Gene Shewana3_1818 details

Gene Information

• Locus tag: Shewana3_1818
• ID: 4477507
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella sp. ANA-3
• Kingdom: Bacteria
• Replicon accession: NC_008577
• Strand: +
• Start bp: 2144277
• End bp: 2147750
• Gene Length: 3474 bp
• Protein Length: 1157 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 639726402
• Product: hypothetical protein
• Protein accession: YP_869457
• Protein GI: 117920265

Plasmid Coverage information

• Num covering plasmid clones: 11
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 12
• Fosmid unclonability p-value: 0.0281308
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCTAAACC GCGATATATA TCAGTTAGAC CCACTGGAAA GCAAACTCGC CAACAACGGC 
GTGGCCGAAG TAAAAGACGA CCTGTCTCAA GGCGCGCTCG AAACACTCGA GTATGAGCTT 
CGCACTTTTG TGTGTAGTGG TGCTTATGCC AAAGGGCTAG ACGATATTCT CAGTACATTT 
CTACGTAACG TAAAAAGCAG CGGAGAACAG CCAGGGGTAT GGATCTCAGG CTTCTTCGGT 
TCTGGTAAGT CACACCTGGC TAAAATGCTC AGAACGCTAT GGACCAATCA AAAAATAAAT 
GATGGCACCG ATGCTCGCTC ACTGGTTGAT TTGCCGGACA CTATAAGTCA TCACTTTGAC 
GAACTCTCAA CATTAGGCGC CAAATTGGGT GGTTTACATG CCGCCTCCGG CACCTTAGGT 
GCGGGTGTTG ATGATAAGGT GCGTTTGGCG TTATTGGCGG TTATTTTCAA ATCGGTCGGG 
TTATCAGAGC AATACCACCT GGCAAGATTT GAACTTTGGC TTAAGGCCGA AGGTATTCTG 
GCGCAGGTAA AGGCCTATAT CGAGCAGCAC GCCAAAGGGA AAGAAGGCGA AGATTTGTGG 
CAAAAAGAGC TGCGTAACTT ACACATGTCA CCTGTGATGG CCAGTGCAGT GTTGCACGCC 
ATGCCAGCTT TAAGTGGTGA TGCCGTAGGC GTCAATCAGA TGATCAGAGC TCAATTCAAA 
ATAGTTAAGG ATGTATCAAA CACTGAAATG GTGCAGGCGA TAGTCGATGC CTTAGCCCCA 
CATGGTGAAA TGCCATTAAC CCTAATCGTG CTCGATGAGG TACAGCAATA TATTGCCGAC 
GACCCAGATA AAGCCTATGC AGTGCAAGAG GCGATCGAAA CCTGCTGTAA AGCAGGCAAA 
TTTAAAGGGC GCTTGTTGTT TGTTGCTACC GGGCAAAGTG CCTTATCTGG CTTGCAAAAC 
CTGCAGCGTC TGATGGGTCG CTTCCAGGTA TCGGTCCAAC TGGAAGACAC CGATGTTGAT 
GCCGTTATTC GCAAAGTGAT CCTGCAGAAA AAGGAAACCG CCAGAGTCAG TATTGAGAGT 
GTGATTCAAG AAAACTTGGG TGAAATCAAC CGCCATCTGC GCGGTTCTGT TATTGAATCC 
AATAAAGATG ATGAGCAGTG GATGGTCGCC GACTATCCTC TGCTGCCAGT ACGTCGCCGC 
TTTTGGGAGC GGGTATTACC AGCGCTAGAC AAAACCGGTA CTGGCTCACA GCTACGTAAC 
CAGCTTCGAG TCGTACACGA GGCAACTAAG TTAACAGCAC TTAAACCCTT GGGCAGTGTG 
GTGCCAGCCG ATTTTATCTA CGATCAAATT GCCATTAATC TGCTGCAAAC TGGCGTGATT 
GGCAAAGACA TCTACGAAAA AATAGGCCGC TTAAAAGCCG GTAATGACGA TGAGCAGTTG 
