Research Interests: Biomechanics, Biomaterials, Medical Device product development, design, and manufacturing. Computational modeling of cardiovascular and related diseases for improved device designs and clinical intervention strategies.

Research Interests: Cardiovascular disease and mechanobiology, Cell-cell and cell-matrix interactions, Tissue engineering, Molecular imaging
Research Advancements: Joshua Hutcheson studies cardiovascular disease mechanisms.
Research Area: Engineered Tissue Model Systems
Lab: Cardiovascular Matrix Remodeling Laboratory

Research Interests: Biophotonics, Ultrasound, and Medical Instrumentation
Research Advancements: Wei-Chiang Lin develops smart intraoperative guidance systems for surgery.
Research Area: Diagnostic Bioimaging Sensor Systems
Lab: Biomedical Engineering Creative Lab: W[CL]2

Research Interests: Biobased and bioinspired material design, Tissue biomechanics (bone tumor, vascular tissue in plant, cardiovascular tissue), Nano-mechanical characterization Biomedical devices for precision agriculture and healthcare
Research Advancements: Anamika Prasad examines structure-function outcomes in human and plant tissue, with an application focus on disease detection, treatment, and biomedical device development.
Research Area: Nanoindentation, Spectroscopic analysis (Raman and FTIR), Imaging (SEM, Laser microscopy), Solid mechanics (FEM), 3D manufacturing (electrospinning and 3D printing).
Lab: EC3140

Research Interests: Cell and tissue mechanics with application in cardiovascular regenerative medicine
Research Advancements: Biomechanically-derived diagnostics and regenerative therapies for cardiovascular medicine.
Research Area: Engineered Tissue Model Systems
Lab: CV-PEUTICS - Cardiovascular Therapeutics Laboratory
Acknowledgement: Affiliated Faculty Member, NSF CELL-MET ERC Project (EEC-1647837)

 

Research Interests: Biophysical Foundations of Neuroimaging in Normal Aging and Brain Disorders
Research Advancements: Jorge Riera is making strides in treating multiple brain disorders.
Research Area: Therapeutic and Reparative Neurotechnology
Lab: Neuronal Mass Dynamics Laboratory

Research Interests: Mechanisms of seizure generation, propagation, generalization and termination, Excitotoxic and metabolic abnormalities in the brain as a cause and/or consequence of seizures, Cellular and molecular processes involved in the neurobiology of sleep in health and disease and Calcium signaling in neurons and astrocytes in the context of excitatory and inhibitory transmission
Research Advancements: Oleksii Shandra has characterized a mouse model of post-traumatic epilepsy after repeated diffuse traumatic brain injury and a technique for live brain multi-photon imaging and single-cell laser stimulation to study astrocyte calcium signaling before and after brain injury. Dr. Shandra examines electrophysiological and imaging biomarkers of epileptogenesis and pathophysiological mechanisms of the astrocyte-neuron networks.
Research Area: Arrays and silicone probes, Live brain multi-photon microscopy, Preclinical models of traumatic brain injury, sleep deprivation and acquired epilepsy, Use of transgenic mice and adeno-associated viruses, Immunohistochemical assays and confocal microscopy, MATLAB-based algorithms for spike and seizure detection and power spectrum analysis, Drug screening, Deep brain stimulation, Transcranial magnetic brain stimulation
Lab: AHC 4, #507