|
Secondary Faculty
|
 |
| Peter
S. Aronson |
|
Molecular mechanisms of ion transport in the kidney
|
|
| Henry
Binder |
|
Regulation
of colonic Na transport in apical and basolateral membranes
|
|
Angelique
Bordey
|
|
Glial cell
function on postnatal neurogenesis
|
|
| Thomas
Brown |
|
Synaptic transmission,
neuronal plasticity and mechanisms of memory
|
|
Lloyd
G. Cantley
|
|
Epithelial
morphogenesis |
|
| Marie
Egan |
|
Regulation of
ion transport across the airway epithelia
|
|
| Barbara
Ehrlich |
|
Mechanisms
of intracellular calcium release
|
|
| John
P. Geibel |
|
Optical
monitoring of ion transport mechanisms in epithelia
|
|
| Leonard
K. Kaczmarek |
|
Long-lasting
changes in neural activity
|
|
Gero Miesenboeck |
|
How excitable cells are arranged into functional circuits and how the operation of these circuits informs behavior
|
|
Patricia Priesig |
|
Acid-activated signaling pathway that mediates the physiological response of the renal proximal tubule to the kidney's need to excrete acid |
|
George B. Richerson |
|
Role of serotonergic raphe neurons in pH homeostasis; Nonvesicular GABA release via reversal of the GABA transporter
|
|
W. Mark Saltzman
|
|
CNS drug delivery and tissue engineering
|
|
| Joseph Santos-Sacchi |
|
|
|
Gerald
I. Shulman |
|
Intermediary
metabolism in humans
|
|
Carolyn
W. Slayman
|
|
Molecular
genetics of cation transporters
|
|
Lawrence Young |
|
Cellular and molecular mechanisms of metabolic adaptation to myocardial ischemia |
|
Fred
S. Wright |
|
Ion tranport
in single renal tubules
|
|