| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4718 |
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| Symbol | |
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| ID | 4246372 |
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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 | 7239247 |
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| End bp | 7242270 |
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| Gene Length | 3024 bp |
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| Protein Length | 1007 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 638109578 |
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| Product | extracellular ligand-binding receptor |
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| Protein accession | YP_724154 |
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| Protein GI | 113478093 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0683] ABC-type branched-chain amino acid transport systems, periplasmic component |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.87534 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATATGA CATCTACAGA AAATTGGCGA AATCCTTATA ATATTGGTGG TTCTATTGAT
GAACCAAAAT TGTTTTTTGG TCGAGAAAGT TTGTTTCGTG TTATTGAAGA TAATTTGAAT
AATAATCAAC GAATTATTCT TCTACATGGT CAAAGACGTA TAGGTAAATC TTCTGTATTA
AAGCAAATTC CTAAACAGGT ACGTTTGGAT AATCAATTTG TTTTTATTCT GTTAGATTTT
CAAGATAAAT TCCAATGGTC TCTCGATCAA ATTTTCCATT ATATTATCCA AAAAGTTGCT
CAAGAAATTT TTGAGAATTC GGAAGATACC ACACATAGTA TTGATTTAGT TTCACTTGAA
GGCTTAGAAA AAGATCCCAA TGAATTCAGA GAATTATTGC ATTCGATAGT CCAAAAATTG
GGGAGTAAAA ATTTAGTATT ATTACTGGAT GAGTTTGATG TATTTGCAGG CAACAATAAT
GACTCAACAT TTGAAGATTT CTTTGGATAC TTAAAGACAA TTGTGTCTGA GGAAAAGCAA
CTTTTTATTA TTCCTGTTGT GGGAAGGCGA CTAGATGATA TGCCGAAACT TCTAAGATTG
TTTAAGGGTG CGCCTAAGCA GGAAATAGGA TTACTAGAAA GAGTAAGTAC GAAAAGGTTG
ATTACACAAC CTGCTAGAAA ATTTCTGCAA TACAATGAGG GAGCAATAAA CGAAATTTTT
CGACTTTCAG CGGGCCATCC TTACTTTACA CAAGCTATAT GTTACGCTGT GTTTGTACAA
GCACGGGAAG AGGAAAAAAG TGAGATTTTG GAGAGTGATG TAGGCAGGGC GATCGAGAAG
GCTATGGAGT TAAGCGAAGG AGGGTTGGAT TGGTTTCGGG GAGGTTTGCT GAGACTAGAA
AGAGTTTTAT TTTCAGCAGT AGCAGCAGCT CAAGAGAGTG TTAAGCAAAT TCAGTCACCT
CCGGAAAACT TCTTCAATTT GCTTGAAAGA TATGGAGTTC AAATAAAACA ACTACTTCGT
GAGCAACTAC TTCAGGCACA ACAAGCTTTG AGTGAAAATG ATTTTTTAGA TCCATCTGGG
TACAAAGTTA CAGTTGAGTT TGTTCGTCTT TGGTTAATCA AATATTATCC ACTACGCTCA
GAAATATGGG AATTGGAGAA GCTTGATGAT GAAGCTAATA ATTATTACGA AGGAGCTGAT
AAATGGCGGA TACGAGGGGA TATAGATCGT GAGTTAGAGC ATTATAATAT GGCTTTAGAA
CTTAATCCTA ACCACTTTAG TGCTTTATTC CGGTTGGCTG CACGATACAA AAAAAAGCAA
AGATTTCAGG CAGCATTAGA ACTATACGAG AGAGTTTATA AAATTCATTC ACAACGTGGG
AAAGAGGAAT ACATAGAGTT ATTGTTTGGT TATGGTGATC ATTTAATTCA AGAAAATGGT
TCTATAGAGA CAAAGTTAAG TGCAGTTAAA AAGCTATACG AAACGGTCCT AAAAATCGAA
CCATACAATA TGGAAGCTCA AGAGAAACTT AAAGATATTA AAGACAAGGA AAATGCTCTA
