Richard Bertram

Richard Bertram is a Professor in the Department of Mathematics at Florida State University. His research focuses on mathematical neuroscience, mathematical physiology, and dynamical systems, applying mathematical models to investigate complex biological processes such as neural coding, hormonal regulation, and cellular oscillations. He is affiliated with the university’s Department of Mathematics and maintains a research website. His work bridges applied mathematics with experimental biology, particularly in studying pancreatic islets, pituitary cells, and avian neural networks.

His research interests span three core areas:

• Mathematical Neuroscience: Analyzing neural coding strategies and network dynamics, including studies on birdsong and chemosensory systems in mice.
• Mathematical Physiology: Modeling metabolic and electrical oscillations in pancreatic β-cells and pituitary cells, with emphasis on mechanisms like glycolytic oscillations and hormone secretion.
• Dynamical Systems: Investigating bursting phenomena, canards, and multi-timescale oscillations in biological systems, using computational tools to explore nonlinear dynamics.

Recent articles emphasize interdisciplinary approaches, such as linking pancreatic islet adaptations to hyperglycemia with mathematical models, and decoding sensory signals in active licking mice. His work frequently addresses how cellular networks coordinate rhythmic activity through feedback mechanisms and genetic mutations.

Richard Bertram has not listed any scientific awards or honors in the provided information. His research narrative highlights contributions to understanding cellular and neural dynamics without explicit mention of grants or advisees, though his publications suggest collaborative projects. He explores systems like the olfactory bulb, gustatory cortex, and pituitary cell networks, emphasizing the symbiosis between electrical and metabolic processes in cells.