Gene Mrad2831_6493 details

Gene Information

• Locus tag: Mrad2831_6493
• ID: 6135982
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Methylobacterium radiotolerans JCM 2831
• Kingdom: Bacteria
• Replicon accession: NC_010502
• Strand: +
• Start bp: 18397
• End bp: 21705
• Gene Length: 3309 bp
• Protein Length: 1102 aa
• Translation table: 11
• GC content: 61%
• IMG OID: 641625056
• Product: hemolysin-type calcium binding domain-containing protein
• Protein accession: YP_001752076
• Protein GI: 170745629

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

GTGGGTACGC CTGCAGCCGA CGTAATCTCA GGCGGCAAGG GCGACGACTA CCTCAGCGGT 
GGCGATGGCG GGGACACGTA TCTGTACAAC CGCGGCGACG GCGCGGATAC GATCGACGAC 
AACAACTGGG GTGGCACGGC CGGCGACGAC CGGATCGTGT TCGGCGCTGG CATCAGCCAG 
AGCGACCTCA GCTTCTCGTC CTACGGCACC GACCTGATTA TCAAGATCGC CGGCTCCAGC 
GATCAGATCC GGGTCAGCGA CGGGCTCTAC GGCGCGATCA ACAACCCCAA CGACGGGGTC 
GACCGCATCG AGAAGTTCGT GTTCGCCGAC GGCAGCCAGC TCGACATGAA CACCGTGCAG 
CAGGGCTTGC TGACCGGGAC CGACGGCAAC GACAACATCA CCGGCTATGC CACCGCCGAC 
GCCATCACCG GTGGCAAGGG CGACGACTAC CTCAGCGGCC GGGGTGGTGG CGACACGTAC 
CTGTACAATC GCGGCGACGG CGCGGACGTC ATCGACGACA ACAACTGGGC CAACACGGGT 
GACGACGATC AGATCGTGTT CGGCGCCGGC ATCAGCCAGA GCGACCTCAG CTTCTCGTCC 
TACGGCACCG ACCTGATCAT CAAGATCGCC GGTACCAACG ATCAGATCCG GGTCAGCGAC 
GGGCTTTGGG CGGCGGTCAA CGAACCGAGC AACAACGTTG ATCGCATCGA GAAGTTTGTG 
TTCGCCGACG GCAGCCAGCT CGACATGAAC ACCGTGCAGC TGGGCCTGCT GACCGGGACC 
GACGGCAACG ACAACATCAC CGGCTACGCC ACCGCCGATG CCATCACCGG TGGTAAGGGC 
GACGACTACC TCAGCGGCCA CGGCGGTGGC GACACGTACC TTTACAGCCG TGGTGACGGC 
TCGGACACGA TCGACGACAA CAATTGGGGT GGTACGGCCG GCGATGATCA GATCGTGTTC 
GGCGCTGGCA TCAGCCAGAA TGATCTCGGC TTCTACAGGG ATGGGACAAA CCTGATCATC 
AAGATCGCCG GCACCAGCGA TCAGATCCGG GTCAGCGACG GACTTTGGGC TGCGATCAAC 
GATCCCAGCA ATAACGTCGA CCGCATCGAA AGGTTCGTGT TCGCCGGTGG CAGCCAGATT 
AGCATGAGCA CCATTGAGCA AAATCTGCTC TCAAACAATG GAGGTTCTAA CGGCGGTTAC 
GTGCCTGGTG ATAGCTCAGG GACAGGTTCT GGTGGAGCAG GCACGGACAA TCCTCCAATG 
GGAGGAGGGT CGGGAGGCGG TAGCGGTACC CCTGCCACGG GGGGCGCCGG TAGCTCGGGC 
GGGGGAGGCG CAGCTGGTGA CCCGCCTGCG AGCGGGTCCG CTGGCGGGAG TGGTGGTGGC 
ACGCCATCTA CGGGTGGATC GAATGGATCT GGTGGCACCG GCGGCAGTTC CGGTGGCGGT 
TCGAGCCCTG ACGCTGTGAC GCTAGCCGGC ACTGATGGTG CTGATCGGCT GGTGGGCACG 
CCTGCAGCCG ACGTAATCTC AGGCGGCAAG GGCGACGACT ACCTCAGCGG TGGCGATGGC 
GGGGACACGT ATCTGTACAA CCGCGGCGAC GGCGCGGATA CGATCGACGA CAACAACTGG 
GGTGGCACGG CCGGCGACGA CCGGATCGTG TTCGGCGCTG GCATCAGCCA GAGCGACCTC 
AGCTTCTCGT CCTACGGCAC CGACCTGATT ATCAAGATCG CCGGCTCCAG CGATCAGATC 
CGGGTCAGCG ACGGGCTCTA CGGCGCGATC AACAACCCCA ACGACGGGGT CGACCGCATC 
GAGAAGTTCG TGTTCGCCGA CGGCAGCCAG CTCGACATGA ACACCGTGCA GCAGGGCTTG 
CTGACCGGGA CCGACGGCAA CGACAACATC ACCGGCTATG CCACCGCCGA CGCCATCACC 
GGTGGCAAGG GCGACGACTA CCTCAGCGGC CGGGGTGGTG GCGACACGTA CCTGTACAAT 
CGCGGCGACG GCGCGGACGT CATCGACGAC AACAACTGGG CCAACACGGG TGACGACGAT 
CAGATCGTGT TCGGCGCCGG CATCAGCCAG AGCGACCTCA GCTTCTCGTC CTACGGCACC 
GACCTGATCA TCAAGATCGC CGGTACCAAC GATCAGATCC GGGTCAGCGA CGGGCTCTAC 
GGCGCGATCA ACAATCCCAA CGACGGGGTC GACCGCATCG AGAAGTTTGT GTTCGCCGAC 
GGCAGCCAGC TCGACATGAA CGCCGTGCAG CTGGGCCTGC TGACCGGGAC CGACGGCAAC 
GACAACATCA CCGGCTACAC CACCGCCGAC GCCATCACCG GCGGCAAGGG CGACGACTAT 
CTCAGCGGCC GGGGTGGCGG CGATACGTAT CTGTTCAACC GTGGTGACGG CTCGGACACG 
ATTGACGACA ACAACTGGGC CAACACGGGT GATGACGATC AGATCGTGTT CGGCGCCGGT 
ATCAGTCGAA ATGACATTGA GTTCTACAGA GATGGAACAA ACCTGATCAT CAAGATCGCT 
GGCACCAATG ATCAGATCAG GGTCAGCGAC GGACTTTGGG CCGCGATCAA CGATCCCAGC 
AATAACGTCG ACCGTATCGA AAGATTTGTG TTCGCCGGTG GCAGCCAGAT CAGTATGAGC 
ACTATCGAGC AGAACTTACT CGGTACGGAC GGAGGTTCTA ACGGCGATGA TGGCTCAGGG 
ACTGGCTCCA GCGGAGGAAG CGGGAATAGT CTTCCTATGG CAGGTAGGCA AAGTAGAATC 
CGGACTATGA GCGCATCGGA CGGCAACGAG ACAGCTAGTG CCGGGGAAGG AACTGCCGAG 
AACGTGACAC TCGACAGCGA CTACGATGGC AAGAGCGATG ACAGCTCGCT CACATCGGGT 
ACTGACAAGC AAGACGCAGC TTCGAGTGAT ACAACCGGAG TTGAAAAATC CGGTGACAGT 
AGTACCTCTG CATCAAAATC GACCGAACTG CGCGGAACCG ATGGCCCGGA CAATATCAAT 
GGGTTTGAAA CCGACGATAT TATCGCTGGA GGCATGGGTG ATGACAATCT ATCTGGCCGT 
GGAGGGGCAG ATATCTTCGT ATTCGGACCC GCGTCAGGCA ATGACGTAAT TAATGATTTT 
CATGGTTCTG GATCTGCGCA TGATCTAATA CAATTCGATC ACTCCATTTT TGCGGACGCG 
TCGTCCGTTC TTGCGGCTTC CACACAAGTT GGGAGCGACA TAGTCATCAC AATATCTTCA 
CATGACACGA TCGTACTTAG AGATACTCAG CTTAGTGCGC TGAGCACGAA CGACTTCCGC 
ATCGCCTGA 

