Bartosz Trzaskowski

Abstract Click to copy section linkSection link copied! Zirconium-based metal–organic frameworks (MOFs) have emerged as promising alternatives to proteolytic enzymes, offering tunable platforms for selective protein cleavage with potential applications in proteomics, protein engineering, and therapeutic development. However, the limited mechanistic understanding of MOF–protein interactions and the molecular origins of cleavage specificity hinder their broader application as nanozymes.

Introduction Click to copy section linkSection link copied! Hydroboration plays a crucial role in modern organic synthesis, allowing the preparation of an interesting group of organoboron compounds with a wide range of potential applications. (1−3) Although for some highly reactive boranes (B2H6, BH3-THF) this reaction can proceed catalyst-free, in laboratory practice it is much more common to use significantly stable dioxaborolanes.

Introduction Click to copy section linkSection link copied! Hydroboration plays a crucial role in modern organic synthesis, allowing the preparation of an interesting group of organoboron compounds with a wide range of potential applications. (1−3) Although for some highly reactive boranes (B2H6, BH3-THF) this reaction can proceed catalyst-free, in laboratory practice it is much more common to use significantly stable dioxaborolanes.