Gene MADE_01958 details

Gene Information

• Locus tag: MADE_01958
• ID: 6775856
• 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: 2112540
• End bp: 2114414
• Gene Length: 1875 bp
• Protein Length: 624 aa
• Translation table: 11
• GC content: 43%
• IMG OID: 642755394
• Product: Serine/threonine protein kinase
• Protein accession: YP_002126256
• Protein GI: 196156767
• COG category: [K] Transcription; [L] Replication, recombination and repair; [R] General function prediction only; [T] Signal transduction mechanisms
• COG ID: [COG0515] Serine/threonine protein kinase

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.000150408
• Plasmid hitchhiking: No
• Plasmid clonability: unclonable

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

ATGTCGCAAC TTAAAGGCCT AAAACACTTT TATATACCAG ATGAACAGTC AATTTATCTG 
CTCTCTCACG CCGACGCAAA AAAGCTGAAA GACTGGGTGA ATTTATGTAT TTCTCAGTTA 
GAAAGCTTGG GCTATAGGGA TATTGAACTG TTAGGTAAAG GGGCCTTTGG TTTCGCGTTT 
GCAGGCAGCG ACCCAAGCGG TGAAGCAAGG GTTTTTAAAT TTTCACGAAT AACGCTACCT 
CAGCACGTAC AAGACAGACT AGAAGAGGAA GCGTTTATGC TTTCTCACAT CAATCACGAG 
TTTGTCCCTC GCTTTATCGA ATACCAACAA ATCCGCAAGC AGTCTATCTT AGTAATGGGC 
TTAGCCCCAG GTGAAGATTT AGAGAAAGTA AGCCTTAAAA CCGGGCCTTT ACCGCCGCGT 
ATCATCGTAA AAATTGCCGT TCAGGTGGGA GAGCTTTTAT CTAACTTCAG GCAATACAGC 
GAAAACGGCG AAATAAAACC CATTGTTCAT GGAGATATTA AACCGTCAAA TTTAGTATGG 
GATAAAGCTA CTGAGACGGT TGGGCTTATA GATTGGGGGT CGTCGGTGTT CGCTCAAACA 
GACATTTCCG GTCAATATGT TGGCAATAAT GTCATGGACT TGATGTCTGG TGAGCTTCAC 
CAAACTAATG CGCGACTTGG TGATGTTTAT TTTATTGGCG AGGAGCAGCT AAACGGCGCA 
CTTTCAAGCC CACGTTTTGA CGAACAGGGG TTAGCCAGTA CCCTTTACGC ACTAGCATCG 
GGTCAATCCT GCCGTTATGG CAGTAAGGTC ATTACACCAT CGTCGTTAGG CCTGCCTAAA 
ATGTTAGCCA ATATATTGGA ATATATGCTT AGTGAAGACC CGGTAAAACG GCGCCAGGGC 
GGTGACTATT TGTTTAATCA TCTTCACGTT TTAAAAAACA TGGTATTTAC CGATGATACG 
CCTCATCAAT ACACACCGTT AATTCCTACA TGGCTGACTC ACACTCGAGC AGATATAGAA 
ACCGTTGTAT ACAGCTCGAG GAAATCCTAT TTAAGGCAGC AAGCGCGTTT AACGGATGGC 
TTTGATGAAA AAGGTGCAGA GGAATTACGC TATATCGACG ATGCTCAGTT CGATCGCTAC 
TATAAAAACT ATCTTCAAGG TATGGGCGAT ACTGAGAAAG CGTTTGTATC TGCAATTAGT 
AGATTAGGCC GCTATCCTGT TGTTGGCGGC ATAGCCGTGC GCTGGGAGCC CGAAGGCATA 
TATGTTGATT CAAGCCTTAA TTTATACGAT GAAACGTTGA AGGCAGCGTT TGAACTGGCT 
GTTAATAACG TTATTAACCT GGCTAGCGCC ATTCACAAAC CCGCCGTCTT TAAGTGCTGT 
ATGTTTAACG CTAAAAATAC GCTTCATATT GAGCGTGAGA GCGAGGAAGA AAAATTTATT 
CCTTCAAAAG CTATGGCTAT TCCCTATGAA CTATCAAAAG TGTCAGCGCA AAAAGATGAA 
AGTAGAACTC ACTCTTATTT TGAAGATGGC GACGACCCGG ATGAGCTACT AAAGCTACCA 
CAAGATATCA TTGATACCAT TATTCAGCTT AACTCCATAC ATCACACAGG GTGTATAATA 
TTTGAAGCAT TGCCAACTCA CCTCAAAATT CACAATTACT ATACGTTGCT CGATCATAGT 
CAAGAGCAGC GGTTTAAAAC CCTATTAGCA AAGCTTGTCA AACAAATTCC TAACATAAAA 
GGGCTAGGCA TATCAGGGTT TATGAAGTTA CCCTATAAAG ATACACGCTT TTTTGAGCAC 
AAAGCAAAAT TGCCCGAGAA GTATTATCCG CGAAACCCCA AAGCAGTTAT TGAAGAGAAC 
GTACAACATG TCTGA 

 

Protein sequence

MSQLKGLKHF YIPDEQSIYL LSHADAKKLK DWVNLCISQL ESLGYRDIEL LGKGAFGFAF 
AGSDPSGEAR VFKFSRITLP QHVQDRLEEE AFMLSHINHE FVPRFIEYQQ IRKQSILVMG 
LAPGEDLEKV SLKTGPLPPR IIVKIAVQVG ELLSNFRQYS ENGEIKPIVH GDIKPSNLVW 
DKATETVGLI DWGSSVFAQT DISGQYVGNN VMDLMSGELH QTNARLGDVY FIGEEQLNGA 
LSSPRFDEQG LASTLYALAS GQSCRYGSKV ITPSSLGLPK MLANILEYML SEDPVKRRQG 
GDYLFNHLHV LKNMVFTDDT PHQYTPLIPT WLTHTRADIE TVVYSSRKSY LRQQARLTDG 
FDEKGAEELR YIDDAQFDRY YKNYLQGMGD TEKAFVSAIS RLGRYPVVGG IAVRWEPEGI 
YVDSSLNLYD ETLKAAFELA VNNVINLASA IHKPAVFKCC MFNAKNTLHI ERESEEEKFI 
PSKAMAIPYE LSKVSAQKDE SRTHSYFEDG DDPDELLKLP QDIIDTIIQL NSIHHTGCII 
FEALPTHLKI HNYYTLLDHS QEQRFKTLLA KLVKQIPNIK GLGISGFMKL PYKDTRFFEH 
KAKLPEKYYP RNPKAVIEEN VQHV