Gene Mnod_4530 details

Gene Information

• Locus tag: Mnod_4530
• ID: 7303624
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Methylobacterium nodulans ORS 2060
• Kingdom: Bacteria
• Replicon accession: NC_011894
• Strand: +
• Start bp: 4584440
• End bp: 4586323
• Gene Length: 1884 bp
• Protein Length: 627 aa
• Translation table: 11
• GC content: 69%
• IMG OID: 643602175
• Product: thiamine biosynthesis protein ThiC
• Protein accession: YP_002499701
• Protein GI: 220924399
• COG category: [H] Coenzyme transport and metabolism
• COG ID: [COG0422] Thiamine biosynthesis protein ThiC
• TIGRFAM ID: [TIGR00190] thiamine biosynthesis protein ThiC

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.0391297
• 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

ATGAACGCCC CCGTCATCCC CCCCAAAGGC CTGCCGCAGA GTGTGACCAC CGGGCCGATC 
GCCGGCTCCG TGAAGGTCTA TGCCAGTCCC GAGGGGCGGC CTGACATCCG GGTGCCCCTG 
CGCGAGATCG GCTTGAGCGA TCCTTCCGAA GCGCCGGTGC GTGTCTACGA TCCCTCCGGC 
CCCTACACGG AGAACGAGGC CAAGGTCGAC CTCGCGGCCG GGCTGCCGGA GCTGCGCGCG 
CCCTGGATCG CGTCCCGCGG CTACGCCGCC GTGACGCCCC GCGCCGTCAA GCCGGAGGAT 
AACGGCTTCG TGGGCGAGGA TCGGCTGGTC GCCCCCTGTC CGGCGAAGCG CACCATCCGC 
AAGGCGGCGC CGGGCCAGAT GACGACCCAG TACGAGTTCG CCCGGGCCGG GATCATCACC 
GAGGAGATGA TCTACGTCGC GCACCGAGAG AATCTCGGCC GCAAGGCGAT GCTGGAGCAG 
GCCGAGGCCA AGCTCGCGGA TGGCGAGAGC TTCGGCGCGG CGATCCCGCC CTTCATCACG 
CCGGAATTCG TGCGCGACGA GGTCGCCCGC GGGCGCGCCA TCATCCCGGC CAACATCAAC 
CACACCGAAC TCGAGCCGAT GGCCATCGGC CGCAACTTCC TGGTCAAGAT CAACGCCAAT 
ATCGGCAACT CGGCCGTGAC CTCGTCGGCT GCCGAGGAGG TCGAGAAGAT GGTCTGGGCG 
ATCCGCTGGG GCGCCGACAC CGTCATGGAC CTCTCGACCG GCCGCAACAT CCACAACATC 
CGCGGCTGGA TCCTGCGCAA CGCGCCGGTG CCGATCGGGA CCGTGCCGAT CTACCAGGCG 
CTGGAGAAGG TCGGGGGCGA TCCCCTCAAG CTCGACTGGG AGGTGTTCAA GGACACGCTC 
ATCGAGCAGG CCGAGCAGGG CGTCGACTAC TTCACCATCC ATGCCGGCGT GCGCCTCGCC 
CATGTGCCGC TCACCGCACG GCGCGTCACC GGCATCGTCT CGCGCGGCGG CTCAATCATG 
GCGCGCTGGT GCCTCGCCGG GCACCGGGAA TCGTTCCTCT ACGAGCGGTT CGACGAGATC 
TGCGACATCA TGCGGGCCTA CGATGTCTCG TTCTCGCTCG GCGACGGGCT GCGCCCCGGC 
TCGATCGCGG ATGCCAACGA CGCGGCGCAG TTCGCGGAGC TGGAGACCCT GGGCGAACTC 
ACCCGGGTGG CCTGGGACAA GGGCTGCCAA GTGATGATCG AGGGCCCCGG CCACGTGCCG 
ATGCACAAGA TCAAGGTCAA CATGGAGAAG CAGCTGCGCG AGTGCGGCGA GGCGCCGTTC 
TACACGCTCG GGCCGCTGAC CACCGATGTC GCGCCCGGCT ACGACCACAT CACCTCGGGC 
ATCGGGGCGG CGATGATCGG CTGGTTCGGC ACCGCAATGC TCTGCTACGT GACGCCCAAG 
GAGCATCTCG GCCTGCCGAA CCGCGACGAC GTGAAGACCG GCGTCATCAC CTACAAGATC 
GCCGCCCACG CTGCCGACCT CGCCAAGGGC CACCCGGCCG CGCAGCTGCG CGACGACGCC 
CTTTCCCGCG CCCGGTTCGA CTTCCGCTGG GAGGACCAGT TCAACCTCTC GCTCGATCCC 
GACACCGCGC GCGCCTATCA CGACGAGACG CTGCCGAAGG ATGCCCACAA GGTCGCGCAT 
TTCTGCTCGA TGTGCGGCCC GAAATTCTGC TCGATGAAGA TCACGCAGGA TCTGCGCGCC 
GACGTCCTCG CCATGGAGGC GGCCGGGACG GTGGTGGGCG CCGCGCCGGC GATGAGCGAG 
GAGGACCGGG CCGCCGGCAT GGCGGCGAAA TCGGCCGAGT TCCTGGCTGA GGGCGGCAAG 
CTCTACGTCG ACGCCGCGGA GTAG 

 

Protein sequence

MNAPVIPPKG LPQSVTTGPI AGSVKVYASP EGRPDIRVPL REIGLSDPSE APVRVYDPSG 
PYTENEAKVD LAAGLPELRA PWIASRGYAA VTPRAVKPED NGFVGEDRLV APCPAKRTIR 
KAAPGQMTTQ YEFARAGIIT EEMIYVAHRE NLGRKAMLEQ AEAKLADGES FGAAIPPFIT 
PEFVRDEVAR GRAIIPANIN HTELEPMAIG RNFLVKINAN IGNSAVTSSA AEEVEKMVWA 
IRWGADTVMD LSTGRNIHNI RGWILRNAPV PIGTVPIYQA LEKVGGDPLK LDWEVFKDTL 
IEQAEQGVDY FTIHAGVRLA HVPLTARRVT GIVSRGGSIM ARWCLAGHRE SFLYERFDEI 
CDIMRAYDVS FSLGDGLRPG SIADANDAAQ FAELETLGEL TRVAWDKGCQ VMIEGPGHVP 
MHKIKVNMEK QLRECGEAPF YTLGPLTTDV APGYDHITSG IGAAMIGWFG TAMLCYVTPK 
EHLGLPNRDD VKTGVITYKI AAHAADLAKG HPAAQLRDDA LSRARFDFRW EDQFNLSLDP 
DTARAYHDET LPKDAHKVAH FCSMCGPKFC SMKITQDLRA DVLAMEAAGT VVGAAPAMSE 
EDRAAGMAAK SAEFLAEGGK LYVDAAE