| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_002744 |
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| Symbol | |
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| ID | 8556472 |
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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 | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | - |
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| Start bp | 1269961 |
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| End bp | 1272585 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646405835 |
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| Product | [Protein-PII] uridylyltransferase |
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| Protein accession | YP_003285371 |
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| Protein GI | 262393517 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG2844] UTP:GlnB (protein PII) uridylyltransferase |
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| TIGRFAM ID | [TIGR01693] [Protein-PII] uridylyltransferase |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACACTTC AGTCCCCTCT TACCTTTTCC GATGAACAAA TCAATATCGG AGAGCTCAAA
CAAGAGTTAG AGAAATTTAG CTCCGATCAA AACCAAGAGT TTCTCAATCA TCATCCGGTA
ACAAGCTTGG TTTTAGCCAG GGCAGAATAC ATGGATCTGC TTCTGAATCG TTTGTGGCAA
CATTTTGGCT TCAAAGATAT TTACAACATT TCCCTAGTTG CCGTGGGTGG CTATGGGCGT
GGCGAGCTGC ATCCGCTCTC CGATATCGAT ATTTTGATTC TGTCGAACAA TAAGCTGCCG
ACCGCGCTAG AAGCAAAAAT CAGCGAATTC ATTACGCTGT TGTGGGATTT AAAACTCGAG
GTCGGACACG CTGTTCGCAC CGTTAACGAA TGTGCGGAAA TTGGTAAAGC CGATCTGACC
GTCGCGACAA ACCTTCAAGA AGCGCGTCTA CTGTGTGGCA GCGAGGATAC CTTTCAGGCA
CTGAAGAAAG TCGTATTATC AGACTCCTTT TGGCCAAGTG AAACGTTTTA TCGCGCTAAA
ATTCAAGAGC AGAGAGAACG CCATGCCCGT TACCATGATA CAACCTACAA CTTAGAACCA
GACATTAAGT CGACCCCTGG CGGGCTGCGC GATATTCATA CATTAAGCTG GGTCGCCCGA
CGTCACTTTG GTGCCACGTC ATTGCTGGAA ATGAGCCGAT ACGGATTTTT AACTGACGCA
GAATACCGAG AATTGGTTGA ATGTCAGGAC TTCCTTTGGC GAGTGCGTTT TGCTCTGCAC
ATGGAGCTTC GCCGCTATGA CAACCGCTTG ACCTTTGCCC ATCAAGCACA AGTTGCGGAA
AATCTAGGCT ACGTCGGTGA AGGCAACCGA GGCGTAGAAA TGATGATGAA AGAGTTCTAT
CGCACACTTC GTCGTGTGGC AGAGCTCAAT AAAATGTTAC TCAAACTTTT TGATCAAGCG
ATCATTAATG GTGGGGCGAC AGAAAGTGCC GAGATTCTCG ATGCCGACTT CCAACGTCGT
GGCTCTTTGA TTGAAGCGCG GAAACCCGCA TTGTTTCAAG CTCGCCCAGA AACTATTCTG
GATATGTTCT TACATATCGC GAACGACTCA ACCATTGAAG GGGTGAGCCC ACCAACACTA
CGTCAGCTGC GCACCGCGCG CCGTCGACTC AACAAATTTT TGCACACCAT TCCTGCTGCG
CGTGAAAAGT TCATGGCGTT ATGTCGTCAC CCTAATGCTC TGCATAAAGC ATTCAGCCTA
ATGCACCGAT TAGGGGTTAT GGCGGCCTAT TTACCACAAT GGAGTCAAAT TGTTGGTCAA
