| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1404 |
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| Symbol | |
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| ID | 5661802 |
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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 | 1704129 |
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| End bp | 1707101 |
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| Gene Length | 2973 bp |
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| Protein Length | 990 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641235967 |
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| Product | hypothetical protein |
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| Protein accession | YP_001501265 |
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| Protein GI | 157961231 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.549738 |
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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 | ATGCAATTGT TTTTATTGGG TGCTGGGCGT CCTGCAAATG GCAATAAACC ATCAGCTTTA
AAGTCCATAG CAAGAAATAC TAAAGCTATG GACTGGCAGC TTCATGGCTT TGAAACTGTA
ATAAATTCGA ACGATATTCA TTTTCTTGGC GGATACCATG TCGATGAAGT TAAAGATTGT
TATCCAAATT TGAATATTTC TATAATTCCA GACTGGGAGA ATAAGAGTGT TCTTCAAACT
TTATTAAATG CTCCATTTAA CCATAGTTCA GTTTTCGTTA CTTATTCTGA TACGGTCTTT
AGAAAAAGCA CTATTGATAA GATTTGTAAT CTTGAAGCAG ATGTTGTCTT TGGAGTAGAC
TTTAATTGGA AAGACCGTTT TGATTCACGT TCTCAAAAAG ATATTGATTC CGCAGAAGTA
TTAACCTTGA ATGGCCAAGA AGTTGAGTTT ACCGGATTGG TTAAATTTAG TTCAAGAGCC
GCTCTTATCA TTTCTGAGTT AAAAGAACAT AAAATAAATG GTAATTTAAT CGATCTTATA
TGGTTGTTAC GCGATAATGG CTTGAAAGTA GTTCATTATG ATGTTGGCAA TAATTGGGCT
GAATTCAACT CTCAGGATGA TATCGCACAT TTTATCCTAG GAACGAAGGC CGAAACACTC
GCTAGACTTG AGCCTGTAGT TAGGAAAAGT CATATTGGAA GGCAAATTAG CTTTTCAACT
CGAGAATGGC TTGATAATAA GCAATCAATT ATTGAGTTAA TTTGTAAGGA ATTTGAAGGA
CAGAAGCTAG TTGTTCGCAG TAGTTCAAAG GGTGAAGATA ATTGGTTTTC TTCAAATGCA
GGTGGTTTTG AGAGTCTATT AAATGTCAAT GTCAATAGTG ACGATATCAT AGAGGCTGTT
GAAACAGTAA TAGAATCTTA CGGTACAAAA AGAGCCGGTG ATGATCAAGT TTTGGTCCAA
GAGTTTTTAA GTGATGTTAA ACTCTCCGGA GTAATTTTTA CCTGTGGGCT AGAATCAGGA
TCGCCATACT ATCGGTTCAA CTTTGATGAT AAAACATCTT CAACTGAATC TGTAACCGCA
GGAATACAAG CAGATTTAAG AACAGTTCTT GTCAGTAAAA TTAAATCTGG CGGTCTTTTT
ACCGTTGCGC CTGAATTGAA GCCAGTTTTG GAAGCTGTAC AAGAATTAGA GCAATTGCTT
AATTATGACA AGTTAGATAT TGAGTTTGCC ATTGATGAAT CGAATATAGT ACATATATTT
CAAATTAGGC CCGTGACAGT TAATCATGTT GGCTTAGAAG TCGATGTTAA GGATGTGGAA
CAGTATTTAA AAGAATCTGT GAGTAGATTC AAAACACAAC AACATGCAGT TTCTTCTATT
TATGGCGACA GAACTTTGTT TGCTAATATG CCAGACTGGA ATCCTGCTGA AATAATTGGA
ACGAGACCGA AACCTTTTGC ATTCAGTCTC TACAGGCAAT TGATAACAAA TGATATATGG
GCGCAACAGC GTGCTGAATT TGGTTATCGT GATGTTCGTC CATATCCATT ATTAGTTTCC
