Gene VIBHAR_02260 details

Gene Information

• Locus tag: VIBHAR_02260
• ID: 5555157
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Vibrio harveyi ATCC BAA-1116
• Kingdom: Bacteria
• Replicon accession: NC_009783
• Strand: -
• Start bp: 2256705
• End bp: 2258483
• Gene Length: 1779 bp
• Protein Length: 592 aa
• Translation table: 11
• GC content: 48%
• IMG OID: 640907746
• Product: putative bifunctional molybdopterin-guanine dinucleotide biosynthesis protein MobB/MoeA
• Protein accession: YP_001445449
• Protein GI: 156974542
• COG category: [H] Coenzyme transport and metabolism
• COG ID: [COG0303] Molybdopterin biosynthesis enzyme; [COG1763] Molybdopterin-guanine dinucleotide biosynthesis protein
• TIGRFAM ID: [TIGR00176] molybdopterin-guanine dinucleotide biosynthesis protein MobB; [TIGR00177] molybdenum cofactor synthesis domain

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

ATGAAACACA CGCTAAACAT CCCTATTCTT GGTTTTGCTG CCTACTCTGG TACCGGCAAA 
ACTACGCTAC TTGAAGCATT ACTACCAAAG TTGACCGACG CAGGTTTACG CATCGGTATG 
CTAAAGCACG CACACCATAA CTTCGATGTC GACCAACCGG GCAAAGACAG CCATCGCCTA 
CGTAAAGCGG GCGCATCGCA AATGCTGATC TCTTCTCGTA ACCGCTTCGC ACTGATGACA 
GAAACACCAG AGTCAGAATC GGAGTTTGAT TACCTTCTGA CGCGTTTCGA TGAAGACAAG 
CTAGACGTGG TTCTAGTGGA AGGCTGCAAA AACATTGCCT TTCCAAAGAT CGAATTGCAC 
CGTGAAGAAG TCGGTAAGCC TTGGATTCAT CCAAATGATG AAAACATCAT CGCGATTGCT 
TCAGACAGCG GCGAATTGGA TTCTGATCTG CCACAAATGA ACATCAACGA TCTTGAAGCG 
ATTGCCCAGT TCGTTATTGA GTATGTTCAA GAAGCGAAAG CACCAAAGAG TAAAGAGAAA 
GAAGCCGCTT GCTGCGATAC CCTTTCTCCA GCTTTCCTTT CTGTGGTTCA AGGACAAGAA 
AAGATCCTTT CGTTGGTAAA CACGGTTTCT GAAACCGAAG CATGCAAGAT TGAAGATGCA 
TACGGTCGTG TGCTTGCAGA TCATGTTGTG TCACCAGTGA ATGTTCCGCA ATACACAAAC 
TCAGCGATGG ACGGTTACGC GATTCGCGGT GATGACGTCG AGCGTGAAAG CTACCAAGTG 
GTTGCTGAAG TGATGGCAGG TCACGCTTAC GATCAGCCTT TGGAAGTTGG TCAAGCGGTT 
AAGATCATGA CGGGCGCACC AACACCTATC AATGGTGATA CCGTTGTTAT GCGTGAGCAA 
GCGAAACAGG ATGGCGATAC TGTCACGTTC AATGGTGCGA GCATCAAAAC TGGTCAAAAC 
GTTCGCCAAG CGGGTGAAGA CTTAGCAATT GGTAGCGATG TGTTTACCGC AGGCACTCGC 
CTAGCCTCTC CTGAGATGAG CATGATTGCT TCTCTTGGCT TTGGTGAAGC GAACGTGTTC 
CGCAAGTTGA AAGTTGCTGT GTTCTCTACC GGTGACGAAG TACAAGCGCC AGGCACTGAA 
CAGAAAGCGA ATTCAATCTA CGATTCAAAC CGTTTCACTA TCATGGGCAT GTTAGAGAAA 
CTTGGCTGTG AAATTTTGGA TTTCGGTATT CTAGAAGACA ACGAGCAATT GATGATTGAA 
GCGCTCGAAA ATGCTTCTGC GCAAGCCGAC GTAGTTATGA CTTCTGGCGG CGTATCCGTT 
GGCGATGCCG ATTACATTAA GCTGGCATTG GATAAACTGG GGCAAATTGA TTTCTGGCGT 
ATCAACATGC GTCCTGGTCG TCCGCTTGCG TTCGGTCAAA TCAACGATAA GCCTTTCTTC 
GGTTTACCGG GTAACCCTGT GGCTGTGATG GTTTCATTCA TTAACTTTGT TGAGCCTGCG 
CTGCGTAAGA TGCAAGGTGA ACAAGGTTGG AAGCCACTCA AAGTCAGTGC CATTGCAACA 
GAAAATCTAC GCTCTCGCCA AGGTCGTACC GAATTTAGCC GCGGTATTTA CGAGCTAGAC 
GAAACAGGTC GCCTAAACGT TCGCACAACA GGCAAACAAG GCTCTGGTAT CTTGCGTTCA 
ATGAGTGAGG CAAACTGTTT AATCGAAATC TCCCCTGCTG TTGATACGGT AAAAACAGGA 
GAAAGCGTGA CAATTATCCC GCTACAAGGC AGAATCTAG 

 

Protein sequence

MKHTLNIPIL GFAAYSGTGK TTLLEALLPK LTDAGLRIGM LKHAHHNFDV DQPGKDSHRL 
RKAGASQMLI SSRNRFALMT ETPESESEFD YLLTRFDEDK LDVVLVEGCK NIAFPKIELH 
REEVGKPWIH PNDENIIAIA SDSGELDSDL PQMNINDLEA IAQFVIEYVQ EAKAPKSKEK 
EAACCDTLSP AFLSVVQGQE KILSLVNTVS ETEACKIEDA YGRVLADHVV SPVNVPQYTN 
SAMDGYAIRG DDVERESYQV VAEVMAGHAY DQPLEVGQAV KIMTGAPTPI NGDTVVMREQ 
AKQDGDTVTF NGASIKTGQN VRQAGEDLAI GSDVFTAGTR LASPEMSMIA SLGFGEANVF 
RKLKVAVFST GDEVQAPGTE QKANSIYDSN RFTIMGMLEK LGCEILDFGI LEDNEQLMIE 
ALENASAQAD VVMTSGGVSV GDADYIKLAL DKLGQIDFWR INMRPGRPLA FGQINDKPFF 
GLPGNPVAVM VSFINFVEPA LRKMQGEQGW KPLKVSAIAT ENLRSRQGRT EFSRGIYELD 
ETGRLNVRTT GKQGSGILRS MSEANCLIEI SPAVDTVKTG ESVTIIPLQG RI