ATGCAGTTTG ACTTATTCCA CGCCTACACC GTTGATGAAC ACAGTATTCG CTTACTGAAA
CACATCAACA CCTTTAGTGA CCCAGAAAAT CATGCGAAGC ACCCTATTTG CTGTGACGTC
TACCCTCGGA TGCAAAAGAA AGAACTGCTG ATTATTGCCG CTATTTTCCA CGATATCGGT
AAAGGACGTG GCGGCGATCA CTCTGTTATA GGCGAAGGTG AGGCTTACGA CTTCTGTATT
GAGCATGGCT TATCAAAGCC CGAGGCCAAA CTTGTCGCTT GGTTGGTAAG GCATCATCTA
TTAATGTCCG TCACCGCACA GCGCCGAGAC ATTTATGATC CCGATGTGAT TACCGAATTT
GCCAAAAAAG TCAGAGACGA AGAATCTCTC GATTATCTTG TGTGCCTGAC AGTTGCAGAT
ATTTGTGCAA CCAACCCAGA ACTTTGGAAT GCTTGGAAAC GAACCTTACT GGCAGAGCTG
TATTACTCCA CACAACGTGC TTTACGTAGA GGGTTAGAGA ATCCTGTCGA TGTGCGTGAG
CGAATTCGCC ACAACCAACA AATGGCCTCT GCAATGCTGC GCAAAGAGGG GTTTGCCGCG
CGCGAAATTG AAGTATTGTG GCAACGCTTC AAAGCTGACT ATTTCCTTCG TCATACCCAT
ACGCAAATCG CGTGGCACTG CGAACACTTA CTTCGCATGG AAGATCCGAC TAAGCCTTTG
GTCTTGATCA GTAAAAAAGC CACTCGTGGC GGCACTGAGG TGTTTGTATA TACGAAAGAC
CAGCCTGCTT TATTTGCGAC GGTCGTGGCG GAGTTAGATA GGCGTAATTT TAATGTACAC
GACGCACAAA TAATGACCAG CAAAGATGGG CACGTGATTG ATACCTTTAT GGTACTCGAT
CAACATGGCG AAGCGATCGA TGAGTCTCGT CACGCCGCGG TGATTAAGCA CCTCACCCAT
GTACTAGAGG CGGGCCGACC AACCAAGATT AAAACACGCC GTACTCCGAA CAAACTTCAG
CACTTTAATG TGAAAACCAA AGTCGACTTC TTACCAACCA AAGGTAAAAA GCATACTTTA
ATGGAGTTTG TCGCGCTAGA CACACCAGGG CTGTTGGCCA AAGTAGGCCG TACGTTTGCT
GATTTAAATA TCAACCTTCA TGGTGCCAAA ATCACCACCA TTGGTGAACG AGCAGAAGAC
TTGTTTATTT TAACCAGTGA TGCAGGGGGA AGATTAAGTG AAGAACAACA GGATGAGCTA
AGAGAGAGAT TGATCGAAAA GTTATCTGAT GAGGTCGCTG CTTAG
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| Protein sequence | MTLQSPLTFS DEQINIGELK QELEKFSSDQ NQEFLNHHPV TSLVLARAEY MDLLLNRLWQ
HFGFKDIYNI SLVAVGGYGR GELHPLSDID ILILSNNKLP TALEAKISEF ITLLWDLKLE
VGHAVRTVNE CAEIGKADLT VATNLQEARL LCGSEDTFQA LKKVVLSDSF WPSETFYRAK
IQEQRERHAR YHDTTYNLEP DIKSTPGGLR DIHTLSWVAR RHFGATSLLE MSRYGFLTDA
EYRELVECQD FLWRVRFALH MELRRYDNRL TFAHQAQVAE NLGYVGEGNR GVEMMMKEFY
RTLRRVAELN KMLLKLFDQA IINGGATESA EILDADFQRR GSLIEARKPA LFQARPETIL
DMFLHIANDS TIEGVSPPTL RQLRTARRRL NKFLHTIPAA REKFMALCRH PNALHKAFSL
MHRLGVMAAY LPQWSQIVGQ MQFDLFHAYT VDEHSIRLLK HINTFSDPEN HAKHPICCDV
YPRMQKKELL IIAAIFHDIG KGRGGDHSVI GEGEAYDFCI EHGLSKPEAK LVAWLVRHHL
LMSVTAQRRD IYDPDVITEF AKKVRDEESL DYLVCLTVAD ICATNPELWN AWKRTLLAEL
YYSTQRALRR GLENPVDVRE RIRHNQQMAS AMLRKEGFAA REIEVLWQRF KADYFLRHTH
TQIAWHCEHL LRMEDPTKPL VLISKKATRG GTEVFVYTKD QPALFATVVA ELDRRNFNVH
DAQIMTSKDG HVIDTFMVLD QHGEAIDESR HAAVIKHLTH VLEAGRPTKI KTRRTPNKLQ
HFNVKTKVDF LPTKGKKHTL MEFVALDTPG LLAKVGRTFA DLNINLHGAK ITTIGERAED
LFILTSDAGG RLSEEQQDEL RERLIEKLSD EVAA
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