TTTTCTGTCA GTAAGAAGTC TAAAACAATT CCAATTCGTA ATGTATTTTT GACAGCAGCT
TTAGCAGCTC CTCTGCTGAT TGGAATAGGA ATATTTTGGG GATTAAAAAC TAAACAAGAT
CCAGATTTTA TACTCGGAAA ATCAGAGCTG GATCAGCTAG AAATAGAAAG ATTTAGCAGT
GGCGAAAAAA GAATGTTTGA TTGGTATAAC AACACAGATG ATAATATTAA GTTTATAAGT
TGTAATGTAA AATTTAAAGT TTCTAATTAC AAAGAAGCAG TTAGTTGTTT TCAAGAATTT
GTAAATTCTA ATCGCAACGA CCCAGAGCCA TTGATTTACT ATAACAATTC TCTAGCTCGC
GAGAATAATA ATAATCCTTT AAAAATAGCT GTAGTTGTAC CAGCAGATAA GAACAGTCAA
AGAGCTAAAG CAATTTTGCG AGGTGTTGCT CAGGCACAAA ATGAATACAA TAAAAACTAC
TATTTCTCAG GAAATAGTAG ATTACTGGAA ATTATTATTG TCAATGACAG TAATGATGAT
GAAATATCTC CAAAAGTAGC TCAAGGAATA GTCAGAGATA AAGAAATTTT AGGGGTAATA
GGACATAATT ATAGTGATGC TACTAAGGCA GCATTAGAAG TATATCAAAA AGAAAAATTG
GCAGTTATTT CTTCTACTAG CACAAGTATA GAATTAAAAG GTGATACTTT TTTTAGAACG
GTGATTGATG ACTCTGTAGC AAGTAAAAAG CTAGCTGAAT ATGTCAAATT TCGATCTATA
GAAAAGATTG TGATTTTTTA TAACAAAGAA AGTTCATTTA GTAAAAGTAT CAATGGTTTT
TTTGATTTTT ACTTAACAAC TTTGAAGCCT GACATAAAGG TTAAAAGTAT AGATTTGAAA
CAATCGTCTT TTGATCTCAA TAAGGAAGTT CGGGTGGCAG CCAATAACCA AGTTGAAGCT
GGAGCGCTAT TTGCAAACAT AGGAACAATT GACTTAGCAA TAGAGGTTGC TAAAGCTAAT
TTTAAATTGC CAGAAAGCCA AAGATTAAAA TTAATTGCTG GTGATAGTTT TTATAATTGT
GATATCTTAG ACAAAGGTGG GGAACCACTT AAAGGTTTGA TTTTATCAAT ACCGTGGCAT
AAACAATTAG ATACAGCAAA AGAGTTTGTA GCTAGAGCAA AAGAGCAGTG GGGAGAGGAG
GAGGAGGTTG GCTGGCGCAC TGCTACTAGT TATGATGCAA CTAAGGCTTT TATTTCTGCG
TTATCTAATT CTGGCGATGA TCCCACCAGG TCTAAAGTGT TGGAAAAACT TAAAGAGGTA
AATGTTCCAG CTAATGAAAC CTCTGGAGAA CATCTTAAAT TTAATCCAGA AGGAGAAATT
GCTGGTCAAG CAGTTCTTGT GGAAGTTGTG GAGTCTCAAA ACCCAGCTTG CTCTAGTTTA
GATTTTAGTT TAATAAAAGA GTAG
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| Protein sequence | MNMTSTENWR NPYNIGGSID EPKLFFGRES LFRVIEDNLN NNQRIILLHG QRRIGKSSVL
KQIPKQVRLD NQFVFILLDF QDKFQWSLDQ IFHYIIQKVA QEIFENSEDT THSIDLVSLE
GLEKDPNEFR ELLHSIVQKL GSKNLVLLLD EFDVFAGNNN DSTFEDFFGY LKTIVSEEKQ
LFIIPVVGRR LDDMPKLLRL FKGAPKQEIG LLERVSTKRL ITQPARKFLQ YNEGAINEIF
RLSAGHPYFT QAICYAVFVQ AREEEKSEIL ESDVGRAIEK AMELSEGGLD WFRGGLLRLE
RVLFSAVAAA QESVKQIQSP PENFFNLLER YGVQIKQLLR EQLLQAQQAL SENDFLDPSG
YKVTVEFVRL WLIKYYPLRS EIWELEKLDD EANNYYEGAD KWRIRGDIDR ELEHYNMALE
LNPNHFSALF RLAARYKKKQ RFQAALELYE RVYKIHSQRG KEEYIELLFG YGDHLIQENG
SIETKLSAVK KLYETVLKIE PYNMEAQEKL KDIKDKENAL FSVSKKSKTI PIRNVFLTAA
LAAPLLIGIG IFWGLKTKQD PDFILGKSEL DQLEIERFSS GEKRMFDWYN NTDDNIKFIS
CNVKFKVSNY KEAVSCFQEF VNSNRNDPEP LIYYNNSLAR ENNNNPLKIA VVVPADKNSQ
RAKAILRGVA QAQNEYNKNY YFSGNSRLLE IIIVNDSNDD EISPKVAQGI VRDKEILGVI
GHNYSDATKA ALEVYQKEKL AVISSTSTSI ELKGDTFFRT VIDDSVASKK LAEYVKFRSI
EKIVIFYNKE SSFSKSINGF FDFYLTTLKP DIKVKSIDLK QSSFDLNKEV RVAANNQVEA
GALFANIGTI DLAIEVAKAN FKLPESQRLK LIAGDSFYNC DILDKGGEPL KGLILSIPWH
KQLDTAKEFV ARAKEQWGEE EEVGWRTATS YDATKAFISA LSNSGDDPTR SKVLEKLKEV
NVPANETSGE HLKFNPEGEI AGQAVLVEVV ESQNPACSSL DFSLIKE
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