| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_3667 |
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| Symbol | |
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| ID | 5664052 |
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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 | 4462614 |
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| End bp | 4465922 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641238327 |
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| Product | metal dependent phosphohydrolase |
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| Protein accession | YP_001503513 |
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| Protein GI | 157963479 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2206] HD-GYP domain |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGGGCGGTT TGGATAACAT CAGTAATAAG CGATTTACCA TTCGGGTGAC TGTGGTGGGG
ATTTTTATCT TAGCCACAAT TTTGACCGCA TCGATTGCCA TAGGTTTGCA ATATTACTTC
AGTAAAGCCA TGGCTACAGA TGCTGCGGTT AAGCTCTATA GTCATACAGC TAACAACACC
AGTGGTTACC TCACTCAAGT CGATAATCGA GCGATTAATA CCACACGTTT ACTGTCAAAT
TTTGATGATA TTGTTATCGA TGACGCCTTT AATCCAGAGG TGAGACAGGC CTTCGCCGAA
GTCATGCAGA TCAACCCGCT GTTTTATGCC ATCTACATAG GCATGCCCAA TGGCGATTTT
TATGAATTGA TTAACTTAGA TGCCAATCCA AATATTAGAA AACAGCTTAA TGCATCCCAT
CTGGATCGCT GGGTCATCAT CACAATAAGC GGCCAGGGAG GTCTACGCTT TAGAGAGCAG
TCCTATCTCG ATGAGCAATT CAATCTGCGT GTTACCCATT CCGAGCCTAG TGAGTACGAT
GCCAGAGTGA GACCCTGGTT TGTCGATGCC AATAGCCAAG CCGTTTCTAA GACTGAGCCG
TACTTGTTCC AGCACTTACA ATCACCAGGG CAAACTTATT CGATAAAACT CGCTGACTCG
GGTGCGGTTC TCGCCTTAGA TATTGCACTT TCAAGTCTGT CTGATTATCT GCTGTTGCAG
GGGGGAGGCG CAAAGAAGTT CGAAGATAAA AAAATCTTTC TCTATAAGCA GAGTGGCGAG
CTGATAGCAT CGAACCAAGA TAGAAAAACC GGCATTGAAA TCCCGGAATC TAAACCGCTA
AGGTTAACGG CTAAGCAGCA GGCTATGGTT GAAAATACTG AGCCCATATT AGTTTCTAAT
GAAACAGACT GGGCGCCGAT TGATTTTGCT ATTTCGGGCA TGCCCCAAGG TTATAGTGTC
GAACTGTTGA ATTTAGTGGC GGATATGACG GGATTAGAAC TGCGCTATAT CAATGGTTTT
AGCTGGAAAG AGTTAACCGA GAATTATAAA GCCAACGAGC TAGATATGCT GCACTCGGTA
ATCAAAACCG ATGAAACCCT CTTACTGGGT GAGTTTAGTG AACCGTTTCT TGAGCTGCCT
TACGCACTCG TTACCCAGCA GGGAGTGCCA CAAATTACCC ATATTGAGCA GCTCAACGGT
AAGCAAGTTG CTATCCCTAC GGGTTGGTCT ATTGTCGAAG TCATTCGGCA GAACTATCCG
TTAATTGAAA TCGTTGAAAT GGCTTCTACC TACGCCATAT TGCATGCGGT TGAAGAGGGA
GCCGTTTTTG CGGCGCTCGA CAGTAGCATT ATCTTGCACT ACACGGCGAA CCAGTTTTTT
GTTGAACAGA TTCAATTCCA TGAGCAACTC GATTTCTCGC CAGTAGAGTT GAATACCGGT
TTACATATTG TGATGCCTAA TCAGGACTCG GCCATTATCG AGATAATCAA TCTGGCGCTT
GCCAATATAA CTCCGGAGCA ACGGCAAGCA TTAAGAGCTA AATGGTTTGG TGAAGGAGAG
AAGCAGACTC TATCGACCCA AGGAACCGTT CCCTTTGAGG CGCTTATAGA TCTTGCAAGC
GAGCCTGAAA ACCAGAAACG ACTGATTCGT CGTGAGATTA ACGGTGTTGA GGAGTTCCTC
TATGTCACCC CTCTTGGGGA GCCCTTAGCC AGTAGTAAAG AGCCCTTAGC CACAAGTGCC
GAGCCCTCGG CTGGGAGTAA GGAGCCTTCA GCTACAAGTA AAAAGTCTTC AGCTGCAAGT
AAAAAGCCTT CAGCCGGAAG TCAGGAGTTC TTTGCTATCG TGGTTCCGGC CAAGCAGTTA