TTTTCTGGAC AACCATATGT AGACGCTAGA GCTAGTTTAA ACTCATTCAT TCCTAAAGCA
CTTTCAGAAA ACTGTGCGGA AAGAATAGCG AAAGCTTACA TTAGTATACT TGCAAGTAAC
CCCCATTATC ATGATAAAAT CGAATTTGAG GTTGCGTTTA CGATTTGGAC TCCTGATTTT
GTAGATGAGG CTTCGAAACG CTTAATTCCG TACGGCGTAA CTCAACAGGA TATAGAAGAA
TTAGAAGTAG CATTGAAATT GATAACATCT AATGCTTTAG TAAGGCTTTC GGATGATATC
AAGTCAATCA ATAAGATTAC ATGTGCCAGC TTGAATGATT TACAAAAAAA TATCGTTCCT
TTAGATAAAG CATATAATCT TCTTTATGAT TGTAAAAGAT ATGGTACGTT AGCATTTGCA
CATGCAGCAA GGGCTGGTTT TGTTGCGACT ACGTTCTTAA AGTCTTTAGT TTCAACAAAC
GTATTCACAG ATGTTCGTAG ATTAGAATTC CTGAAAAGTT TTGATACAGT TGCGGGGATA
TTTGAAAAAG ATAAATATAA ATTTTATTGT GGTGAATTAT CTCTTGAAAA TGTAGTAAGT
AAATATGGGC ATTTACGGCC TGGTACTTAT GAAATAACAA CAAACGCGTA CTGGGAAAAT
CCACAGAAGT ATATTGTATC CAATATTGAT GGTAATGAAC CTTCCGAAGA AATAGAATTT
ATTTTAACAG AAGAGGAATT AAAAGGTATA TCAGGTCTAC TGTTAGAGCT TGGTACTAAT
ATTTCACCAG TTGATTTTAT TCGTTATTTA AAAGAGGCTA CACAAGCGCG GGAGTTCGTA
AAATTTGAGT TTACTAAAAA TTTAAGCAAA GCGCTAGATA TGTGCGTTTT GTTTGGTATG
GCAGCTGGTA TTAGTAGGGA TGACCTATCT TTCTTAGAGT TTAGTGACTT AGAGCAGTTA
AAACTTAATA CCGTATCATT AGAGACTGTT AAGTCTTTAA TTAAAAGAAG GAAGCAAGAA
TATAGTATCA CATGCTCAAT AGAATTACCT TCTTTGATAA AATCTGAATT TGATTTTTAT
AGTTTTGAAC GATTTGCATC GCAACCTAAT TTTGTAACAA TTGGTAAAGC AGAAGGAACT
CTTAAGATCC TCGATAATGA GACGGCTGAT GCTTTGAAGG GAGTTATTGT AATGATTCCT
CAGGCTGATC CTGGTTATGA TTGGTTATTT GGTCATGAAA TCGGTGGGTT AATAACAAAA
TATGGAGGAG CAAACTCTCA TATGGCTATT AGGGCTGCCG AGATTGGTTT GCCTGCTGCA
ATAGGGGTTG GTGAAAAGTT GTATGAAAAA ATTACAATGA TGAAGAGAGT TGAGCTTGAC
TGTGCTAATC AAACTATTAG AGAAGTAGAA TGA
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| Protein sequence | MQLFLLGAGR PANGNKPSAL KSIARNTKAM DWQLHGFETV INSNDIHFLG GYHVDEVKDC
YPNLNISIIP DWENKSVLQT LLNAPFNHSS VFVTYSDTVF RKSTIDKICN LEADVVFGVD
FNWKDRFDSR SQKDIDSAEV LTLNGQEVEF TGLVKFSSRA ALIISELKEH KINGNLIDLI
WLLRDNGLKV VHYDVGNNWA EFNSQDDIAH FILGTKAETL ARLEPVVRKS HIGRQISFST
REWLDNKQSI IELICKEFEG QKLVVRSSSK GEDNWFSSNA GGFESLLNVN VNSDDIIEAV
ETVIESYGTK RAGDDQVLVQ EFLSDVKLSG VIFTCGLESG SPYYRFNFDD KTSSTESVTA
GIQADLRTVL VSKIKSGGLF TVAPELKPVL EAVQELEQLL NYDKLDIEFA IDESNIVHIF
QIRPVTVNHV GLEVDVKDVE QYLKESVSRF KTQQHAVSSI YGDRTLFANM PDWNPAEIIG
TRPKPFAFSL YRQLITNDIW AQQRAEFGYR DVRPYPLLVS FSGQPYVDAR ASLNSFIPKA
LSENCAERIA KAYISILASN PHYHDKIEFE VAFTIWTPDF VDEASKRLIP YGVTQQDIEE
LEVALKLITS NALVRLSDDI KSINKITCAS LNDLQKNIVP LDKAYNLLYD CKRYGTLAFA
HAARAGFVAT TFLKSLVSTN VFTDVRRLEF LKSFDTVAGI FEKDKYKFYC GELSLENVVS
KYGHLRPGTY EITTNAYWEN PQKYIVSNID GNEPSEEIEF ILTEEELKGI SGLLLELGTN
ISPVDFIRYL KEATQAREFV KFEFTKNLSK ALDMCVLFGM AAGISRDDLS FLEFSDLEQL
KLNTVSLETV KSLIKRRKQE YSITCSIELP SLIKSEFDFY SFERFASQPN FVTIGKAEGT
LKILDNETAD ALKGVIVMIP QADPGYDWLF GHEIGGLITK YGGANSHMAI RAAEIGLPAA
IGVGEKLYEK ITMMKRVELD CANQTIREVE
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