| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_3283 |
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| Symbol | |
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| ID | 6117603 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 4025564 |
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| End bp | 4028143 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641634828 |
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| Product | PII uridylyl-transferase |
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| Protein accession | YP_001761648 |
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| Protein GI | 170727622 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.000339287 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 3 |
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| Fosmid unclonability p-value | 0.0000397326 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGACCACTT CACCAGCGCT ACTCGCCAAA GCAGCACTAC TCGAACAAAA TAATGAACTA
CTCTCTCAAT TTCGTCTTAA GGGAGATATC AAACAATTAG TGGCTCAACG CTGTCACTTT
GTCGACCAGC TTTTGCAACA ACAATGGACC GAACAAAAAC TCGACACTTT TCCTATCGCA
CTGATCGCCG TTGGCGGTTA TGGCAGAGCT GAACTACACC CTCAATCAGA TATTGACCTG
CTGTTTCTTA TCGATTCACA GCTTAGCCCA AACGCTGAAA CCGCACTCAG CGAATATATC
GCTTTTCTAT GGGACGCAGG CCTTGAAGTT GGACACAGTG TTCGCAGTAT TAAGGAGACG
ATTGAACAGG GGAAGAGCGA CGTCACCATA GCCACAAACC TAATTGAATC AAGGTTATTA
TCCGGCCCAA ACGCCTTATA TCAAGCTTTA TACGCAAGTA TCAGGGATGA TGAATTCTGG
CCGCCAAGCA AGTTCTATAT CGCCAAACGA GATGAACAAT TTGCCCGCCA TGCCAAAGCC
AGTGCTTTCG ACCTTGAGCC GAACCTGAAA ACCTGTCCTG GCGGATTAAG GGATATTCAT
ACTGTTGCTT GGGTGGCAAT GCGTTACTTT GATGCCTCAA AAACAGAAGA TCTGGTTGGC
CATGGTTTCT TAGAGCCCGA TGAACTGGAA GAGCTGCTGG AGTGTCAATC ATTCCTGTGG
GAGCTCAGGT TTGCCCTGCA TATCATCTCA GGCAGAGATG AAAACCGATT ATTGTTCGAT
CTTCAACGCC AAGTCGCAGA TCTTCTCGGT TATGAAGATT CGACTCAACT GGGTGTTGAG
CAGATGATGA AGCGTTACTA TCAAACGGTT CGCCGTGTGA TGGAACTCAA TCAGATGCTA
CTGCAACTGT TTAAACGAGC AACTCTTGGC CATACTAAAG CCCTTGAAAT AAAACCAATA
AATCAAAACT ATCAGCTACG TGGAAGTTTT ATTGAAAGCT TAAACGAGCC GCTATTTGAT
AATCCAGTTG AAATTTTAAA CCTGTTCTTG CTCGCTGCTA AAAACTCCAA TATTCAAGGG
ATTTATGCAC CAACACTAAG AAGCCTAAGA AAAGCAAGAC GCTCGTTAAC TCGACCTTTA
ATGGAGGTTC CAGAGTGCCG CGCCGTGTTT TCAGAGATAT TGCGTCACCC TCGCGGCATA
GCATCACTCT CATTAATGCA TAGACATGGG GTGCTATCGT CATACCTGCC TGCTTGGCGG
GAGATTGAAG GTCAGATGCA ATTTGATCTA TTCCATGCTT ACACTGTCGA TGAGCACACC
CACAGACTTT TGCAAAATAT TGATAGGTTC TCCCAAACTG AGCAGAAAGA GGAGTTTCCC
