| Prior-Knowledge | Description | Expectation | Prediction | Conclusion | Leaf Statistics |
|---|---|---|---|---|---|
| Component_51153 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Evidence_63731 | TIGR01112 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Component_51155 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Component_51159 | subunit H, pterin:cobalamin transferase | None - {{∅}} | None - {{∅}} | Unexplained | |
| Component_51154 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Evidence_63734 | TIGR01149 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Component_51156 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Component_51157 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Evidence_63729 | TIGR01111 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| GenProp0288 | tetrahydromethanopterin S-methyltransferase complex~This complex of eight subunits, MtrA-H, effects the transfer of a methyl froup from tetrahydromethanopterin to coenzyme M using a cobalamin (B12) cofactor residing on MtrA. This transfer is coupled to an energy-driven sodium-ion pump. Methane is subsequently released by a two-electron reduction of the methyl-coenzyme M by the enzyme methyl-coenzyme M reductase. | None - {{∅}} | None - {{∅}} | Unexplained | |
| Component_51152 | subunit A, cobalamin-containing | None - {{∅}} | None - {{∅}} | Unexplained | |
| Evidence_63735 | TIGR01114 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Component_51158 | None - {{∅}} | None - {{∅}} | Unexplained | ||
| Evidence_63737 | TIGR02507 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Evidence_63733 | TIGR04166 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Evidence_63732 | TIGR01148 HMM | None - {{∅}} | None - {{∅}} | Unexplained | |
| Evidence_63730 | TIGR01113 HMM | None - {{∅}} | None - {{∅}} | Unexplained |