6/17/2025
Our goal is to understand how the brain integrates sensory feedback to control specific autonomic responses that restore physiologic balance. We are also interested in the cross-talk between cardiorespiratory physiology…
6/17/2025
Signaling between cells in the brain relies on electrical and chemical transmission. Ion channels traverse brain cell membranes to serve as conduits for the flow of ionic current, which creates…
6/17/2025
Our lab aims to understand how the brain generates complex electrical signals, and how these signals are used to process information. A major extension of this aim is to understand…
6/17/2025
Infection in the juvenile stage disrupts growth and metabolism, often with long-lasting effects. In young children and in fruit fly larvae, infections disrupt production of homologous hormones: insulin-like growth factor…
6/17/2025
Cilia are evolutionary conserved subcellular organelles essential for various cellular functions including homeostasis, sensing external stimuli and mechanosensation. Dysfunctional cilia are implicated in a number of chronic disabling conditions in…
6/17/2025
6/17/2025
*Our perspective*: It is generally known that electrical signals lie at the very core of our beating hearts and thinking brains. It may however surprise you to know that the…
6/17/2025
Research Interests include the development of new therapeutics for immunoinflammatory or allergic diseases, the development of new enabling medicinal chemistry technologies including high throughput experimentation and parallel synthesis and closed…
6/17/2025
Our lab is interested in the molecular and cellular basis of human disease, with a focus on aberrant signal transduction of protein kinases in ciliopathies, a class of human diseases…
