEVVVTGVDG
ELQDEVYRVI NTQPGETTTR SQLQKDINAI FATGFFQNVK AIPEDTPLGV RIIFKVEPNP
ILTSVIIEGA EVFPESETER IFNEQYGETL NLKVFEQGVE QVDQWYQDNG YVLGQVIGAP
QVGDDGTVTL EVAEGKIKDI QVRFLNSEGE TVDEEGNVIK GRTREYIITR EIELKTGDIF
QRQTAEKDIR RVFDLGIFED VRLGLEPAPD DPNTAVIVVN IVEKSTGSLA FGGGVSSASG
LFGTVSYQQQ NIGGNNQKLG GEFQVGERLV LADVSFTDPW IGGDDHRLSY TVNAFRRRTI
SVIFDSDDDD QRDVDLPNGD NPRVIRTGGG VSFTRPFIPN PFVDPDWTAS LGLKYERVEI
QDRDGEVEPR DELGNKLTVD DSGKDDLFTI QFGIVNDRRN NPRQPTSGSL LRFGAEQSIP
VGSGEIGLNR LRGNFSYFIP VSFINFTDGP QALAFNIQAG HIIGDLPPYE AFALGGTNTV
RGYDEGSVAA GRTFVLGTVE YRFPVFKFLG GALFVDAATV FDSQRSVIGN PGGVREKPGD
GIGYGGGLRV NSPLGPIRID YAINDEGDTR FHFGIGERF
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