Get results CSV file
Prior-Knowledge Description Expectation Prediction Conclusion Leaf Statistics
Evidence_27954 TIGR02051 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27952 PF03203 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27956 TIGR02053 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27953 PF02411 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Component_15595 mercury transporter, MerC None - {{∅}} False - {{f}} Unconfirmed absence
Component_15598 mercury responsive transcriptional activator None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27951 PF03243 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27955 TIGR02052 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Evidence_27957 TIGR02054 HMM None - {{∅}} False - {{f}} Unconfirmed absence
Component_15597 periplasmic mercury binding protein, MerP None - {{∅}} False - {{f}} Unconfirmed absence
Component_15594 organomercurial lyase None - {{∅}} False - {{f}} Unconfirmed absence
Component_15596 mercury transporter, MerT None - {{∅}} False - {{f}} Unconfirmed absence
Component_15599 transcriptional co-regulator, MerD None - {{∅}} False - {{f}} Unconfirmed absence
Component_15593 mercuric reductase None - {{∅}} False - {{f}} Unconfirmed absence
GenProp0151 resistance to mercury~Detoxification of inorganic and organic mercury compounds involves the enzymatic reduction of extracellular mercuric ions or organomercurials into less-toxic metallic mercury, where it is released into the cytoplasm and volatiles from the cell. Mercuric ions diffuse across the outer membrane by a mer transport system, which binds and transfers mercury ions via a pair of cysteine residues to the active site of a mercuric reductase. Alternatively, an organomercurial lyase is required for hydrolysis of the carbon-mercury bond of organomercurial compounds before reduction proceeds. Transcribed separately and divergently, a mercury-sensitive transcriptional activator both positively and negatively regulates mer expression, while a co-transcribed secondary regulatory protein down-regulates this mer operon. This resistance system, often encoded on plasmids and transferred via transposons, is found in both gram-positive and gram-negative bacteria [1]. None - {{∅}} False - {{f}} Unconfirmed absence