Gene MADE_00985 details

Gene Information

• Locus tag: MADE_00985
• ID: 6778947
• 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: 1030666
• End bp: 1032612
• Gene Length: 1947 bp
• Protein Length: 648 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 642754417
• Product: hypothetical protein
• Protein accession: YP_002125293
• Protein GI: 196155804

Plasmid Coverage information

• Num covering plasmid clones: 10
• 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

ATGGAAAAGA ATAAAGCATT AAGAGCGTTA GTAGTCGCCC CCACCCCCAC TTGGCCTTTG 
AACTATGGAA ATAGGAAAAG GATTTACAGC GTTTGTTCTA AACTTCAATC TTTGGGCTTT 
GAGATTCATT ATGTTCATTA TGCAAGCGAG GGGGATTGGC GAGACTATAC ACCTGTCGAA 
ACACGCAAAA AAATGGACGA ACAATGGGAG CTAGTCGACC ACGTGTGGCC TTCCAAACCT 
TTGCATGATT GGCCAAAAGA AGGTGACGAC CATCACATAG ATGAATGGTG GGACTGGGCA 
CTAGAAAATC ACCTATCTAA AACATTCGCC GCTCGTGAAT ATGATGTTTG TATTGTCAAC 
TATACATGGC TAAGCAAAGC ACTTGAGTTA GCACCAGAAA AGACCTACAA AGTCCTCGAC 
ACACATGACA AATTTAGTGG TAGACGTGAG CTACTCGCCA GTCAGGGGAT AGGCAAAGAA 
TTCTTCCATA CCACTGAAGA TCAGGAAGTA ATTGCGTTGG ACCGAGCTGA TTTAGTTTGG 
GCAATTAAAG AAGAAGAAGA AGCTGATTTC AAAAATATGG GGACAAAAGC TAAGGTTTCT 
ACACTTCTGC ATATTGACGA CAGGAGAGAA GCGTCTACTC CAAGCACTGA AGAAGGGGTA 
AAGTTCGGTT TCATTGGTGC GAACAATAAT ATTAACAGAG TTAATATTTT AAGATTTATA 
GAGCGTGCTA CGCCAATTTT TAAGAAATAT TGTGCCCCGC TAACTGTTGA AATAGCCGGC 
TCTATTTGTA ATGAAATTGA AGTTCAAGAT AACCCATTTT TTAAGACCGT TGGCTATGTA 
GACAGTATCG ACCAATTTTA TGATGGTATT CACGCTGCTA TCATCCCAAT GGAATTTTCA 
ACAGGATTAA AAATTAAGGT TGCGGAAGCC CTATCGCATA CGAAACCAAT GTTTTCGCAT 
AAGCACGCTA TGGAAGGATT TACCGCGTGC CATGACTTTC ATGAGCTTAC ATCATTTGAA 
GAAATGGCAT TGGCAATGAC TGACTGTTCT TACGCATCGG ATGAGCTAAT TTATCTTTCA 
GATGCATCAG CAAAATCTCA TAAAGTCACT GAGCAAAAAA TCTGGGATGA ACTTTCAGAG 
CTCAAAGAAG ACATTCTTAA GCGCAAGCAA GTTTTCGTTT TATTGCCAAG TGAATATGGT 
ATGAAAAACA AACTGGCTCA CTACATAGCA CAAGCTAAGA TTGATCTATG TAATTGGAAC 
TTTAAAGATG CTTCTTACTT TGTGGTTGGA AAGCCAACAG AGGGCCGCCC TCATTCAAAC 
TTTATAAAGT TTGTTGAAGC CAATGACTTA GAAGCGACTA TTGCAAATCA GAAACCGACT 
ACACTACTAA ATCTAAGTGA AAACTTCCCC GATATCAAAA TAGGAGCTAA CACATTAGTT 
ATCTCACTTA TTCCAATCGA ATCAGATAAA GTTAAGAGTA AGCTAACATA CAAATCTTAC 
AATAGTGTTG TAGATAAACA CTACTTTCCT TCTCTAGGGC ACATCCATTT AGATTTAGAG 
ATTACGAAAC AAAAAATTAA AGAGTGTTGG GTAATAGGAA GTTCGAATAC CTCAACTGCT 
GACCAATTCA TATCTCTTTT AGCTGGTGAA ACGACAGTGC GTTATATAGA TATAGAAACA 
CTAAGTGATA TTGATAGGTT ATTTACAGTA TCATCTGGCT TACCAAAAAT CATTATAAAT 
ACAAAGAGTG ATTGCGATCT CTCCTATAGT GAGCAAATAA TGCTAGAAAT TGCAGAAAAA 
TACGATATCG AAATAAGAAA TATCACTCAC AACCAGCTGA TGTTATTAAA AAGAAGTAAT 
GAGAAAAGTA ACTACGATGG ACAATTCTTC CCCTCTTGGG AAGAGTTTTT ACAAAATAAT 
TTTTCCCTTA GTAATCACAG CTTTTAA 

 

Protein sequence

MEKNKALRAL VVAPTPTWPL NYGNRKRIYS VCSKLQSLGF EIHYVHYASE GDWRDYTPVE 
TRKKMDEQWE LVDHVWPSKP LHDWPKEGDD HHIDEWWDWA LENHLSKTFA AREYDVCIVN 
YTWLSKALEL APEKTYKVLD THDKFSGRRE LLASQGIGKE FFHTTEDQEV IALDRADLVW 
AIKEEEEADF KNMGTKAKVS TLLHIDDRRE ASTPSTEEGV KFGFIGANNN INRVNILRFI 
ERATPIFKKY CAPLTVEIAG SICNEIEVQD NPFFKTVGYV DSIDQFYDGI HAAIIPMEFS 
TGLKIKVAEA LSHTKPMFSH KHAMEGFTAC HDFHELTSFE EMALAMTDCS YASDELIYLS 
DASAKSHKVT EQKIWDELSE LKEDILKRKQ VFVLLPSEYG MKNKLAHYIA QAKIDLCNWN 
FKDASYFVVG KPTEGRPHSN FIKFVEANDL EATIANQKPT TLLNLSENFP DIKIGANTLV 
ISLIPIESDK VKSKLTYKSY NSVVDKHYFP SLGHIHLDLE ITKQKIKECW VIGSSNTSTA 
DQFISLLAGE TTVRYIDIET LSDIDRLFTV SSGLPKIIIN TKSDCDLSYS EQIMLEIAEK 
YDIEIRNITH NQLMLLKRSN EKSNYDGQFF PSWEEFLQNN FSLSNHSF