Gene Rmar_2818 details

Gene Information

• Locus tag: Rmar_2818
• ID: 8569489
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Rhodothermus marinus DSM 4252
• Kingdom: Bacteria
• Replicon accession: NC_013502
• Strand: -
• Start bp: 12209
• End bp: 15604
• Gene Length: 3396 bp
• Protein Length: 1131 aa
• Translation table: 11
• GC content: 61%
• Product: hypothetical protein
• Protein accession: YP_003292073
• Protein GI: 268318355

Plasmid Coverage information

• Num covering plasmid clones: 7
• 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

ATGCGTAAGA CGGCCGTACT TGGCATCCTG CTGGTGCTGA GCCTGTTTGG CGAGCGGTTT 
GCCCGGGCTC AGTCGGAAAA AGAATGGCGT GAGGGGCGCC GGCGCGAATG GACGCTCAAG 
CAGGTCTACC GCTGGTACAC CTACCTGGAG CGGCAGCCGT TGCAACAGAA TCAGCTGGAC 
TGCCCGGACT ACACCACGCG CCGGGATGTG GTGATGAACG GCAACAAGAT CACCACGCAG 
ATCACCAACT TTGGCTCTAT CTCCAGCCCG GGCAATACGA TCACGGACAT CGTCTGGAAC 
GGGCTCGGCT ACGGTTACGA GTTCGGGCCG TTCGTGGCTG CTGAAGTGAT CGACGAGGGC 
CATAAAGATC CCCAGAGCGT GCCCATGCGG GACGAGCAGG GGAACGTGGT CTACGATGCC 
AATGGCGACA CCATCTGGGT GATGCACATC GTCTCGGACG GGCTGGTCTC GAACGGTGGC 
GAGCGCTCGC CGGATGGAAA GGAGTGGTGG GGCTGGCAGC CCATTCCCTG CGCCCAGCCG 
GTCGGCTCGT TCGAAGGGCT GGAGGTCGTC AACCCGGAAT CTGACGAAAT CCCCACCAAC 
GACGCACCGG ATCGTGACCT GGACGGACGC CCCGACTCGT GGCCCGAGAG CTGGTACAAC 
CCGAACCTGC GCCAGTACGT CTGGCCCGGC GCATTGCGGC AGGGTGCCTC CAACGCTGAC 
AAAGAGGCAC TCTATTTCAT GAACGACTAT AGCAATAAGG AATTCCACTA CTATCCTTTC 
CCGGATGACT CGACCAAACG TGGGCTCGGG CTCGAGGTCG AGGTGCGCAT CTACCAGTGG 
TCCAATCCGC TGGCCGAAGA TGCCATCTTC TTCGTGTACA AGATCACCAA CAAAAGTCCG 
AAGGACCTGG AGAAGGTTAT CTTCGGCATG TGGGGCGACC CGCACGTGGG CGGCCCGGGC 
GACTGGCACG ATGACCTGGC CTACTTCGAC CGCCGTCTGA ACATGGTCTA TGCCTGGGAT 
GCCGACGGTC GCTCGGACAT ACCGGGACGC AAGCCGGGCT ATTTCGGCTA CAAGTTCCTG 
GAGAGTCCCG GCATCGACTA CGACGGGATC GATAACGACG GCGACGGGAT GGTCGACGAA 
TCCTGGTACG ATGGGATCGA CAACGACGGC GACTGGGATC CCGAGCGAGA TGACGTGGGC 
ATCGACGGCA TTCCGGGTAC CGGTGACGAA GGCGAAGGGG ACGGGCTGCC CACGCCGGGA 
GATCCTTACG ATATCCGGCG GCCGGGCGAG CCCAACATCG ACTTTACGGA CATCGACGAG 
AGCGACATGA TCGGGCTGAC CAGCTTCGCC TCGCCGCCGT TTGCCGGAAA CCGCATCAGC 
AACGACGAGC GGGTGTGGAG CTTCGTGCAG CCGGGACGCT TCGACGAGGT GCCGCCCGAA 
CCGGGCGACT ACGTGTTCAT CTATGGATCG GGACCCTTCC GCCTGCGGGC CGGCGAGACC 
AAGCGCTTTT CCATTGCGCT GCTGATGGGC GAAAACCTGG ACGACCTGAT GCTCAACGCG 
GAGACGGTCC AGGAGATCTA CAACGCAGGT TACCGCTTTG CCAAACCGCC CGAGAAGCCT 
CACGTCGTGG CCGTGCCGGG CGACCGCAAG GTGACGCTCT ACTGGGACGA CCGGGCCGAG 
TACTCGGTAG ATCCGCTCAG CGGAGAGAAC GACTTCGAGG GCTACGTGAT CTACCGCTCG 
ACCGATCCTG AATTTGCCGA CCTGCAGACC ATCACCGACA TCAACGGCAC GCCGTTTCTC 
TATGAGCCGC TGAAGATGGT TACGGGCGTG CCCGCCCGAT TCGATCGGAT CAACGGGATC 
AAGGGGCTTT CCCCGGTGCC CTATCCGCGG CGTGGCGTGG CCTACTTCCT GGGAAACGAC 
ACGGGCCTGC GCCACACGTT CGTGGATTCC AACAACGTCA TTAACGGTCA GCGGTACTTC 
TACGCAGTGG TGGCCTACGA TCACGGGGCC CCGGACCTGG GCATCCCGCC CAGCGAGACC 
AGCAAAACCA TCACCTATAA TCCGGAGACC GACACCTACA TTTTCGACGT CAACACGGTG 
TCTGTGGTAC CGCGTCCACC GGCCGCCGGA TACGTGCCGC CGGAGGTGGT TGCCGATGAA 
CCGTCGGCCA CGGGACCTGT GGCACATGTG TCGGGACACG GCACGGGTAC GATCCACATC 
GAGGTGATCG ATCCGATGGC GGTGGAGGAC GATAACTCCT ATCGGCTGAT CTTCGAGGAG 
GTGGATGGCC AGCTCGTCTA TTCCGTGATC GATGAGAAGC CGGTAGAAGT AACGATTCAG 
GTTGGCAAGG TGGGGAAATC GGCGGGGTTG GGCTACCGCA ACATCATTCC GGAAACCTTC 
GAGCTGCTGC ATAACGGTCA GCCCCTGCAG GAAGGCGTCG ACTACACGCT CAACGCCCGG 
GCAGGCCGGG TGATCTACCT GGACGGTGGC GCCATCGAGC CCGGCATGGA ACTGGTGGCC 
CGCTTCCAGT ACCGTCCGAT TGACCGCAGC AACCTGCTTA ACTTTGAGGA AGCCAATCCC 
ATCTTTGACG GCCTGCACCT GTTCGTTCGG AACGACCCGC TGGCGATCGA CACGGTACAC 
ACCGGCTGGG TGCAGGGTGG ATCGGGCTTC ACCTATCAGG TGCGGGTAGC CACGGCTGGC 
CCCGGCCGCC GAGGGGTCCC CTACGACTAC GAAATCCGCT TTGCCAATCA GATCGTTGAT 
ACCAGCTTTT CCACGCGGCT GCCCCTGCCG TTCCGGGTCT ATAACCGGAC GCGGGCCAAT 
GAGCCAGTCG ATGTCTTTGT GCCGGATGTA AATCGCAACG GTCGCTGGGA CATCGACGAG 
CGCATCATCT TTCTGGAATA TCAGGACGGC TCACCGATCG CTACCTGGGA GGTGCGTTTC 
TTCGATCCGG AAGACCGGGG CACGCTGCCG GGAGAGGGGG ACGTGTTTCA GGTGGTGACG 
CGCAAGCCCT TCACGACAGA GGATGTCTTC ACCTTTCGCA CGCGCGCGGC CCGTACCGAA 
CCGGAAGAGG TGCGTCGGCA AATGCGGGAG ATCTACGTGG TGCCCAATCC CTACGTGGCC 
ACCAACGTGC TCGAGCCGCG CAATCCGGTT TCGCGCACGC GGCGCGGAGA TCGGCGCCTG 
TACTTTGCGA ATCTACCGCC TCGCTGCACC ATCCGCATTT ACACGCTGGC AGGCGAACTG 
GTGGACGTGA TCGAGCACGA TAGCCCGATC GACAACGGAA TTGCTTACTG GGATCTGCGC 
AGTCGTGACA ATATGGACAT TGCCTACGGA CTTTACATCT TCCACGTCGA GTCGGAAGAG 
GGTACCTATG TCGGGAAGTT TGCGGTCATC AAATAA 

