Bruno Goud

The paper shows extracellular mechanical forces influence Golgi secretory function by modulating carrier biogenesis and exocytosis, with molecular determinants including microtubule acetylation and protein kinase D activity.

The paper identifies a Golgi regulon and shows CREB3L1 drives its transcriptional activation during de novo Golgi biogenesis.

This study shows that RAB6A/A regulates mammary secretory function by controlling STAT5 activation during lactation, with implications for transport pathways in epithelial tissues.

This study identifies MYO1C as a myosin that stabilizes branched actin at the Golgi apparatus, facilitating transport carrier arrival and preventing Golgi fragmentation.

ProLIF quantitatively measures integrin-protein interactions in proteoliposomes using flow cytometry, enabling analysis of membrane effects on protein recruitment.