Gene AFE_2910 details

Gene Information

• Locus tag: AFE_2910
• ID: 7135037
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Acidithiobacillus ferrooxidans ATCC 23270
• Kingdom: Bacteria
• Replicon accession: NC_011761
• Strand: +
• Start bp: 2587401
• End bp: 2589335
• Gene Length: 1935 bp
• Protein Length: 644 aa
• Translation table: 11
• GC content: 58%
• IMG OID: 643531261
• Product: hypothetical protein
• Protein accession: YP_002427277
• Protein GI: 218666285
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG2766] Putative Ser protein kinase

Plasmid Coverage information

• Num covering plasmid clones: 1
• Plasmid unclonability p-value: 0.82263
• 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

ATGGCGTTAT TCGACCGTTA CCAGGAGCGT TTCCTGCAGC AGCAGGAAGT CACCCTTTCC 
ATCGATGCCT ATCTCGACCT TTGTGCCCGG GAGCCCATGG CTTACGCCAC CGCCGCGGAG 
CGGATGCTGG CGGCCATCGG CGAGCCACAG GTGGTGGACA CCCAGGCTGA TCCCCGGCTG 
TCGCGCATTT TCATGAACCG TAAACTGCTC ACCTATCCCG CCTTCAAGGA CTTCTATGGC 
ATTGAAGACG TGGTGGAAAA CCTCGTCGCG TATTTTCGTC ACGCAGCGCA GGGACTGGAA 
GAGCGCAAAC AGATTCTCTA TCTGCTCGGT CCGGTGGGCG CCGCCAAATC GTCCCTGGCG 
GAACGCCTGA AAAACCTGAT GGAGCACTAT CCCATCTACT GCCTCGCCGC CCATGGCAAA 
GTATCGCCGC TCTTCGAGTC GCCGCTGGGG CTCTTCGATC GAGATGAAGA TGGTCCGGTA 
CTGGAGGATC GCTTCGGCAT TCCCTCCCGC GCCCTCAATG GCGTAATGTC GCCCTGGGCG 
GCCAAGCGGC TGCGCGAGTT CGGCGGTGAC ATCCGTAAAT TCACCGTGCA CCGCCTGATG 
CCGTCCCAGT TGCACCAGAT CGGCATCACC AAGGTGGAAC CGGGCGACGA GAACAATCAG 
GATATCTCCA GCCTCGTCGG CAAAGTGGAT ATCCGCAAGC TGGAAGATTT CTCCCAGGAC 
GATCCCGATG CCTATTCCTA TGCGGGCGGC CTCAACGTCG CCACCCAGGG CGTGCTGGAG 
TTCGTCGAGA TGTTCAAGGC GCCCATCAAG ATGCTCCATC CCCTGCTGAC GGCCACCCAG 
GAGGGCACCT ATAACGGTAC CGAAGGTTTC GGCGCCATGC CCTTCCAGGG CATCATCCTG 
GCCCACAGCA ATGAATCGGA ATGGTCCGCC TTCCGCAATA ACAAGCGCAA CGAGGCTTTC 
CTCGACCGCG TCTATATCGT CAAGGTGCCC TATTGCCTGC GCGTCACCGA GGAGACGCAG 
ATCTACCACA AGCTCCTCGA AAGCAGCGCC CTCAACACCG CCCCCTGCGC TCCCGATACC 
ATGGACATGC TGGCCCGTTT CTCCGTCCTC AGTCGTCTCA AGGAGCCCGG CAACAGCAGT 
CTGTGGTCCA AGATGGAGGT CTACGATGGC AAGTCCCTCA AAGATAAGGA CCCCAAGGCC 
AAAAGCCTGC AGGAATATCG TGATGCGTCG GGCGTGGACG AGGGCATGGA CGGCATTTCC 
ACGCGCTTCG CTTACAAAAT CCTGTCACGC ACCTTCAACT TTGACAGCGA CGAGATAGCG 
GCCAACCCGG TACACCTCCT GCATGTGCTG GAAACACAGG TCCGTGCCGA ACAGTTTCCG 
GCAGAACTGG AGTCCCGCTA TCTCGCCTTC CTCAAGACCG AATTGGCTCC CCGTTATGCC 
GAGTTCCTCG GCCTGGAAAT TCAGAAGGCC TATCTGGAGA GCTATGGCGA TTACGGCCAG 
AATCTCTTTG ACCGCTACAT CCAGTACGCC GATTTCTGGC TGCAGGACAC GGAATTCCGT 
GACCCCGATA CCGGGCAGCT CATGGACCGC AGCCTGCTCA ACGAAGAACT GGAAAAAATC 
GAGAAACCGG CGGGCATCGC CAACCCCAAG GATTTCCGCA ACGAAGTAGT GAACTTCGTG 
CTGCGGGTCA AGGCATCCAA CGACGGCGTC AGCCCGGCCT GGACCAGTTA TGAGAAGCTG 
CGCGCGGTCA TCGAGAAGAA GATGTTTGCC AATACCGAGG ATCTGCTACC GGTGATTTCC 
TTCGGCAAGA AGAGCTCCTC GGATGACGAA CGCAAACATC AGGACTTTGT CGCACGCATG 
ACTTCCAAGG GCTACACCGA AAAGCAGGTA CGCCTGCTGG TGGACTGGTA TATGCGTTAT 
CGCAAGCATC ATTAG 

 

Protein sequence

MALFDRYQER FLQQQEVTLS IDAYLDLCAR EPMAYATAAE RMLAAIGEPQ VVDTQADPRL 
SRIFMNRKLL TYPAFKDFYG IEDVVENLVA YFRHAAQGLE ERKQILYLLG PVGAAKSSLA 
ERLKNLMEHY PIYCLAAHGK VSPLFESPLG LFDRDEDGPV LEDRFGIPSR ALNGVMSPWA 
AKRLREFGGD IRKFTVHRLM PSQLHQIGIT KVEPGDENNQ DISSLVGKVD IRKLEDFSQD 
DPDAYSYAGG LNVATQGVLE FVEMFKAPIK MLHPLLTATQ EGTYNGTEGF GAMPFQGIIL 
AHSNESEWSA FRNNKRNEAF LDRVYIVKVP YCLRVTEETQ IYHKLLESSA LNTAPCAPDT 
MDMLARFSVL SRLKEPGNSS LWSKMEVYDG KSLKDKDPKA KSLQEYRDAS GVDEGMDGIS 
TRFAYKILSR TFNFDSDEIA ANPVHLLHVL ETQVRAEQFP AELESRYLAF LKTELAPRYA 
EFLGLEIQKA YLESYGDYGQ NLFDRYIQYA DFWLQDTEFR DPDTGQLMDR SLLNEELEKI 
EKPAGIANPK DFRNEVVNFV LRVKASNDGV SPAWTSYEKL RAVIEKKMFA NTEDLLPVIS 
FGKKSSSDDE RKHQDFVARM TSKGYTEKQV RLLVDWYMRY RKHH