| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_3229 |
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| Symbol | |
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| ID | 5663618 |
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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 | Shewanella pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 3957552 |
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| End bp | 3960125 |
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| Gene Length | 2574 bp |
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| Protein Length | 857 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641237888 |
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| Product | protein-P-II uridylyltransferase |
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| Protein accession | YP_001503080 |
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| Protein GI | 157963046 |
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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 | 30 |
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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 | ATGTCTAGTA TATTGGAACT GAATTCTCTC TCGGAGTTGA AGTTTCATAT AAAAACCTTC
GACGAAAAGC TTAACGAGCA GTTTTTAACT CTGCCGGTGC AGACTCTATT AAAGAGGCGC
GCTAAGCATA TAGACGAAAT GTTGGTTTCA TTATGGAAGA TGTACAACCT GCATAATACC
TCGATGTCGC TTAATGCGGT GGGAGGATAT GGTCGAAGGG CGCTGCATCC TAGATCCGAT
GTCGATTTAG CCATCATCAT AGAGCAAGAG TTATCCCCGC AGCAGCAAGA ACAATTATCG
CTTTTCCTTA CCCACCTCTG GGACTTTGGC TTAGATATAG GTCAAACAGT TAGAACCCTC
TCTGAATCGA TAGCGTCAGC AAGATCCGAT ATCACCATTG CCACCAACCT GCTCGATATC
CGCTGTTTAG TTGGCTCAAA AAAACATGCG CTGACCATTA AAGAGCAGCT TTATCAAAAT
GAGCTGTGGA CCAGCCTGTC TTTTTACGAT GCCAAAATGG CCGAGCAGCA AGTCAGACAC
AATAAGGCGC TGAACACTGC ACTGTATTTA GAGCCTAATC TCAAGAACAA TCCTGGTGGC
CTACGCGATG TACACACCAT TATGTGGATC GCACAAAAGC ATTTCTCACT GGCCAATGCC
AATGCCCTTA AAACCATAGG ATTTTTACAG CAAGATGAAG TCTATGAGCT ATTAGAAGCC
TATGACTTTA TCTGTCGCGT TAGATGGGCA TTGCACTGTG TAACGCAATC GGCGCAGGAT
GTATTGCTGT TTGAGCACCA AGCTGGTGTG GCCGAGTTTA TGCAATTTGG CCAAGGTGAT
AATAGCCAGC TGGCGATTGA GCGTATGATG CGCCAGCTCT TTAGGGCCAT GACTCGCGTA
CGTGAGTTAA ATCAGATCAT CTGTGACTCT TTTAAGCTCG ATACCCTAAA CGAAACCGAG
CGCGGTAACC TGCAATCCAT CGATAAGTAT TTCAGCGTAT GTAACGGGCT CATTGAGGTG
AAATTTACCC AAGCTTTCAT TGATAAGCGT CAGGTCATAC GTATGTTCAA GCTGATTGCC
GAGAACGATA ATATCGATGG CATTGCGCCG CAAACACTGA GATTACTCAG ACAGACCCGC
CGTGGGCTGC TCGGCGAGTT ACAAGATTAT CAGGGGTGCC GTGAAGAGTT CTTAGCTATC
TTGTCCCATC CTAAGGGCCT ACGTAAATGC CTTGGTCTGA TGCATCGCTA CGGTGTATTA