CAAGGGCGTC TGCTGTCATT GATCTTGCTT ATGAGCAAGT TGCCAGCCGA TATCAACCAT 
GGTATCGCCT CAACGGAAGC TTTTTTGGCA GACTTGCTGC TTGAACATTT AAGTGAAGGT 
AAGCACGAAC TTCGTGCCCG ACTTCCAGGC TTACTCAGCC AGCTGGTGGA AGAGGGCGCA 
TTACTGCCGA TGAACAGCGC TGCTGGCGTT GAATATCGCC TGCAAACCGT CGAGAGTCAG 
AAATGGCATG ACACCTTCAA GCAGCAGCAA AACGACCTGC GTGGTAACCC ACAGTCGCTT 
GAGACTTTCC GCAGTCAGGA AATTCAGCAT TATATTCGCA GACAATTGGC AGCAGCCAAA 
GTTAACCAGG GGACAGTGGC TGAAGGCCGT ACTATCAATT TGTGTTTCGA TGCGGATCTC 
CCCGCCGATG CCAATAAGCG ACTGTATGCC CATGTGCTGG AATGCAGCGA GCGCCAATTT 
ACCGATGCGG TGAGACGTGC CAGCGCCGAC AATGCCACCT TATTTGTCCA TGTGCCCAGC 
ATTCGCCGCT CTGATCTATT AAGTGCCATT GTGGATTTTA AAGCCGCGGA GACCACCTTA 
GATGTGAGTG GCCTGCCAGC CACGGATGCT GGTAAAGATG CCAAAGCAGC CATGGAGCAT 
CGCAAATATG AGGCCGAACG CACCAAAAAG CTTATTTTAA AAGAGATTTT TGACGGCATT 
ATGGTGCAAT TAGCCGGCGG CTCTGAGGTC ATGGGGGAGA CCCTTACCGA ACAGTTTGAA 
AATGGCGGTA AAAAGGCCTG CGAGCGCCTT TACAACGAAT TCAAACTGGT CGATGTCAAA 
GGCTGGGGTA CAGTGTACGA CCGTGCCAGT AAGTCGGCCG ATGCCAATGC TCTTGCTGCC 
ATTGGCTTTA ATGACGAAGC CGACAAACAC CCCGTGTGCA TGGCCATTAA GCGCTTTATC 
GGTGTGATGA AAACTGGTGC CGAAATCCGC GATAACTTCC AAAATGCCCC TTATGGTTGG 
CCTAAAGACA CTATCGACGG CGCCCTGTAC GCCATGTTGG CTTCTGGGGT ATTAAAGGCG 
ACCGATGGCC AAGAAAAACC GCTCGATGCC AAAAGCCTTG AGCGCGCCAA AGTCGGCCAA 
ACTAAATTCC GCCCCGAAAC AGTCAGCCTA AGTACGGTGC AAATCCTCAA GGTGCGCAGT 
TTAATCAATG CCATTGGGGT GAGTTGTACT AACGGTGAAG AACAGTCCAA GCTAAGCCAG 
GCGATAGCCC AGGCTAAGCA AATTGCCCGT AAGGCCGGTG GCGATGCGCC ACTGCCACTG 
CCGCCAGCAA CCCCGCACTT GAATGAGATT GAAGTCTTGT CAGGTAATGC GCAATTGCTT 
GCCGCCTATC AATCACAGCC CATTATTCTG CAAGAGTTGG AACAATGGAA AGCGCAGGCA 
GATAAAGTCA GTACTCGTCT TTACCTATGG GACGAGTTCA AGGCTGCACT CAAGCACTGT 
CAAGGTTTAG CGGGATACGA TGCCCTTGAT AGTGAAAAAC GTGCTATCGA GCAAAATCGC 
AGTCTCTTGG CTGAGCCTAA CCCCATAGAA CCACTGCTCA AACAGGCCAT TGAAGCGATT 
CGCCTAGCCA TCATGAAGAA GTATCAAGAC TTCCAGGAGG AATATCAAAC CTGCTTGCAA 
GAGCTTGAGC AAGACGCCAT TTGGGCGCAG CTTTCAAGCT CTCAGCAAAG CGAGCTGTTA 
ACCAAGCACC ATTTGGATAA CCTCGAGATG CAGCCGCTTT CCGGCAACGA CAGAGTGATC 
GACAGCATCG AAAACACCTC GCTCACCCAA TGGAGCGACA AAACCTCCGC CTTGGCTGGC 
CGCTTTAGTC GGGTACGGCA AGAGGCGGTA GACAGATTAG TGCCCAAGGC CAAGCAGGTG 
CAGCTGTCCA AGGTGGTGAT TAATACCGAA GCTGAGCTCG ATGCCTGGCT TAAGCAGGTG 
CGGGCCGATG TCATGGCGGC GCTTAACGAT AATCGCCCTG CGTCGTTAAA GTAG 

