| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0715 |
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| Symbol | |
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| ID | 4242505 |
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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 | 1157941 |
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| End bp | 1161882 |
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| Gene Length | 3942 bp |
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| Protein Length | 1313 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638106008 |
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| Product | methyl-accepting chemotaxis sensory transducer with GAF sensor |
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| Protein accession | YP_720621 |
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| Protein GI | 113474560 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein
[COG2203] FOG: GAF domain |
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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 | 0.0403272 |
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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 | ATGACACAGA CCGGTTTTAG AAAAACAAAC CAACAAGACA ATAGACTGCC CAATAAAGAT
AAAGATTACT CTAAAAAATC TCCAATAGAA ACTAAACAAC CTCAATCAGG AAATGAAGAA
TTAACAATTG TGCCAGTAGA AGTGTGGCAG CCAAATACTA GAAAAACATC TATTTCTACC
AAAAAATCAC TAGGTTTAAA GGAAAAAACT AATGCATTAG CAGAAGATTT AGCAGTATTG
CGCTCTAATA TAGATATCAG AATCAATCAA CTTCAATCAT TAATAGAAAC AGAAGGAGCT
GCAGCAGAAA GAGCCGAATT ATTAAACCAA ATAACGTCCA ACATTCGGGA GTCTCTCAAC
CTTAAAGATA TATTTAAAAC TGTTGTGGAA GATGCTAGAT ATGCTTTACA AACAGACAGA
GTAATAGTAT ATCAATTTGA TAAAAATTGG CAAGGCACAG TCATTGCCGA ATCAGTAGAT
GTGCAATGGC CAGAAACACT GGGAGAAGAA ATCACCGATC CCTGTTTTGC GGAGCGTTAT
GTAGAATTTT ATCAAAAAGG TCGGGTAAGG GGAATTGCTG ATATCTATGA AGCAGGATTA
AATGATTGTC ATATCAGTCA ACTTGAAACC TTTGCTATTA GAGCAAACTT AGTCGCTCCT
ATTCTTGCCA GTGGAAAATT AATAGGCTTA TTAATAGCCC ATCATTGTGC TGAACCTCGA
CAATGGATAG AATCAGAAAT CGAATTTTTC CAGCAACTGG CAATTCAACT TAGTTATGCT
GTAGACCAAG CGTTACTATT AGAAAAACAA CGGGCAGCTA CCCAACAAGC TCAAAAATTA
AATAAAATAA CGAACGAAAT TCGTAAGTCC CTGAACCTCA AAGACGTATT AGCTACTACA
GTCGAAGAAA CCCGGAGTAT TTTAAACTCA GATCGAGTAA TGGTCTACAA ATTTGATAAT
GAATCAAAAG GCGCAGTTAT TGCTGAATCA GTTGATAGCA AATGGCCAAA AGCCCAGGGA
GCAAAAATTA CTGATGTCTA TTTTGCTGAC CATTATGTAC AATCCTATCA ACAAAGGCGA
