Engineering Magnetic Nanomaterials for Modulation of Cellular Physiology

Negligible interactions with biological matter and versatility of magnetic fields, make then uniquely suited for signal delivery into the organ systems. In my talk, I will discuss how magnetic properties of materials can be engineered to transduce magnetic fields into a diversity of physical stimuli capable of altering neuronal signaling. By focusing on magnetic performance, the gamut of magnetic nanomaterials can be expanded allowing for finer control of cellular functions. By coupling nanomaterials with biological machinery, we can achieve targeting of specific cellular signals in genetically and anatomically defined populations.