 

Protein sequence

MGTPAADVIS GGKGDDYLSG GDGGDTYLYN RGDGADTIDD NNWGGTAGDD RIVFGAGISQ 
SDLSFSSYGT DLIIKIAGSS DQIRVSDGLY GAINNPNDGV DRIEKFVFAD GSQLDMNTVQ 
QGLLTGTDGN DNITGYATAD AITGGKGDDY LSGRGGGDTY LYNRGDGADV IDDNNWANTG 
DDDQIVFGAG ISQSDLSFSS YGTDLIIKIA GTNDQIRVSD GLWAAVNEPS NNVDRIEKFV 
FADGSQLDMN TVQLGLLTGT DGNDNITGYA TADAITGGKG DDYLSGHGGG DTYLYSRGDG 
SDTIDDNNWG GTAGDDQIVF GAGISQNDLG FYRDGTNLII KIAGTSDQIR VSDGLWAAIN 
DPSNNVDRIE RFVFAGGSQI SMSTIEQNLL SNNGGSNGGY VPGDSSGTGS GGAGTDNPPM 
GGGSGGGSGT PATGGAGSSG GGGAAGDPPA SGSAGGSGGG TPSTGGSNGS GGTGGSSGGG 
SSPDAVTLAG TDGADRLVGT PAADVISGGK GDDYLSGGDG GDTYLYNRGD GADTIDDNNW 
GGTAGDDRIV FGAGISQSDL SFSSYGTDLI IKIAGSSDQI RVSDGLYGAI NNPNDGVDRI 
EKFVFADGSQ LDMNTVQQGL LTGTDGNDNI TGYATADAIT GGKGDDYLSG RGGGDTYLYN 
RGDGADVIDD NNWANTGDDD QIVFGAGISQ SDLSFSSYGT DLIIKIAGTN DQIRVSDGLY 
GAINNPNDGV DRIEKFVFAD GSQLDMNAVQ LGLLTGTDGN DNITGYTTAD AITGGKGDDY 
LSGRGGGDTY LFNRGDGSDT IDDNNWANTG DDDQIVFGAG ISRNDIEFYR DGTNLIIKIA 
GTNDQIRVSD GLWAAINDPS NNVDRIERFV FAGGSQISMS TIEQNLLGTD GGSNGDDGSG 
TGSSGGSGNS LPMAGRQSRI RTMSASDGNE TASAGEGTAE NVTLDSDYDG KSDDSSLTSG 
TDKQDAASSD TTGVEKSGDS STSASKSTEL RGTDGPDNIN GFETDDIIAG GMGDDNLSGR 
GGADIFVFGP ASGNDVINDF HGSGSAHDLI QFDHSIFADA SSVLAASTQV GSDIVITISS 
HDTIVLRDTQ LSALSTNDFR IA