Donald Gordon Welsh

This study shows that Cx40 deficiency changes the timing of oxygen recovery after seizures without affecting seizure duration.

This study identifies a pressure-sensitive regulatory mechanism of L-type Ca2+ channels that influences cerebral blood flow control and cognitive function.

This study investigates how constrictor agonists elicit functionally biased responses in mouse resistance arteries, showing that responses depend on agonist type, concentration, and application method.

This study investigates the role of CaV3.1 T-type Ca2+ channels in myogenic tone and calcium wave generation in mouse mesenteric arteries, finding reduced tone and calcium waves in their absence.

The paper shows that intercellular electrical signaling through gap junctions coordinates vascular responses to maintain blood flow during cerebrovascular challenges.

The paper investigates how membrane lipids modulate KIR channels in cerebral arteries to sense hemodynamic stimuli and regulate brain perfusion.