GTTAAGGTTA TAGACAATAT AGAAGAAGCT GAACTAACTC CCTCTTATAT TAATCAGCTT
AAGCTCTTTG AGGTCAAAGC TAGTTTAGTT GCCCCCATTG TAGTTGAGAA GAAACTACAA
GGTCTGTTAA TTGCTCACCA ATGTTCTGGT CCCAGAGCTT GGACAGAATT AGAAATAGAC
TTGATGGGAA AAGTTAGTAT TCAAGTAGGG TATGCTCTAG ACCAAGCATA CTTATTAGAA
CAACAACAAG CTATAGTTAA ACAAACTCGA TTATTAAACG AAATTGCCAA TAGTTTGCGT
AGTAGCACTA ATACTGAAGA AGTTTTTGAT ATTCTGATTG AAAAAGCTCG TAATACTCTG
GGAGCAGACC GCACTATAAT TTATCAGTTT GATGAAAATA TGGTTGGTAC AGTGGTAGCA
GAATCAGTTG GTCAGGGTTG GACAGAAACT ATGGGTAAGA AAATAGCTGA CCCTTGCTTT
GCCAAAAATT TTAAGCCTTA TCTGCGTGGG CAAGTTAGCA CAATTGAAAA TATTCAAGGT
TCTGGGATAT CTGAGTGTCA GATTAAATTA TTAGAACCTT TTGAAGTTAA AGCAAATATT
GTTGCTCCAA TTTTAGTAGA AGCAGGACTA TATGGTTTAT TAATTGTTCA CCAATGTTCT
CAACCTCGAA GTTGGCAAGA ATCAGAAATT AATTTTGTCA AACAGTTAGG TAGTCAACTC
AGTACTGCCT TAGAACAGAA AAGACTTTTA GAACAGCAAA AGGTCGCAAC TGAACAAGCA
CGACGCTTGA ATGAAATTAG CTCGATGATT CGGGAATCTT TGAATGAACA GGATATTTTT
AATACAGTAG TAGTTGAGAC TCGCCAAGTT TTAACAGCAG ACCGAGTGAT GGTTTATAAA
TTAGATGATG ACTATAATGG TACTGTTGTG GCTGAATCAG TAGATAGTAT GTGGCCTACT
GCTATGGGTA CAAAATTGGA TGCTAAATGT TTTAAGGAAC ATCATATTAA AGCTTATCTT
CGAGGACGAG TTAAGGTATT CAATAATCTA CACGACCCCT CTCAAACTAT GATTGATGAT
GCTAAGAATA CTGAATGTTA TTTAAAAGAT GCTGAACCTC TAAAAATTAA AGCGACATTG
ACAGCTCCAA TTCTGGTTGA GAAAAAGCTA TATGGTTTCT TTGTAACTAA TCAATGTTCT
GCTCCCCGTA ATTGGAAAGA TTCAGAAGTT GATTTTATTA AGCAATTAGC AACTCAAATC
GGTTTTGCAG TTGAGCAGGA AAATCTTCTA CAACGGCAAA AAACAACTGT AGAACAGTCT
AAAAAACTGA ATCAAATTAG TTTAAGAATT CGGGAATCTC TTGACATAAA CCGCATTTTT
CGTACAGGAG TAGAAGAAGC ACTTAAACTG ATGGAAGCTG ACCGGGTAGT AGTTTATCGT
TTTGATAAAG ACTGGGATGG TAAGATTATT AGTGAGGCGG TTAAACAGGG GTATATCAAT
ATTATAGATA TGGAAACTGA GGTAACTTGT TTTCCGGTAG ATTATGTGGA ACCATATCGT
CAAGGTCGGG TACAGGTTAC ACCAGATGTA AGTAAAGCAG GTTTGACAGC ATGTCATGAA
GAACAACTAG GAAAATGGCA AGTTAAGGCG AATATAGTGG CTCCGATTTT AGTTAACCAA
ACTCTATATG GTTTATTAGG GGTGCATCAA TGTTCTGAAA CTCGCAATTG GTTAGAGTCA
GATGTTGAAG TTTTTAAGCA GGTATCTTTG CAAATTGGGT ATGCTCTTGA CCAAGCACTT
TTGTTACAAC AAATTGAACA AGCTCGTCAA AAAGCAGAAG GTATATCTAT GGAACAGCAA
AACCAAAAAG AATTACTAGA AACTCAGATA GAAAAGTTTT TGGCAGAAAT AGAAAATTCT
TTTGATGGGG ATTTGACAGT GCGTGCTACT GTTACAACTG GTGTAATGGG AACTGTTGCT
GATTTCTTTA ATGCTGCGAT TGAAAGCTTA CAGCAGTTAG TCTTGCAGGT GCAGTCGGCA
ACAAATGTTG TGAGTTTGAC TACAGTTGAT AATGAAGCAG AAATTAAAAA GCTGTCCGGT
GAAGCTCAAC GCCAAGCAGA AGCAATAGCT AATGCTTTCC AACAAATTCA GGTAATGGCT
