Gene MADE_00297 details

Gene Information

• Locus tag: MADE_00297
• ID: 6779241
• 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: 322181
• End bp: 324286
• Gene Length: 2106 bp
• Protein Length: 701 aa
• Translation table: 11
• GC content: 40%
• IMG OID: 642753726
• Product: hypothetical protein
• Protein accession: YP_002124609
• Protein GI: 196155120

Plasmid Coverage information

• Num covering plasmid clones: 16
• 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

ATGAAAATAA AAACATGTAT TTCTACATTA AGAAAACTAC AGTTCAATCG TATTAAGGAT 
GTTGACGAGC TGATTGAAAT AACTGGAATG GTGTATGAAG ACTTAATATA TGGTGTATTT 
AATGGGGAAA ATTCATCAAG AAAAACATTC AAGAGCGTAG CTGAAGGAAA AAACTGGCTA 
AGAGTTAAAA ATAACGAACG CAAAAATGTC CTTATCAGAA ATGACGTGTG GCCCAAAAAT 
AGGGAATTAA AGGGCATTCA AGGTATGTTT GAGATTGTTA ATGTGGAAGA AGAAAAATTT 
CTTAAAAGTG TCTCTCATGC CTCAGTCATT ACAAAAATAG GAGAAAAAAA GTACAGTGTA 
ACATGGTTCG TCTGTCTAGA AGACGAAGAA CAGCATGTGA AGTTAGCTGA TGCCATAAAA 
GCAGAAAAAG AAGGTTGCAT TAGCGCAAAA GTCATATCCT ATTTTCCCAT TCGACTTCCA 
GGCTCAAAGA ACTGGAAGCA AAACGCTTTT GCGCAAATGC TTTGGTTTAA ATATCAGCCG 
CTTACGCCAG TAGAGTTCGT TCTTAAGAAT GAGCTAAAAG TATGGGTGTC ACCATCTAAA 
TTAAACGCGG ATGAGGGGAC CAGAGAATCT TTACCAATTG ATTCTCTCCC TGCATTAATG 
CAAGAAACTG TAAGAAGCTT TAGCAAAGCC TATTGTTGCC CTCCTGAATT TGCTTTTGCT 
CCGCTTTTGA CAATGATTGG TTCTGTCATA GGTCATAAAA TTCACGTAAA ACCTGAGAAA 
AATAGTGATT TAGTTATAGC GCCAAATTTT TGGGCTATAT CAATAGGAGA CTCGGGAGCA 
GGAAAGTCAC CTGTGCATTT GCGAATGAGG GAGTTTTTTT GCCCACTGAA TGATAAGGCC 
CTGTCAGACT ACGAAGATGC TATAGAACGG TATGAAGCGC TGAAAAAAAT AAGAAAAGAA 
CGTGAGAAGA CTGTTTCAAA GCATATCAGA CAGCGCATTA CCGCTATCGA TAAAACCTTA 
GACCCTATAG AAAAAAGAAA GATGGAGGAA TTACTAGCAT CTGAAGTAAG CGAAAACTCA 
AGACAGCCTC AAAAGCCGAC GTTAGTACGT TATACAACCA ACAAGGCAAC GTATGCCGCC 
CTGCAACACA TGCTAGGCGA AAATCATAAT GGCATTTTGA TGGACCTTGA GGAGCTAAAA 
CTATTTATTT ATCAGCTTCG AGGCTCTAAA GGGTTTGAAT ATCGTTCATT CCTACTGGAG 
TGTAATTCGG GGTTTGGTCA GCATGATATC GATAGGCTAA ACACGGGCAC TACGTATGCC 
AGTAACATGC TCTTGTCGAT TTTTGCAACC ACCCAACCAT CTGTTATTTA TCCGCATATT 
CGAAATACCT TAAAGGGAAG TGAGGAAAAT GATGGACTGT GGCAGCGCTT TAACATTCTT 
CTTCATCCGA AAACTACTGA CAACGTTTCA TCTGCTTCCG GAGAAGTGGA AGTATCATTA 
ATTTCGAAAG TACAGAGTCT CTTTAGTTCA ATTAATCGAT GTGATTTCGG TTTCCAGCCA 
AATCTTGGCT TGAAAGAACG CAGCGTTTGC TTGTCAGAGC GAGCATTGGG TGTTTATAAA 
CAGTGGTACC GCGAGATTAC TTCCTTCAAG AGTAACAAAG ACGTACATAA TGTGTATCAA 
AACTACCTAT TAAAATATAG AACGCTAGTG CCTAAACTTG CACTGCTTTT TGAAGTGGTT 
GAAAGTTTTG ACGATGCGAA ACAAGTTGTC GGCCCTATAA AAAGCGTTTC CGAAACCTCA 
GCTAAAAAAG CCGTCAGAAT TGCAAAATTC TTGGAATCTC ATGCTCGCCA CGTTTTTGAT 
GTTAGAACAA ATGTTGATAC TGCTAATGCG ATACTGATTT TAAAACGAAT AGATCGACTC 
CCGTCCAAGT TCTCGGCTCG TGACATAGCG CAAAAGAATT GGAGCGGGCT AAACACAAAC 
ACCGATGAAG TGAACCGAGC CATTATGGTT TTAGAGTCTG CATTAGTGGT TAGAAAGGCT 
ACAAGTTGCA GACAGAAACC TTTGTGGGAA GTGAATCCTT ATATCACTGA AGCTGGTGCC 
CAATGA 

 

Protein sequence

MKIKTCISTL RKLQFNRIKD VDELIEITGM VYEDLIYGVF NGENSSRKTF KSVAEGKNWL 
RVKNNERKNV LIRNDVWPKN RELKGIQGMF EIVNVEEEKF LKSVSHASVI TKIGEKKYSV 
TWFVCLEDEE QHVKLADAIK AEKEGCISAK VISYFPIRLP GSKNWKQNAF AQMLWFKYQP 
LTPVEFVLKN ELKVWVSPSK LNADEGTRES LPIDSLPALM QETVRSFSKA YCCPPEFAFA 
PLLTMIGSVI GHKIHVKPEK NSDLVIAPNF WAISIGDSGA GKSPVHLRMR EFFCPLNDKA 
LSDYEDAIER YEALKKIRKE REKTVSKHIR QRITAIDKTL DPIEKRKMEE LLASEVSENS 
RQPQKPTLVR YTTNKATYAA LQHMLGENHN GILMDLEELK LFIYQLRGSK GFEYRSFLLE 
CNSGFGQHDI DRLNTGTTYA SNMLLSIFAT TQPSVIYPHI RNTLKGSEEN DGLWQRFNIL 
LHPKTTDNVS SASGEVEVSL ISKVQSLFSS INRCDFGFQP NLGLKERSVC LSERALGVYK 
QWYREITSFK SNKDVHNVYQ NYLLKYRTLV PKLALLFEVV ESFDDAKQVV GPIKSVSETS 
AKKAVRIAKF LESHARHVFD VRTNVDTANA ILILKRIDRL PSKFSARDIA QKNWSGLNTN 
TDEVNRAIMV LESALVVRKA TSCRQKPLWE VNPYITEAGA Q