Gene MADE_00932 details

Gene Information

• Locus tag: MADE_00932
• ID: 6776552
• 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: 979712
• End bp: 983182
• Gene Length: 3471 bp
• Protein Length: 1156 aa
• Translation table: 11
• GC content: 46%
• IMG OID: 642754364
• Product: hypothetical protein
• Protein accession: YP_002125240
• Protein GI: 196155751

Plasmid Coverage information

• Num covering plasmid clones: 1
• Plasmid unclonability p-value: 0.697292
• 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

ATGCAAAATG CAATATCTCG GTTTGCTGCT AAGCCTAAAT GGTTTCGAGT GTCTACTTAC 
CTTGTGCTTG TTTACTTCAC TTACGCGCTG CTGTTAGGCG TTCTAGCCCC TGCTATATTG 
AAAACCAAAC TTCCCCAAAT AGTTGAGGAA CAAACAGGGA GAAAAGCCAG CGTAGCAGAT 
ATTGCTATTA ACCCGTTTTT ACTAAAAGTA GACGTTCGTA ACTTCACTAT TTACGCCTCA 
GCTCACAGTG GGGTTCTCTC TGAAAGCCAG ATTGAGAAAG AAACTACCAA TACACAGCCC 
GATAGCCGTT TTTTCAGCGT GGGGCATATG TCATTAGACG TAGGTTTTTG GCATTCAGTA 
TTTACGCTAA CGCCAGCAGT TGAGAAGCTC TCCATTGATG CGCCATTTGT TACTGTTGCT 
CGCCTCAATA ACACCAATAC TACCCAAACA TTCAACTTTT CCGATATCCT CGAGCACGTA 
GCACAACAGA CACCTGAAAC CGACGGCGCG CCATCCGAAA GCGAAAATGG CCAAATTCCG 
CATATCACAT TAGGTGAATT TTCACTGACT CATGGCCACG TGATTATCGA AGATAGGGTA 
ACGGACACCC TACTTAATTA CCCAGAACTT GAAGTTGCAT TGCAAGATTT AGACACCCAT 
GCGGTACTTA AAGACACAGC TCAATCTACG TCTTTGCAAA GCGCGAATGA TGCAGCCTCG 
AAAGGGTCGA CATCTGCTTT TAATCAGTAT CAATTTACAT TGGTAACGGC CGAAAAAGGT 
AAAATATCCA TTGATGGCGA ATTTCAGTTA TCTCCCTTAA AATTGACCAC CTCAGTGGAT 
ATCGATGATA TTGCCCTTGT ACCGCTCTGG TCCCTCGGTA AACACCTAAT AGCTGCTAAT 
TTAGCCGATG GCACGGTGAG CGTTAGCCTA CATGCTGAAA TTTTTGAAGA AAAAGACGCT 
TTCCAGTTTC TACTGCAACA TGGCGAATTC GAAATTAATA ACCTGCTGTT TAAGCGCTCC 
CCTATTAGTA ACAGCAAAGG TGGCAAAGAC ATTCTTTCCA TACCTTCTTT TGCCGTTCAT 
AACATCAATG TAGATGCGCT GCAGCAACAG GTAAATATTG AACGCGTGTC GCTTGATGCA 
CCGCATATTT CAGCGGTATA CGATAAGTCA GGCATTGATT TACAACGGTT ATTTACACCG 
AAAAACGTAC CAGGTGTAAA CGCCAACACG AATACCGCAG CAGATAATTC ATCGCTTACC 
GCTAGCCAGC CCGCAAGCCT ATCGGCAAAG GAAGACAGTG GTGTTCAAAC AGCCGATGAG 
CCATTAGCGC AAGCGGCAAA AAGCGCACCC AGCGCTGAAG TAGATGCTGA AAGCACGGCT 
CAAAATACAA GCGAGCGAAA TGAGTGGCAG GTAGTACTAC AGCAGTTTGT ATTTAACGGT 
GGCACCCTGG ATATTGAAGA ACGCGGTGTA AGTGCCGGTA CGTTTCTTAG AGTCAGTAAT 
