| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0601 |
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| Symbol | |
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| ID | 4242758 |
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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 | 969256 |
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| End bp | 972612 |
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| Gene Length | 3357 bp |
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| Protein Length | 1118 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638105905 |
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| Product | Na-Ca exchanger/integrin-beta4 |
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| Protein accession | YP_720518 |
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| Protein GI | 113474457 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 10 |
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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 | ATGACTGAAC CCTTTGAAGA AAATAATTCA TCGGAGCCTG AGTTTCCGGA TGACCCATTC
CCAAGTGTCC ACTATCTCCC TGGGGCTGAC TCGAACCCTG AGGTTACAGA CCCGATGATA
CAAGGTGCCT GGGGTGAGGT TCGTGACGAA TTGGCTGATT TTATCTTGGC CCCGGAGTTC
GATGACTATA TTAAAACGGC TTTTGGTGAA ACTGTGGACC CGGAGCTGGC AAAGGAGCAG
ATCAAGGATG TTTTGACTGG GGAAAATTTG CCCGAGGTTA TTATGTTGCC GGCGGCGGAT
ATGGAGCCGG CGGTGGGTGC CTATGATCCT TTGACTGGTT CAATTTATTT GGCTGATTCT
TTATTGCCTG ATACTGATGG GGTTTTGGTG GATGTGCTGT TGGAGGAGTT GGGGCATTTT
TTGGACTCTC AGTTGTCTGA GTCGGACTCC CCTGGAGATG AGGGTGAGTT ATTGGCTGCT
TTGGTGAGGG GTGAGGAGTT GACTCAGTTT CAGGTGATGA TGCTTCGGGG TCAGGATGAT
CGGGTAGATA TTTGGGTCGG GGGTGTTGAG GTTGAGGTTG AGGCTAGTGA AAAGGTTGAT
TTTGAGAAGG CTCGTAATTT TAAGGTGGGA GACAGACCTT GGTCAGTAGC AGCAGGAGAT
TTTAATGGAG ATGGCATTCC TGATCTGGCT GTGGCGAACG TTGGTTCAGA CAACGTATCA
GTGTTATTAG GAAAAGGTGA CGGTAGTTTT GGTTCAGCTA CTAATTTTCC GGTGGGAGAC
GGACCTGCGT CAGTAGCAGC AGAAGATTTA AATGGAGATG GCATTCCTGA TCTGGCTGTG
GCGAATATTG ACTCAGACAA CGTATCAGTG TTATCAGGAA AAGGTGACGG TAGTTTTGGT
TCAGCTACTA ATTTTCCGGT GGGAGACGGA CCAGAGTCAG TAGCAGTAGG AGATTTTAAT
GGAGATGGCA TTCCTGATCT GGCTGTGGCG AACTGGTTGT CAGACAACGT ATCAGTGTTA
TTAGGAAAAG GTGACGGTAG TTTTGGTTCA GCTACTAATT TTCCGGTGGG AGACAGACCT
GCGTCAGTAG CAGCAGAAGA TTTAAATGGA GATGGCATTC CTGATCTGGC TGTGGCGAAC
TGGTTGTCAG ACAACGTATC AGTGTTATCA GGAAAAGGTG ACGGTAGTTT TGGTTCAGCT
ACTAATTTTC CGGTGGGAGA TCAACCTTTG TCAGTAGCAG TAGGAGATTT TAATGGAGAT
GGCATTCCTG ATCTGGCTGT GGCGAACAGA TCTTCAGACA ACGTATCAGT GTTATCAGGA
AAAGGTGACG GTAGTTTTGG TTCAGCTACT AATTTTCCGG TGGGAGACTT TCCTAGCTCA
GTAGCAGCAG AAGATTTAAA TGGAGATGGC ATTCCTGATC TGGCTGTGGC GAACTGGTTG
TCATACAACG TATCAGTGTT ATCAGGAAAA GGTGACGGTA GTTTTGGTTC AGCTACTAAT
TTTCCGGTGG GAGATCAACC TTTGTCAGTA GCAGCAGAAG ATTTAAATGG AGACGGCATT
CCTGATCTGG CTGTGGCGAA CAGGGGGGAT AACAACGTAT CCATCCTCAT CAACAAAACC
CCCATAACCA TCATCCCCAA CATCACCATC TCCGACACCA AGGTCACCGA AGGCAACACA
AATAAAACCG CCAAATTCAC CGTCACCCTA GACAACCCCA CAACCACCAC AGTCAAAGTC
AACTACACCA CAGCCAACCA AACCGCCCAA GTCAACCAAG ACTACAAACT CACCAAAGGC
