Application Process
Our graduate students engage in cutting-edge research spanning developmental neurobiology, molecular neuroscience, electrophysiology, protein structure and function, and neuroimmunology. Areas of study include:
- Sensory receptor mechanisms and ionic control of nerve impulses
- Synaptic and neuromuscular transmission
- Ion channel gating, selectivity, and conductance
- Molecular recognition, ligand–receptor interactions, and signal transduction
- Axonal growth, nerve regeneration, and neuronal apoptosis
- Muscle contraction and molecular adhesion
- Gene targeting, cytokine activity, and metabolic regulation in the nervous system
Students receive hands-on training with preeminent scientists, learning to apply quantitative and experimental approaches to questions in molecular and cellular physiology. The program also provides a strong foundation in related biological and systemic physiology disciplines, fostering a comprehensive understanding of human function, from molecule to organism.
Graduates of the program are prepared for careers in academic research, biotechnology, and the pharmaceutical industry, where they contribute to advancing knowledge and developing innovations in human health and disease.
Key Areas of Research
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My favorite part about my program is the attention given to students by all the mentors. There is a collective effort to make everyone as successful as possible. I also enjoy the outdoor activities that Miami has to offer, such as sailing, kayaking, and biking—the water is gorgeous. You can find hidden gems of tropical greenery and nature here.