TTAGGCTCAG TACTTATCAA TCAACTCCCT AAAAAAGGGC TCTTGGTGTT GGCCGCCATT
TTTCATGATA TTGGTAAAGG CCGAGGTGGC GACCACAGTA AGTTAGGTGC TGTAGACGCT
CTGGAGTTCT GTAAACTACA TGATCTTAAC GATCATGATG GCCGACTGGT TAGCTGGCTG
GTTGAGAATC ATTTAGTCAT GTCTGTCACC GCTCAAAGAC GCGATATATC CGATCCTGAT
GTGGTTGGAG AGTTTGCCGA TAAAGTGCGT GATGCGGTAC ACCTTAGCTA TCTCTACTGC
CTAACAGTGG CAGATATATG TGCCACCAAT GAAAAAACCT GGAATAGCTG GAAGGGCTCG
TTACTTAGAG ATCTCTACTT CTCAACACAG AGGGTGCTTG CCCGAGGTAA AGAGAAACCT
GTCGATATTC GTGCTCGAGT CCGAGAGCAT CAGGCTAAAG CAAAAAAAGA GCTACTCAGA
CGTGGCGTGA AAGAAAAAGG CATAGACACA CTTTGGCAGA GGTTTAAAGC TGACTATTTT
TTAAAACATC AAGCTAACCA GATAGCTTGG CACTGTGATG CGATTTTAAA ACATAAGCAG
ACTGAACCCT TAGTACTTAT CTCCAAACAC ACCACTCGTG GCGGAACTGA GCTATTTATC
TACGGTCAGG ATAAACCTAA GCTGTTCGCC ACTGTCATGG CGGTTTTGGA TAATAAGAAT
ATCGATGTTC ATGATGCCAC CGTTATGGCC TCAAAAGATG GTTATGTACT CGACTCCTTC
GTCATTCTTG AACAGGATGG AACACCGGTA TCTCAAATTT CACGGATCCA GAGTCTCAGA
AAAGCCCTCA TAAAAGCGCT CAACAGCGAT ACGGCTAAGT TACCTAAGTT CAAAAAACTA
TCACGCCAGA TGAAACCTTT TAATGTGCCT ACTCGGGTGA GTTTCCTGCC CTCACGGCGC
AGCAGTACAA GTATGATGGA GCTTATCGCA CTGGATAGCC CAGGGTTACT GGCAAAAGTA
GGAGATATTT TATATCGCTG TCAGATCCGG TTACTGGCAG CAAAAATCAC CACCATAGGT
GAACGGGCCG AAGACTTTTT TATGCTGCAA AATATCGATG GTGAAGAGCT TAATTCAGAG
CAGAAGATTT TGCTTCAGGA GAGCCTAATT AAGGCATTTT CAAAGCAAGC TAGGAGTTAA
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| Protein sequence | MTTSPALLAK AALLEQNNEL LSQFRLKGDI KQLVAQRCHF VDQLLQQQWT EQKLDTFPIA
LIAVGGYGRA ELHPQSDIDL LFLIDSQLSP NAETALSEYI AFLWDAGLEV GHSVRSIKET
IEQGKSDVTI ATNLIESRLL SGPNALYQAL YASIRDDEFW PPSKFYIAKR DEQFARHAKA
SAFDLEPNLK TCPGGLRDIH TVAWVAMRYF DASKTEDLVG HGFLEPDELE ELLECQSFLW
ELRFALHIIS GRDENRLLFD LQRQVADLLG YEDSTQLGVE QMMKRYYQTV RRVMELNQML
LQLFKRATLG HTKALEIKPI NQNYQLRGSF IESLNEPLFD NPVEILNLFL LAAKNSNIQG
IYAPTLRSLR KARRSLTRPL MEVPECRAVF SEILRHPRGI ASLSLMHRHG VLSSYLPAWR
EIEGQMQFDL FHAYTVDEHT HRLLQNIDRF SQTEQKEEFP LGSVLINQLP KKGLLVLAAI
FHDIGKGRGG DHSKLGAVDA LEFCKLHDLN DHDGRLVSWL VENHLVMSVT AQRRDISDPD
VVGEFADKVR DAVHLSYLYC LTVADICATN EKTWNSWKGS LLRDLYFSTQ RVLARGKEKP
VDIRARVREH QAKAKKELLR RGVKEKGIDT LWQRFKADYF LKHQANQIAW HCDAILKHKQ
TEPLVLISKH TTRGGTELFI YGQDKPKLFA TVMAVLDNKN IDVHDATVMA SKDGYVLDSF
VILEQDGTPV SQISRIQSLR KALIKALNSD TAKLPKFKKL SRQMKPFNVP TRVSFLPSRR
SSTSMMELIA LDSPGLLAKV GDILYRCQIR LLAAKITTIG ERAEDFFMLQ NIDGEELNSE
QKILLQESLI KAFSKQARS
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