ACCCTCACCT TCCGACCAGG AGAAACGAAC AAAAACATCA CAGTTCCCAT CTTGGGAGAT
AACCGAGACG AACCCCAGGA AAAATTCCGA GTCGCTCTGA GCCGCCCCCA AAATGCCAAC
ATCAAAGATG GGAGAGCTAC AGGCACCATC GTTGATAACG ACCCAGTTCC CCAAATATCC
ATCGGCGATG CCAAAATTAC GGAAGGAAAC AGAGGTCAGA AAAACATAGA ATTTGAAGTC
AAATTAAACA ACCCCAGCGG GAAAACAGTG AGAGTAAATT ATGGAACCCA AGAGGGCAGC
GCCAAGTCAG GAAAAGATTT TCGAAATAAA AGGGGAGTCC TGACATTCCA ACCAGGGCAG
ACCAAAAAAA TAGTGAACAT TCCCATTTTA GGAGATCGGG TTGATGAAAA TAACGAGGAG
TTTCAAGTCA AACTCAGCCG TGCCAGAAAT GGAAATTTGT CAGATAAAAC AGCGGTCGGC
AGAATTATTG ATAACGACGA AACAATACCC CAAATATCCA TCAGGGATGC CAAAGTGACG
GAAGGAAACA GGGGTAAGAA ACAGATGAAG TTTGAAGTCG AGCTCAACAA CCCGAGCACG
AAAACAGTGA GAGTAAATTA CGCCACAGTA GATGGCAGCG CCAAGTCAGG AAAAGATTTT
CAAAATAAAA GGGGAGTGGT GACATTCCAA CCAGGGCAGA GGAAAAAGAT AGTGAATATT
CCCATTTTGG GAGATCGGGT TGATGAAAAT AACGAGCAGT TTCAAGTCAA ACTCAGCGGT
GCCAGAAATG GTAAGTTGTC AGATAAAACA GCGGTCGGCA GAATTATTGA TAACGACGAA
GGGGTTCCCA AAGATCAGAT AACTCCCCAA ATATCCATCA GGGATGCCAA AATTACTGAA
GGAAACCAGG GAGAGAAAAA CATGAAGTTT GAGGTCAAGT TAGATAATAG TAGCAGTGAA
GTAGTGAAAG TTAATTATGA AACTGTTGAC GGTAGCGCGA AGTCAGGAAA AGATTATTTG
AAGAAAAAGG GAGTCCTGAA ATTCCAACCA GGGGAGACGA AAAAGACAGT AAATGTTCCT
ATTTTGGGAG ATACTGTTGA TGAAAAGGAT GAGAAATTTC AGGTGAAACT CAGCGGCGCT
AAAAATGGTA AGTTATCAGA TGCAAAAGCA GTGGGTATTA TTCGGGATGA CGAAAAACCA
GTACCAGATG AATTCAAAAA TGCTGTAGAT ATAGGAATTC TGGAGCTAGA GCAAATTACC
AAGGTTGATG ATATTGGTTT CTCCGAAGGA CAACAGCGAA ATACAGTAGA TCATTATCGT
TTTGAGGTCA AAAAAGAAGG TTCAGTGAAT ATTATTGTAG ATGGCTTCTT TCAAGACTTA
GGAATTAAAT TGTATGATGA TGATGGCAGT CTACTCAACC AGTCAAACGA GGAGGGCAAT
ATCACCAAAG AGAAAATTCA AACTATTTTA GATCCTGGTT TTTATTATTT AGAAGTTTTT
CCTGTAGGAG CGGGTGCAAC TGACTATAGG TTAATTGTTA ATATTGTTGA ATTCTAA
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| Protein sequence | MTEPFEENNS SEPEFPDDPF PSVHYLPGAD SNPEVTDPMI QGAWGEVRDE LADFILAPEF
DDYIKTAFGE TVDPELAKEQ IKDVLTGENL PEVIMLPAAD MEPAVGAYDP LTGSIYLADS
LLPDTDGVLV DVLLEELGHF LDSQLSESDS PGDEGELLAA LVRGEELTQF QVMMLRGQDD
RVDIWVGGVE VEVEASEKVD FEKARNFKVG DRPWSVAAGD FNGDGIPDLA VANVGSDNVS
VLLGKGDGSF GSATNFPVGD GPASVAAEDL NGDGIPDLAV ANIDSDNVSV LSGKGDGSFG
SATNFPVGDG PESVAVGDFN GDGIPDLAVA NWLSDNVSVL LGKGDGSFGS ATNFPVGDRP
ASVAAEDLNG DGIPDLAVAN WLSDNVSVLS GKGDGSFGSA TNFPVGDQPL SVAVGDFNGD
GIPDLAVANR SSDNVSVLSG KGDGSFGSAT NFPVGDFPSS VAAEDLNGDG IPDLAVANWL
SYNVSVLSGK GDGSFGSATN FPVGDQPLSV AAEDLNGDGI PDLAVANRGD NNVSILINKT
PITIIPNITI SDTKVTEGNT NKTAKFTVTL DNPTTTTVKV NYTTANQTAQ VNQDYKLTKG
TLTFRPGETN KNITVPILGD NRDEPQEKFR VALSRPQNAN IKDGRATGTI VDNDPVPQIS
IGDAKITEGN RGQKNIEFEV KLNNPSGKTV RVNYGTQEGS AKSGKDFRNK RGVLTFQPGQ
TKKIVNIPIL GDRVDENNEE FQVKLSRARN GNLSDKTAVG RIIDNDETIP QISIRDAKVT
EGNRGKKQMK FEVELNNPST KTVRVNYATV DGSAKSGKDF QNKRGVVTFQ PGQRKKIVNI
PILGDRVDEN NEQFQVKLSG ARNGKLSDKT AVGRIIDNDE GVPKDQITPQ ISIRDAKITE
GNQGEKNMKF EVKLDNSSSE VVKVNYETVD GSAKSGKDYL KKKGVLKFQP GETKKTVNVP
ILGDTVDEKD EKFQVKLSGA KNGKLSDAKA VGIIRDDEKP VPDEFKNAVD IGILELEQIT
KVDDIGFSEG QQRNTVDHYR FEVKKEGSVN IIVDGFFQDL GIKLYDDDGS LLNQSNEEGN
ITKEKIQTIL DPGFYYLEVF PVGAGATDYR LIVNIVEF
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