ATCAATATTG AAACCGGAAG CATTACGACA GACTTTACGG CGCCCATTTC CTATAGCACG 
AATTTTCAGG TTTCTGCTGA TCCCGAGCGT TTCAGCTCAG TCCCACAGGG CGCGTTTTCA 
AGCGCTGGCA GTGTAACGAT CGCCAAGCAA GTTATAAAGG GCAGCGCAGC CCTTGACGCG 
CTAGTACTTA GTCAGTTTCA GCAATACGTC TCGCCGTACG CCAAAGTCAC GCTAGAAAGT 
GGCGCTGTTA ATCTCGACGT AACGTTTGAA GGCTCTGCCG CTGGCGACCT TAATGTAAAT 
GCGAGCACAC GGGTGGAAGG TTTAAGCATA CTCGACACCG CTCAAACGCC CTTATTGCAA 
TGGGAAGCAC TGAGCGTAGA AGATATAAAG CTTGACCGTA ACGCCAATCA ATTGCGCGTA 
GAGACAGTTC ATCTTACAGC CCCTTTTGCT AGATTAATCA TTGATGAAGC GAAGCAGGCC 
AACATAAGTA AACTTTTTGC TGCAAGTGAA CAGGACGTTG TTAAGAATGA AAGCACTAAT 
AGGGAAGGAA ACGATAATTT AGCGGCTCAA GACGCTGCAA ATAGTAATGG TGAAGCAAAA 
AGTAAAAGTG CGACATCGTC GACAAGCGAA GCCGCTTCCT CTGAATTAGC TATTGCAGTT 
GGCGGTGTTT CTATCGAAAA CGGTAGGGCG TATTTTGCCG ATCACTCATT AACCCCTAAA 
TTTGCGTCGG CAATAGAAAG CCTAAACGGT AAAATATCGG GCATAGATTC TCGCTCGAAC 
GACCCCGCCA GCGTTGATAT TACCGGTAAA ATAGACAACT ATGCGCCAGT GAAACTTGCT 
GGCACAATTC ACCCGTTGAA GCAGGATTTG GACCTTGACC TGAATTTTTC AGTAAAAGGG 
GCTGAACTCA CATCGGTTAA TCCCTACTCT GGTACCTACA TGGGCTACTA CATTGACAAG 
GGGCTATTAT CGTTAGCAGT GCAATACAAG CTCAACGGTG ACCAGCTAGA TGGCCAAAAT 
CATGTGATTA TCGACCAGCT TACATTGGGG AAAAAGTCTA ATTCAGATCA AGCATTAAGT 
CTGCCATTAG GCCTTGCTAT CGCGCTGTTA GAAGACAGAA ACGGCGTTAT CGATTTAGGT 
TTGGATGTTT CAGGGGATGT AGACAGCCCA GACTTTAGCT TTGGTTCTAT CATACTAAAC 
GCAATTGGCA ATATTATTAC TAAAGCGGTA ACCGCCCCCT TCTCACTACT TGCTAACCTT 
GTGGGTAGCG ATGATGAATT AGACAGTGCG GAGTTTGCGT TTGGCGCCTC AACCCTTTCT 
CCAGCAGTGA AAGAAAAACT TGATACCCTT GCTAAAGCGC TTAACAAGCG CCCTGGCCTG 
CGCGTAAACA TTGAAGGTAC GGTCAATGCC GTATCTGATG CAAGCGCGCT GGCACAACGC 
CAGTTAAACA ATACACTGTT GATAAGAAGC GGGCTCGTTG ATCCATCCAG CACTTCGAGC 
ACTGCAGATA TGCCCGCGAA CGGTGCTGTT AATAGTTCGC AGGCTAGCCT CATAACCGGC 
AGCAGCATTC CGCTGGATGG CCCATTAGCC GACGCGCTAT TAGCTTATTA TGTCGACGTT 
TTTACGCCAG ACCTTAACCA AGAGTACACC AACATGGTGG TACAACTATA CCCAGAATTG 
GCAAGCGAAA GCCAAGAGCC AAGTCAGGTA AGCACTAAAG ATAATCAAAG TGTAATCAAA 
GGAGATGACG TAAAACGCGC GTTAAGCATC GCGCGTTACA ACAAACTACG CAATAGCATC 
GATATCCCAG AAAGTGAACT TATTCTGCTG GCCGATGCGC GCAGTAAAGC GGTAAAAAGT 
TACTTGGCCA ACGACGCTGA AATTGAAGCG AATCGCTTGT TCTTGCTTAA TACTCAGCAC 
GACTTACATA CTGAATTTAG CGGTGTGGAG TTATCCTTAG AGGCAAAGTA G 

