DiZyme
peter.suber's bookmarks 2022-01-16
Summary:
"Open access resource for quantitative prediction of nanozyme catalytic activity...
The DiZyme resource contains a built-in expandable database of nanozymes with links to original articles, an interactive clickable tool for its visualization, and a machine learning models for various levels of user requests (base, progressive and advanced) capable of predicting catalytic activity represented as the Michaelis-Menten (Km, mM) constant with R2 0.63 and the turnover number of nanozyme (Kcat, s-1) with R2 0.80.
This resource will facilitate the design and optimization of nanomaterials with the desired catalytic activity and open new frontiers for nanozyme design...."