|
Primary Faculty
|
 |
| Emile
L. Boulpaep | Membrane channels
and transporters in kidney
|
| Cecilia
Canessa | Molecular mechanisms
of renal function
|
| Michael
Caplan | Ion pumps in polarized
epithelia: Sorting and function
|
| W. Knox
Chandler | Excitation-contraction
coupling in skeletal muscle
|
| Lawrence
B. Cohen | Multi-cell optical monitoring
of action potential activity during simple behaviors
|
| Biff
Forbush | Molecular physiology
of membrane transporters
|
| Gerhard
H. Giebisch | Molecular mechanisms
of renal tubular electrolyte transport
|
| Steven
C. Hebert | Molecular and cellular
mechanisms and regulation of ion transport by epithelial cells
|
| Joseph
F. Hoffman | Molecular mechanisms
of membrane transport in red blood cells
|
| Michael
N. Nitabach |
Genes,
clocks, and neurons: Molecular genetics and systems physiology of animal behavior
|
| Vincent
A. Pieribone | Physiological, structural
and molecular analyses of vertebrate neurotransmission
|
| Fred
J. Sigworth | Functioning of ionic
channels
|
| Clifford
L. Slayman |
Biophysics and molecular
biology of ion movement across membranes
|
| Susumu Tomita |
Revealing molecular mechanisms for synaptic strength regulation
|
Tong
Wang
| Mechanisms and
regulation of electrolyte transport in renal tubules |
| David
Zenisek | Physiology and cell
biology of the presynaptic terminal
|
| Yufeng Zhou |
Revealing the atomic basis of ion transport |