EC Number | Protein Variants | Comment | Organism |
---|---|---|---|
4.6.1.18 | I106A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | I107A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | I81A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | V108A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | V47A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | V54A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
4.6.1.18 | V57A | thermodynamic analysis of pressure-unfolding and kinetics for positive pressure-jumps | Bos taurus |
EC Number | Organism | UniProt | Comment | Textmining |
---|---|---|---|---|
4.6.1.18 | Bos taurus | - |
- |
- |
EC Number | Renatured (Comment) | Organism |
---|---|---|
4.6.1.18 | study on enzyme folding and refolding kinetics using pressure-jump techniques. The structure of the transition state is a relatively uniformly expanded form half-way between the folded and unfoded states. The pressure-folding transition state looks like a collapsed globule with some secondary structure and a weakenend hydrophobic core | Bos taurus |