Benjamin S. Glick

This study investigates the role of AP-1 clathrin adaptor in recycling trans-Golgi network proteins, showing it maintains these proteins in the Golgi during maturation.

The paper identifies specific Golgi-associated tethers and their roles in distinct membrane recycling pathways in yeast.

The paper identifies a new COPI-dependent intra-Golgi recycling pathway operating between previously known pathways in yeast.

The paper shows that increased neuronal excitation leads to the formation of Golgi satellites in dendrites, which modify surface glycoproteins and impact neurotransmitter receptor function.

This study shows that nicotine exposure and neuronal activity alter Golgi membrane distribution in neurons, affecting local trafficking and potentially contributing to addiction.

The paper describes an improved FKBP mutant that forms aggregates dissolving more readily than the original FKBP(M) mutant when tested in yeast.