TTGGCGACGA GTGTTGAAAA GGTGCAGCAA TCTATCTTGC TCACCAGTAT CTGTTTGTTA
ATTATCTTGC CTGTATCTTG GCTGTTCTCA TCACCTATTA TTCGCCCAGT AAAACTACTT
GCCATCGAGA ATGATAAGAT AAAAAATCGC CAGTACGACG AAGTTAAACG GGTCGAGTCC
AACATTACCG AGCTGGATGA ACTGGCTGAA TCTATGATGG AAATGTCGAG CGCGATCCAA
GCTTATGAGG AGAATCAAAA GGAGTTGATG GAGTCTTTTA TCAAGCTTAT CGCCCAAGCG
ATCGATGATA AATCTCCCTA TACCGCAGGC CACTGTAATC GCGTGCCCGA GCTTGGCTTA
ATGTTGGCTG ATGCCGCTGA AAAGTCGCAG CTAGCCCCCT TTAAAGACTT CAAGTTTCAT
TCGGCCGATG AGCACAGAGA ATTTAGAATT GCCGCCTGGT TACACGATTG CGGCAAGATC
ACCACCCCAG AATATATTGT CGATAAGGGC ACTAAGCTTG AGGCGGTTTA TAACCGTATT
CATGAGGTGC GGATGCGTTT TGAGGTGCTT TGGCGTGATG CCGAAATTGA TTACCTGAAG
CGAAGTGCCT CAGGGAGCGA ATCCAATGAA TTTTATCTTG CTGAACTGAC TGAAAAGCGC
AAGCAATTAA CGGCAGACTT TGAGTTTATT GCCAAGGCCA ATGTCGGTGG TGAGTTTATG
GGGCAAGAGG CCAAAGCACG CCTAGCCCAG CTTGCCGATA TCACTTGGCA GCGTCACTTC
GACGATAGGC TTGGTCTCTC GCCGGTAGAG GAACTCAACC TCAGTGAGCA AGCTAGCGAG
CTCAGCTATC CTGTTACCGA ACCGCTACTA AGAGATAAAT CTGAGCATAT TATCAAGCGC
ATCAATCAGG TGGAGTTTGA CCCTAAATTT GGTATTAAGA TGGCGATCCC GCAGCATCAA
TATAACTTAG GTGAACTCTA TAACCTCACT ATCTCTCGCG GCACCTTGAC CACTGAAGAC
AGGTTTAAGA TTAATGAGCA TGTCACCAGC ACCATTAAGA TGCTGGAAAA CTTACCGTTT
CCGCCCGAGC TGGCAAGGGT GCCACGTTAT GCCTCGACTC ACCACGAAAC CTTAAAAGGC
ACGGGTTACC CACGTAAGCT TAGCGCCGAA GACTTGTCGA TCCCCGAACG GATCTTGGTG
GTTGCCGATA TATTCGAAGC GTTAACCGCG GCCGATAGGC CTTACAAGAA GGCCAAGCCT
CTCAGTGTCG CCATAGATAT CTTGCATAAG ATGGCACTGG ATGAACATCT GGATATGGAT
ATCTTTAAGC TGTTTTTATC GAGTGGCATT TACTTGGAAT ACGCCCATAA ATTCTTGGTT
CCGGCACAGA TTAATGAGGT CGATGTGGCC AAGTATTTAC AGTCTGAATC TATGAGTAAG
AGCGCTTAA
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| Protein sequence | MGGLDNISNK RFTIRVTVVG IFILATILTA SIAIGLQYYF SKAMATDAAV KLYSHTANNT
SGYLTQVDNR AINTTRLLSN FDDIVIDDAF NPEVRQAFAE VMQINPLFYA IYIGMPNGDF
YELINLDANP NIRKQLNASH LDRWVIITIS GQGGLRFREQ SYLDEQFNLR VTHSEPSEYD
ARVRPWFVDA NSQAVSKTEP YLFQHLQSPG QTYSIKLADS GAVLALDIAL SSLSDYLLLQ
GGGAKKFEDK KIFLYKQSGE LIASNQDRKT GIEIPESKPL RLTAKQQAMV ENTEPILVSN
ETDWAPIDFA ISGMPQGYSV ELLNLVADMT GLELRYINGF SWKELTENYK ANELDMLHSV
IKTDETLLLG EFSEPFLELP YALVTQQGVP QITHIEQLNG KQVAIPTGWS IVEVIRQNYP
LIEIVEMAST YAILHAVEEG AVFAALDSSI ILHYTANQFF VEQIQFHEQL DFSPVELNTG
LHIVMPNQDS AIIEIINLAL ANITPEQRQA LRAKWFGEGE KQTLSTQGTV PFEALIDLAS
EPENQKRLIR REINGVEEFL YVTPLGEPLA SSKEPLATSA EPSAGSKEPS ATSKKSSAAS
KKPSAGSQEF FAIVVPAKQL LATSVEKVQQ SILLTSICLL IILPVSWLFS SPIIRPVKLL
AIENDKIKNR QYDEVKRVES NITELDELAE SMMEMSSAIQ AYEENQKELM ESFIKLIAQA
IDDKSPYTAG HCNRVPELGL MLADAAEKSQ LAPFKDFKFH SADEHREFRI AAWLHDCGKI
TTPEYIVDKG TKLEAVYNRI HEVRMRFEVL WRDAEIDYLK RSASGSESNE FYLAELTEKR
KQLTADFEFI AKANVGGEFM GQEAKARLAQ LADITWQRHF DDRLGLSPVE ELNLSEQASE
LSYPVTEPLL RDKSEHIIKR INQVEFDPKF GIKMAIPQHQ YNLGELYNLT ISRGTLTTED
RFKINEHVTS TIKMLENLPF PPELARVPRY ASTHHETLKG TGYPRKLSAE DLSIPERILV
VADIFEALTA ADRPYKKAKP LSVAIDILHK MALDEHLDMD IFKLFLSSGI YLEYAHKFLV
PAQINEVDVA KYLQSESMSK SA
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