![ACS Central Science on Twitter: "#Researchoftheday @brett_fors @forsgroup & team report the development of a method to control monomer selectivity and polymerization mechanism in situ through the use of two orthogonal stimuli: ACS Central Science on Twitter: "#Researchoftheday @brett_fors @forsgroup & team report the development of a method to control monomer selectivity and polymerization mechanism in situ through the use of two orthogonal stimuli:](https://pbs.twimg.com/media/ERVsfPpUcAAvzn_.jpg)
ACS Central Science on Twitter: "#Researchoftheday @brett_fors @forsgroup & team report the development of a method to control monomer selectivity and polymerization mechanism in situ through the use of two orthogonal stimuli:
High-Throughput Excipient Discovery Enables Oral Delivery of Poorly Soluble Pharmaceuticals | ACS Central Science
![ACS Central Science on Twitter: "Read #ASAP research by @matteo_aldeghi, Vytas Gapsys & Bert de Groot @CompBioPhys @mpi_bpc on how physics-based and data-driven computational approaches can predict kinase inhibitor resistance: https://t.co ... ACS Central Science on Twitter: "Read #ASAP research by @matteo_aldeghi, Vytas Gapsys & Bert de Groot @CompBioPhys @mpi_bpc on how physics-based and data-driven computational approaches can predict kinase inhibitor resistance: https://t.co ...](https://pbs.twimg.com/media/EB4btjSUIAEnOcM.jpg)