| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3798 |
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| Symbol | |
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| ID | 4243746 |
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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 | 5836695 |
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| End bp | 5839820 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638108732 |
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| Product | small GTP-binding protein |
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| Protein accession | YP_723316 |
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| Protein GI | 113477255 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4886] Leucine-rich repeat (LRR) protein |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain |
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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 | 9 |
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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 | ATGACTTATT CTGAAACAAG CGAGCAGTAC TATATATCAG AGGATGTAAA AAAAAGAATA
CAAGAAGCTA AATATCAAAA GCTTAAGTGG TTATATTTAA GCGGGTGTAA ATTAACTGAA
GTTCCTGGTG ATGTTTGGGA ATTAGAGCAG TTAGAAGTAT TAGATTTAGG CAGCAATGAA
TTAACAAGTC TGCCGGAATC AATTGGCAAA CTCTCCAATT TAACTTCGCT TTATTTAGTC
AATAATAAAT TAACAAGTCT GCCGGAATCA ATCACCAAAC TCTCCAATTT AACTGAGCTT
TATTTAGATG GCAATCAATT AACAAGTCTG CCGGAATCAA TCACCAAACT CTCCAATTTA
ACTGAGCTTT ATTTAAGTGT TAATAAATTA ACAAGTCTGC CGGAATCAAT TGGCAAACTC
TCCAATTTAA CTTCGCTTGA TTTAGGTGGT AATCAATTAA CAAGTCTGCC GGAATCAATC
ACCAAACTCT CCAATTTAAC TGAGCTTTAT TTAGGTCACA ATCAATTAAC AAGTCTGCCG
GAATCAATCA CCAAATTATC CAATTTAACT GAGCTTTATT TAGGTCACAA TCAATTAACA
AGTCTGCCGG AATCAATCAC CAAATTATCC AATTTAACTT CGCTTGATTT AAGCTGGAAT
AAATTAACAA GTCTGCCGGA ATCAATCACC AAACTATCCA ATTTAACTTC GCTTTATTTA
GGTAGTAATC AATTAACAAG TCTGCCGGAA TCAATCACCA CACTCTCCAA TTTAACTGTG
CTTGATTTAG GTAGTAATCA ATTAACAAGT ATGCCGGAAT CAATCACCAA ACTCTCCAAT
TTAACTGAGC TTTATTTAGA TGGCAATCAA TTAACAAGAC TGCCGGAATC AATCACCAAA
CTCTCCAATT TAACTAAGCT TGATTTAAGG AATAATCAAT TAACAAGACT GCCGGAATCA
ATCACCAAAC TCTCCAATTT AACTAAGCTT AATTTAAGCT GGAATAAATT AACAAGTCTG
CCGGAATCAA TTGGCAAACT CTCCAATTTA ACTTCGCTTT ATTTAAGGGA TAATCAATTA
ACAATTCTGC CGGAATCAAT CACCACACTC TCCAATTTAG GATGGCTTTA TTTAAACAAT
AACCCCCTCG AAAACCCACC AATAGAAATT GCTACAAAAG GAATACAAGA AATTAGAGAC
TATTTCCAGC AAGAACGAGA AAAAGGAATA GATTATATCT ATGAAGCAAA GTTACTAATT
GTTGGAGAAG GTGGAGCCGG CAAAACAACT TTAGCAAATA AAATTCTCGA CCAAAACTAT
CAACTCAAAG ATGAAGATAC AACCAAAGGA ATTGAAGTTC ATCAGTACAA ATTTCAGACA
AAAAACCAAA ATGACTTTCA AATAAATATT TGGGATTTTG GCGGACAAGA AATTTATCAC
GCTACCCACC AATTTTTCCT GACCAAACGC TCCCTATATA CCCTTGTCGC TGATACCCGC
AAAGAAGATA CAGACTTTTA TTATTGGCTC AATGTAGTAG AATTATTAAG CGGTAATAGC
CCCTTATTAA TAGTTAAAAA TGAGAAACAA GAACGGAAAC GAGAAATTAA TCAACGGGCA