 

Protein sequence

MQNAISRFAA KPKWFRVSTY LVLVYFTYAL LLGVLAPAIL KTKLPQIVEE QTGRKASVAD 
IAINPFLLKV DVRNFTIYAS AHSGVLSESQ IEKETTNTQP DSRFFSVGHM SLDVGFWHSV 
FTLTPAVEKL SIDAPFVTVA RLNNTNTTQT FNFSDILEHV AQQTPETDGA PSESENGQIP 
HITLGEFSLT HGHVIIEDRV TDTLLNYPEL EVALQDLDTH AVLKDTAQST SLQSANDAAS 
KGSTSAFNQY QFTLVTAEKG KISIDGEFQL SPLKLTTSVD IDDIALVPLW SLGKHLIAAN 
LADGTVSVSL HAEIFEEKDA FQFLLQHGEF EINNLLFKRS PISNSKGGKD ILSIPSFAVH 
NINVDALQQQ VNIERVSLDA PHISAVYDKS GIDLQRLFTP KNVPGVNANT NTAADNSSLT 
ASQPASLSAK EDSGVQTADE PLAQAAKSAP SAEVDAESTA QNTSERNEWQ VVLQQFVFNG 
GTLDIEERGV SAGTFLRVSN INIETGSITT DFTAPISYST NFQVSADPER FSSVPQGAFS 
SAGSVTIAKQ VIKGSAALDA LVLSQFQQYV SPYAKVTLES GAVNLDVTFE GSAAGDLNVN 
ASTRVEGLSI LDTAQTPLLQ WEALSVEDIK LDRNANQLRV ETVHLTAPFA RLIIDEAKQA 
NISKLFAASE QDVVKNESTN REGNDNLAAQ DAANSNGEAK SKSATSSTSE AASSELAIAV 
GGVSIENGRA YFADHSLTPK FASAIESLNG KISGIDSRSN DPASVDITGK IDNYAPVKLA 
GTIHPLKQDL DLDLNFSVKG AELTSVNPYS GTYMGYYIDK GLLSLAVQYK LNGDQLDGQN 
HVIIDQLTLG KKSNSDQALS LPLGLAIALL EDRNGVIDLG LDVSGDVDSP DFSFGSIILN 
AIGNIITKAV TAPFSLLANL VGSDDELDSA EFAFGASTLS PAVKEKLDTL AKALNKRPGL 
RVNIEGTVNA VSDASALAQR QLNNTLLIRS GLVDPSSTSS TADMPANGAV NSSQASLITG 
SSIPLDGPLA DALLAYYVDV FTPDLNQEYT NMVVQLYPEL ASESQEPSQV STKDNQSVIK 
GDDVKRALSI ARYNKLRNSI DIPESELILL ADARSKAVKS YLANDAEIEA NRLFLLNTQH 
DLHTEFSGVE LSLEAK