| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile
|
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
The focus of my research is the human biology of sodium glucose cotransporters (SGLTs). Although it is well known that these membrane proteins are largely responsible for intestinal absorption of sugars from our diet, and the reabsorption of filtered glucose in the kidney, we have found that SGLTs are expressed throughout the body. Our studies extend from the molecular mechanism of coupled sodium and glucose transport, to SGLTs as targets for the treatment of diabetes and cancer.
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty
profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |
| lab website | faculty profile |