 

Protein sequence

MRKTAVLGIL LVLSLFGERF ARAQSEKEWR EGRRREWTLK QVYRWYTYLE RQPLQQNQLD 
CPDYTTRRDV VMNGNKITTQ ITNFGSISSP GNTITDIVWN GLGYGYEFGP FVAAEVIDEG 
HKDPQSVPMR DEQGNVVYDA NGDTIWVMHI VSDGLVSNGG ERSPDGKEWW GWQPIPCAQP 
VGSFEGLEVV NPESDEIPTN DAPDRDLDGR PDSWPESWYN PNLRQYVWPG ALRQGASNAD 
KEALYFMNDY SNKEFHYYPF PDDSTKRGLG LEVEVRIYQW SNPLAEDAIF FVYKITNKSP 
KDLEKVIFGM WGDPHVGGPG DWHDDLAYFD RRLNMVYAWD ADGRSDIPGR KPGYFGYKFL 
ESPGIDYDGI DNDGDGMVDE SWYDGIDNDG DWDPERDDVG IDGIPGTGDE GEGDGLPTPG 
DPYDIRRPGE PNIDFTDIDE SDMIGLTSFA SPPFAGNRIS NDERVWSFVQ PGRFDEVPPE 
PGDYVFIYGS GPFRLRAGET KRFSIALLMG ENLDDLMLNA ETVQEIYNAG YRFAKPPEKP 
HVVAVPGDRK VTLYWDDRAE YSVDPLSGEN DFEGYVIYRS TDPEFADLQT ITDINGTPFL 
YEPLKMVTGV PARFDRINGI KGLSPVPYPR RGVAYFLGND TGLRHTFVDS NNVINGQRYF 
YAVVAYDHGA PDLGIPPSET SKTITYNPET DTYIFDVNTV SVVPRPPAAG YVPPEVVADE 
PSATGPVAHV SGHGTGTIHI EVIDPMAVED DNSYRLIFEE VDGQLVYSVI DEKPVEVTIQ 
VGKVGKSAGL GYRNIIPETF ELLHNGQPLQ EGVDYTLNAR AGRVIYLDGG AIEPGMELVA 
RFQYRPIDRS NLLNFEEANP IFDGLHLFVR NDPLAIDTVH TGWVQGGSGF TYQVRVATAG 
PGRRGVPYDY EIRFANQIVD TSFSTRLPLP FRVYNRTRAN EPVDVFVPDV NRNGRWDIDE 
RIIFLEYQDG SPIATWEVRF FDPEDRGTLP GEGDVFQVVT RKPFTTEDVF TFRTRAARTE 
PEEVRRQMRE IYVVPNPYVA TNVLEPRNPV SRTRRGDRRL YFANLPPRCT IRIYTLAGEL 
VDVIEHDSPI DNGIAYWDLR SRDNMDIAYG LYIFHVESEE GTYVGKFAVI K