GCGGCATACT GCTCACAGTG GCATGCAATT GAAGGTCAGA TGCAGTTTGA TATGCACAAT
GCCTTTACTG TGGATGAGCA CACCTTTAAA ACGATTCAGT ATATCGACAG CTTTGCACTC
AATAAGAAAA ACAGCCTCAC CTATTCGGTT TATCAAAATA TCGGTAATCG GTTTGCACTG
GTGTTTGCAA CGCTTTGTCA TCACCTCTCT GGTAAACAGG CGATAGAGAA CAGTGAGTTG
AGTGCTATTC AGGCTAAGGA ACTTGCCGAA GAACACCTGT TAAAGGCTTC AACCACGGCG
CTTATCTATT GGCTAGTGGC CAATCAAGAT TTACTGATTA GCGCAATTCA AACTCAGGAT
ATCAGCGAGC CGGACGTGAT TAAGCACTTG GCTAAAACCA TAGGATCGCA AGATAAACTT
AACGCCCTAT TTCTTTTCAC CATCGCCGAT ATGATGGCGA CTAACGAAAG CTATTGGAAC
GATTGGCAGG AGAGCCAGCT AACTCTCTTG TATATGGCGC TTCGTGACGC GTTAAAACAG
GGAATAGAAA ATATCTTCGA GGTGCGTACC GTCATTCGCG AGAATCAGAC GGATGCCAGG
GCAGAGCTTG TAAAGGCGGG GATCGATGAG GAGCGTCTAA GCCAGTTCTG GCATAGCTTG
CCGAATAATT TCTTCAGTGG TAACTCTGTA GAAGATATCG TTGAGATCAG CCAAGGCCTC
CTCGAGGGGG TTGCGGGTAC GACCCGAGTC TTAGTCGGTA AGAATGGTGA TAATGGCTTT
ACCAGTATTT ATGTTTATAC CGAGGACAGG CCTAAGTTGT TTGTCGACCT GTTTAAGACT
TTAGCTAGCT CTAAGCTCAA GGTCAAAGAT GCCCAGATGA TGCAAACTAA AGATGGTCAA
GTGTTGGAGA TCATCAAGGT ACTGGATCAT AAAGATGAGC CAATTGATGA TGAACCAAGA
ATAGAGCAAA TCGTTAAGCG CATCTATCGC GCGATTGATC AAAAAGACAG ACCTAGGAAG
CTAGTTACCC CTAGAGCCTT AAAGAACTTT GATAGTCCTC CAGTGGTTAC TGTGCTGCAC
ACCACCAAGA AAAACAGAGC CTTGCTTAAG GTTAATACTT TAGATGACCC TATGTACCTA
GAGCAGATCT GTAATTTATT ATCTGAGCAG AATCTGAGTA TCCACTCGGC AAAAATAAGT
ACCTTAGGAG AATGCACCGA AAACGTATTC TTGGTATCGA ATGCCGAGAA AAGCTCTTTT
GGTCATGATG AACAGCTAAA GCTGGTGGAT ATTATCGAAG AGGAAATCGC TTAA
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| Protein sequence | MSSILELNSL SELKFHIKTF DEKLNEQFLT LPVQTLLKRR AKHIDEMLVS LWKMYNLHNT
SMSLNAVGGY GRRALHPRSD VDLAIIIEQE LSPQQQEQLS LFLTHLWDFG LDIGQTVRTL
SESIASARSD ITIATNLLDI RCLVGSKKHA LTIKEQLYQN ELWTSLSFYD AKMAEQQVRH
NKALNTALYL EPNLKNNPGG LRDVHTIMWI AQKHFSLANA NALKTIGFLQ QDEVYELLEA
YDFICRVRWA LHCVTQSAQD VLLFEHQAGV AEFMQFGQGD NSQLAIERMM RQLFRAMTRV
RELNQIICDS FKLDTLNETE RGNLQSIDKY FSVCNGLIEV KFTQAFIDKR QVIRMFKLIA
ENDNIDGIAP QTLRLLRQTR RGLLGELQDY QGCREEFLAI LSHPKGLRKC LGLMHRYGVL
AAYCSQWHAI EGQMQFDMHN AFTVDEHTFK TIQYIDSFAL NKKNSLTYSV YQNIGNRFAL
VFATLCHHLS GKQAIENSEL SAIQAKELAE EHLLKASTTA LIYWLVANQD LLISAIQTQD
ISEPDVIKHL AKTIGSQDKL NALFLFTIAD MMATNESYWN DWQESQLTLL YMALRDALKQ
GIENIFEVRT VIRENQTDAR AELVKAGIDE ERLSQFWHSL PNNFFSGNSV EDIVEISQGL
LEGVAGTTRV LVGKNGDNGF TSIYVYTEDR PKLFVDLFKT LASSKLKVKD AQMMQTKDGQ
VLEIIKVLDH KDEPIDDEPR IEQIVKRIYR AIDQKDRPRK LVTPRALKNF DSPPVVTVLH
TTKKNRALLK VNTLDDPMYL EQICNLLSEQ NLSIHSAKIS TLGECTENVF LVSNAEKSSF
GHDEQLKLVD IIEEEIA
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