TTACAAGGGC AATTTACTAA TATTAAAGAA GTCTTAGCTA CCAACCTTAA AACTAATCGT
GGCTTAGAAG AAATTATCAG AGAAATCGAA CATCATATTA GTAAGTTACC CCATGTTGGC
AGTCGTTTAC CTAAAACTTG GAAACAAGTC CGGGAAATAT TAGAATTAGA TTCCCGTAAC
TATATTAGTC TAGAAGAATA TTTATCTATT TGTGAACAAA ATGGCTTTGA AAAAAGGGAA
TATAAATTAC AATTAAGTGG CTATTTACAC GACTTAGGAA TTTGTCTTCA TTTTCAGGAT
GACCCACTCT TAAATAAAAC AGTTATTCTC AAACCAGAAT GGGGAACAGC GGCAGTTTAT
AAAGCCTTAG ATAATCAGAC AGTTCGTAAT AATTTCGGCG AATTCACCAA AGATGATTTA
GCCAATATCT GGAATGAAGA AAAATATGTG AATATGCGGG ATGAACTGCT GCAATTAATG
ATTAGATTTA AACTTTGTTA TAAAATTTAT GGCAATTCTC AGACCTATAT TGCTCCTCAA
CTCTTAACAG AAAATCAACC AGAATATGAC TGGGATGAAA GTAATAATTT GATTTTACGT
TACACCTACG AATTTCTGCC CAAAGGAATT ATTACTCAGT TTATTGTAGC TATGCATAAA
GATATTGAAG AACAGAAATA TGTCTGGAAA AGCGGAGTTA TTCTCAAGAA AAATGAAACA
AGAGCAGAAG TAATTGAATA TTACAACATA AGAGAAATAA AAATCAGAGT TTCTGGGCGG
GAAAAACAGT ATTTAATGAC TATCGTAACT TACGAATTCG ATAAAATTCA CAGTTCCTAT
AATAATCGAC TAAAATATAA TCAGTTAATT CCTTGTAATT GTAATGTTTG TCAAAATAAT
CAGAACCCAA CATCATACAA ATTTGAAATT TTAAAGAACC GAATAAATAA TGGTAAGGAA
ACAATTGAAT GTGATTATCC TCCCTTCTAT GAAGTTAATA TAAAAAGCTT AATTGATGAT
GTAATAAATA TAAGTGAGTA TGATAAACTC TCACAGTCTA ACTCTCATCC AAATAATGTA
TATAATAAAT ATTATAGTTA TACTAATTAT GGCGGAGACT GGAATATAGA CGCCAAAGAC
ACTAATAGTC AAATTATGGG AAATAAAACC ATGAATAAAA ACATTGACAA AAGCCGAAAA
ATCGAAAATA AAGACGGAAA TATTACAGGT AATGTACTGG GTGACGAAAG TAATATCGAA
GGAAATATAA CCACACATTC TCCGGCGCCA AAAACCGAAA AACCCGATAA ATTTGGATGG
CTAGATTTTT TGACTTGGGC GCAGAATGGG CAAATGATTT TCTATTTAGC TTCTGCCACT
ATCGGCATTT TTGTACTTAT TATTTATCCG AAACTATTTC CATCTGGTTT CCCTAAATTA
ATAGAGAAAG TTCAAGAGAT ATTTCCAGCT CCGCAAGAAG AAATTGAGTC CGAACAAAAT
CAATAA
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| Protein sequence | MTYSETSEQY YISEDVKKRI QEAKYQKLKW LYLSGCKLTE VPGDVWELEQ LEVLDLGSNE
LTSLPESIGK LSNLTSLYLV NNKLTSLPES ITKLSNLTEL YLDGNQLTSL PESITKLSNL
TELYLSVNKL TSLPESIGKL SNLTSLDLGG NQLTSLPESI TKLSNLTELY LGHNQLTSLP
ESITKLSNLT ELYLGHNQLT SLPESITKLS NLTSLDLSWN KLTSLPESIT KLSNLTSLYL
GSNQLTSLPE SITTLSNLTV LDLGSNQLTS MPESITKLSN LTELYLDGNQ LTRLPESITK
LSNLTKLDLR NNQLTRLPES ITKLSNLTKL NLSWNKLTSL PESIGKLSNL TSLYLRDNQL
TILPESITTL SNLGWLYLNN NPLENPPIEI ATKGIQEIRD YFQQEREKGI DYIYEAKLLI
VGEGGAGKTT LANKILDQNY QLKDEDTTKG IEVHQYKFQT KNQNDFQINI WDFGGQEIYH
ATHQFFLTKR SLYTLVADTR KEDTDFYYWL NVVELLSGNS PLLIVKNEKQ ERKREINQRA
LQGQFTNIKE VLATNLKTNR GLEEIIREIE HHISKLPHVG SRLPKTWKQV REILELDSRN
YISLEEYLSI CEQNGFEKRE YKLQLSGYLH DLGICLHFQD DPLLNKTVIL KPEWGTAAVY
KALDNQTVRN NFGEFTKDDL ANIWNEEKYV NMRDELLQLM IRFKLCYKIY GNSQTYIAPQ
LLTENQPEYD WDESNNLILR YTYEFLPKGI ITQFIVAMHK DIEEQKYVWK SGVILKKNET
RAEVIEYYNI REIKIRVSGR EKQYLMTIVT YEFDKIHSSY NNRLKYNQLI PCNCNVCQNN
QNPTSYKFEI LKNRINNGKE TIECDYPPFY EVNIKSLIDD VINISEYDKL SQSNSHPNNV
YNKYYSYTNY GGDWNIDAKD TNSQIMGNKT MNKNIDKSRK IENKDGNITG NVLGDESNIE
GNITTHSPAP KTEKPDKFGW LDFLTWAQNG QMIFYLASAT IGIFVLIIYP KLFPSGFPKL
IEKVQEIFPA PQEEIESEQN Q
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