2 ms·
I can't read the article due to paywall. How did they achieve this thermostability? Supercharging the surface?
by dnautics 7y ago
I can't read the article due to paywall. How did they achieve this thermostability? Supercharging the surface?
- HarryHirsch 7y agoSite-saturation mutagenesis in the active site followed by introduction of disulphide bridges.
- dnautics 7y agoMan. I would have guessed that adding disulfide bridges would decrease catalytic conversiom rates by making the protein too rigid.