AATTCAGTTA AGGCAGTGGT AGCTAATGCC AAACAAGCAG AAACTAAGGT GCAGCAAGCA
AATCAGATTC TACAAACGAG TGATGCTGCC ATGAACCGTA CTGTGGATGG AATCCTGGGA
ATTCAGAAAA CAGTTGAGGC AACTGCTAGG AAGGTGAAAA GTTTAGGGGA AACTTCTAAG
AAGATTTCAC GGGTTCTTAG TTTGATTAAT GATTTGGCAA ATCAAACAAA TGTTTTAGCA
TTGAATGCTT CGGTAGAAGC AACTAGAGCG GGGCAAGATG ACCAAGGATT TGCTACGGTG
GCTAGTGAGG TACGTTCTCT GGCAGAGCAG TCAGCTAGTG CTACTGAGGA AATAGAGCAA
ATTGTTGAGG AGATTCAGTC TGGCACCAGT GAAGTTATTA AATCAATGAT AGTGGGGCGA
AAGCGGGTAA TGATTGGTAC TCAGTTAGTT AAGGGAGCGC GACAAACTCT GACAGATATG
TTGGATGTGA GTGGAAAAAT TAATGAGTTG GTAAAGGATA TTACTGTTTC TGCTACTACT
CAAGCTGATA CTTCTAGTAC ACTGTCAAAA ACAATGCAGG AAGTGGCAGC GATCGCTAAT
CAAACTTCTG AACAATCTAT GACTGTGGCA GAGTCTTTTG CTAAATTACT AGCAGTGGCT
GGAGATTTAG AAAAGAATGT TGCTGAGTTT AAGGTAAATT AA
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| Protein sequence | MTQTGFRKTN QQDNRLPNKD KDYSKKSPIE TKQPQSGNEE LTIVPVEVWQ PNTRKTSIST
KKSLGLKEKT NALAEDLAVL RSNIDIRINQ LQSLIETEGA AAERAELLNQ ITSNIRESLN
LKDIFKTVVE DARYALQTDR VIVYQFDKNW QGTVIAESVD VQWPETLGEE ITDPCFAERY
VEFYQKGRVR GIADIYEAGL NDCHISQLET FAIRANLVAP ILASGKLIGL LIAHHCAEPR
QWIESEIEFF QQLAIQLSYA VDQALLLEKQ RAATQQAQKL NKITNEIRKS LNLKDVLATT
VEETRSILNS DRVMVYKFDN ESKGAVIAES VDSKWPKAQG AKITDVYFAD HYVQSYQQRR
VKVIDNIEEA ELTPSYINQL KLFEVKASLV APIVVEKKLQ GLLIAHQCSG PRAWTELEID
LMGKVSIQVG YALDQAYLLE QQQAIVKQTR LLNEIANSLR SSTNTEEVFD ILIEKARNTL
GADRTIIYQF DENMVGTVVA ESVGQGWTET MGKKIADPCF AKNFKPYLRG QVSTIENIQG
SGISECQIKL LEPFEVKANI VAPILVEAGL YGLLIVHQCS QPRSWQESEI NFVKQLGSQL
STALEQKRLL EQQKVATEQA RRLNEISSMI RESLNEQDIF NTVVVETRQV LTADRVMVYK
LDDDYNGTVV AESVDSMWPT AMGTKLDAKC FKEHHIKAYL RGRVKVFNNL HDPSQTMIDD
AKNTECYLKD AEPLKIKATL TAPILVEKKL YGFFVTNQCS APRNWKDSEV DFIKQLATQI
GFAVEQENLL QRQKTTVEQS KKLNQISLRI RESLDINRIF RTGVEEALKL MEADRVVVYR
FDKDWDGKII SEAVKQGYIN IIDMETEVTC FPVDYVEPYR QGRVQVTPDV SKAGLTACHE
EQLGKWQVKA NIVAPILVNQ TLYGLLGVHQ CSETRNWLES DVEVFKQVSL QIGYALDQAL
LLQQIEQARQ KAEGISMEQQ NQKELLETQI EKFLAEIENS FDGDLTVRAT VTTGVMGTVA
DFFNAAIESL QQLVLQVQSA TNVVSLTTVD NEAEIKKLSG EAQRQAEAIA NAFQQIQVMA
NSVKAVVANA KQAETKVQQA NQILQTSDAA MNRTVDGILG IQKTVEATAR KVKSLGETSK
KISRVLSLIN DLANQTNVLA LNASVEATRA GQDDQGFATV ASEVRSLAEQ SASATEEIEQ
IVEEIQSGTS EVIKSMIVGR KRVMIGTQLV KGARQTLTDM LDVSGKINEL VKDITVSATT
QADTSSTLSK TMQEVAAIAN QTSEQSMTVA ESFAKLLAVA GDLEKNVAEF KVN
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