EC Number | Protein Variants | Comment | Organism |
---|---|---|---|
4.6.1.18 | A20P | thermodynamic and kinetic stability is similar to wild-type ribonuclease A. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | A20P/S21P | thermodynamic and kinetic stability is similar to wild-type ribonuclease A. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | F46Y | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | K31A/R33S | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | K31A/R33S/F46Y | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | L35A | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | L35A/F46Y | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | L35S | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | L35S/F46Y | thermodynamic and kinetic stability of the mutant is greatly decreased. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | N34D | thermodynamic and kinetic stability is similar to wild-type ribonuclease A. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | S21L | thermodynamic and kinetic stability is similar to wild-type ribonuclease A. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
4.6.1.18 | S21P | thermodynamic and kinetic stability is similar to wild-type ribonuclease A. Mutation has no significant effect on the native conformation and catalytic activity | Bos taurus |
EC Number | Organism | UniProt | Comment | Textmining |
---|---|---|---|---|
4.6.1.18 | Bos taurus | P61823 | - |
- |