NMDA receptors mediate prominent supralinear summation of clustered excitatory inputs to the dendrites of neurogliaform and oriens-lacunosum moleculare interneurons of the hippocampus, showing that these cells perform sub-cellular computations.

It is of significance in identifying temperature sensitive brain regions in brain energy metabolism, as which might provide potential targetable sites in the treatment of brain lipid metabolism-associated neurological disorders.

The opposing dopamine receptors Dop1R1 and Dop2R are both enriched around the pre- and postsynaptic sites of different types of neurons, including dopaminergic neurons, in the fly brain.

An in vivo electrophysiology approach identifies an incretin-like effect in Drosophila insulin-producing cells, highlighting key circuit dynamics which govern glucose homeostasis via conserved mechanisms.

A thermal stability-based proteomic analysis identifies cytoplasmic PEBP1 as a mediator of mitochondrial dysfunction-induced stress response, highlighting its potential role in cellular adaptation mechanisms.

Progesterone mediates nongenomic signaling in Xenopus oocyte meiosis by activating a PLA2 activity that requires two membrane receptors ABDH2 and mPRß.