Gene MADE_01228 details

Gene Information

• Locus tag: MADE_01228
• ID: 6777907
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Alteromonas macleodii 'Deep ecotype'
• Kingdom: Bacteria
• Replicon accession: NC_011138
• Strand: +
• Start bp: 1320007
• End bp: 1321881
• Gene Length: 1875 bp
• Protein Length: 624 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 642754665
• Product: putative cell surface protein
• Protein accession: YP_002125536
• Protein GI: 196156047
• COG category: [R] General function prediction only
• COG ID: [COG3211] Predicted phosphatase

Plasmid Coverage information

• Num covering plasmid clones: 12
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAAAAGCG AAACTCTTCG TGGGATTAAG TATTCAGCGA TTGCATTAGC GGTAACAGTA 
GGTATATCAG CCTGTTCACT AGAAGGTGAT GACGGTGAAG ACGGTGAAGA CGGCGCACAA 
GGCGCTCAAG GCCCAGTAGG TGAGCAAGGC CCAGTAGGCG AACAAGGTCC AGTAGGCGAA 
CAAGGCCCAG AAGGCGATAC TGCGGGAACG CTTACCCGTA TTGCTACGGT GCCCCTTGGC 
GCAGAAGTAA CGGGTATTTT TCTCACTGAC GAAGGCGATT TGTTTTTTAA CGTACAGCAC 
CCGTCGGGCA CGAATGCGGC AACAACAAGT GTAAACGAAA TGCCAATCAA CACGGGTACG 
GTAGGAGTGT TAGCAGGCGC AAATTTCAAC AATTTACCCG TTACTTTACC CAACTCTCCA 
GTACCTAGCT CTGACGAAGA AAAAGAGTTG GTGGTTTCTG CCATTGGTCA ATACCAGGTA 
CTCGGCCAAA CAGGCGACAC TTTTGGTACA GATTTACCTG AAGGCCTTGG CCACATCTAC 
ACCCTTGATG GCGAAGAGTT AGTGCTTGAA AACGATATGC CAGACTTCAA TGGCTTCATT 
TCAACAGCAG AAGGTGAGGG TTACCTTTTT TCTAACTGGG AAGAGCTTCC CGGTGGCATG 
AGCCGCATGA AGGTAGAAAA AGATGAATTT GGCATGTGGG AAGTTACAGA AGCTATGATG 
CTAGACTTTT CGCCAGTATG GGGCACTGCG GCAAACTGCT TTGGTTCTAT GTCGCCTTGG 
GGCACGCCAC TTACCTCGGA GGAGTGGGTC GTTAACTCTT CTGTAGATTC AACCACATCA 
CCTAGCTGGA ACAACCCTGA AGCGGTATCA ACTGACGCTC GCTTAGGTCG TATGTGGCAG 
ATGACCGCGC CTGATGCGCC AAACCCATAC AACTACGGTT ATATCGCAGA GGTGACCGAT 
CCGCTTGCCG ACGAGCCAGT AATTGTTAAG CATTTTGCCA TGGGTCGCTA CGAGCATGAA 
AACTCAACGG TGATGCCCGA TGGAAAAACG GTTTATCTTT CACAAGATGA TACCGGCGGC 
GTGCTGTTCA AATTTGTAGC AGACACAGCA GAAGACTTAT CAGCTGGTAC GCTTTACGGC 
GCCAAACTTA CCCAAGATGC GGGTCAAAAC GACCCAGCGA CAACGGGCTT CGCTGTTGAG 
TGGGTTGAAT TGGCAAGTGG CGATAATATG ACAATTCGCG CGTGGATTGA CGAATACAAC 
GGTATTGGAA CGGACGACTA CGTGGATGGC CAAAGCTCTT ATATCACCAT GGCTGACGTT 
CAAGCATGGG CAGACGGCGA TGCGACTTAC CCCACAGTAG AAGAAGGTGG TTCAAGCGTA 
ACCGCGGGAG AACCAATGGA TAACCGTGTC GCTTTCCTTG AAAGCCGCGC CGCAGCGCGA 
CTTAAAGGCG CAACGGCAGA GTGGAGAAAG CTTGAAGGTA TCTCTATTAA CCAGAAGCGC 
GCAAAAGAAG CGGTTGAAGG TGTTGATACC ATTGAAGGTG AAGTCGTGGA AAATGCTTAC 
CTATATATCG GTATAGCAGA TATCGACAAC ACGATGGTTG ACGGTGAAGG CGACATGCAG 
CTATCTGCCC GGGTAAAAGA CTGCGGTGGT GTATACCGCG CTAAGCTTGA AGCAGGCTAT 
AACATTACGC GTATTGAACC TGTTGTAATG GGCGGTACGT ACCGCTCAAG CCTAACTGGT 
GCAGAGCGTT GTGACGTTGA GCAGCTTTCT CAACCAGATA ACGTTGTAGT CATGAACGAC 
GGCCGTATTC TTATCGGTGA AGACGGTTTC CAAGAAAACA ACACGCTGTG GATGTATGAA 
CCAGCAGATA AGTAA 

 

Protein sequence

MKSETLRGIK YSAIALAVTV GISACSLEGD DGEDGEDGAQ GAQGPVGEQG PVGEQGPVGE 
QGPEGDTAGT LTRIATVPLG AEVTGIFLTD EGDLFFNVQH PSGTNAATTS VNEMPINTGT 
VGVLAGANFN NLPVTLPNSP VPSSDEEKEL VVSAIGQYQV LGQTGDTFGT DLPEGLGHIY 
TLDGEELVLE NDMPDFNGFI STAEGEGYLF SNWEELPGGM SRMKVEKDEF GMWEVTEAMM 
LDFSPVWGTA ANCFGSMSPW GTPLTSEEWV VNSSVDSTTS PSWNNPEAVS TDARLGRMWQ 
MTAPDAPNPY NYGYIAEVTD PLADEPVIVK HFAMGRYEHE NSTVMPDGKT VYLSQDDTGG 
VLFKFVADTA EDLSAGTLYG AKLTQDAGQN DPATTGFAVE WVELASGDNM TIRAWIDEYN 
GIGTDDYVDG QSSYITMADV QAWADGDATY PTVEEGGSSV TAGEPMDNRV AFLESRAAAR 
LKGATAEWRK LEGISINQKR AKEAVEGVDT IEGEVVENAY LYIGIADIDN TMVDGEGDMQ 
LSARVKDCGG VYRAKLEAGY NITRIEPVVM GGTYRSSLTG AERCDVEQLS QPDNVVVMND 
GRILIGEDGF QENNTLWMYE PADK