 

Protein sequence

MLNRDIYQLD PLESKLANNG VAEVKDDLSQ GALETLEYEL RTFVCSGAYA KGLDDILSTF 
LRNVKSSGEQ PGVWISGFFG SGKSHLAKML RTLWTNQKIN DGTDARSLVD LPDTISHHFD 
ELSTLGAKLG GLHAASGTLG AGVDDKVRLA LLAVIFKSVG LSEQYHLARF ELWLKAEGIL 
AQVKAYIEQH AKGKEGEDLW QKELRNLHMS PVMASAVLHA MPALSGDAVG VNQMIRAQFK 
IVKDVSNTEM VQAIVDALAP HGEMPLTLIV LDEVQQYIAD DPDKAYAVQE AIETCCKAGK 
FKGRLLFVAT GQSALSGLQN LQRLMGRFQV SVQLEDTDVD AVIRKVILQK KETARVSIES 
VIQENLGEIN RHLRGSVIES NKDDEQWMVA DYPLLPVRRR FWERVLPALD KTGTGSQLRN 
QLRVVHEATK LTALKPLGSV VPADFIYDQI AINLLQTGVI GKDIYEKIGR LKAGNDDEQL 
QGRLLSLILL MSKLPADINH GIASTEAFLA DLLLEHLSEG KHELRARLPG LLSQLVEEGA 
LLPMNSAAGV EYRLQTVESQ KWHDTFKQQQ NDLRGNPQSL ETFRSQEIQH YIRRQLAAAK 
VNQGTVAEGR TINLCFDADL PADANKRLYA HVLECSERQF TDAVRRASAD NATLFVHVPS 
IRRSDLLSAI VDFKAAETTL DVSGLPATDA GKDAKAAMEH RKYEAERTKK LILKEIFDGI 
MVQLAGGSEV MGETLTEQFE NGGKKACERL YNEFKLVDVK GWGTVYDRAS KSADANALAA 
IGFNDEADKH PVCMAIKRFI GVMKTGAEIR DNFQNAPYGW PKDTIDGALY AMLASGVLKA 
TDGQEKPLDA KSLERAKVGQ TKFRPETVSL STVQILKVRS LINAIGVSCT NGEEQSKLSQ 
AIAQAKQIAR KAGGDAPLPL PPATPHLNEI EVLSGNAQLL AAYQSQPIIL QELEQWKAQA 
DKVSTRLYLW DEFKAALKHC QGLAGYDALD SEKRAIEQNR SLLAEPNPIE PLLKQAIEAI 
RLAIMKKYQD FQEEYQTCLQ ELEQDAIWAQ LSSSQQSELL TKHHLDNLEM QPLSGNDRVI 
DSIENTSLTQ WSDKTSALAG RFSRVRQEAV DRLVPKAKQV QLSKVVINTE AELDAWLKQV 
RADVMAALND NRPASLK