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Dr. Cargill has been performing research in the area of traumatic brain injury and cell and tissue biomechanics for twelve years. His experience has included investigations of traumatic brain injury at the cell and tissue level; urinary bladder research at the cell tissue and organ level; and research on podiatric surgical techniques.
Robert S. Cargill's 3 research works with 20 citations and 56 reads, including: Injury Biomechanics: Evaluating the Evidence to Determine Causation
Robert Cargill. Abstract. Content. Several studies have sought to investigate the biomechanics associated with “whiplash syndrome” by evaluating head kinematics in simulated low-speed rear-end collisions.
1 cze 2001 · Models of TBI that accurately represent the related cellular biomechanics and pathophysiology are important for the elucidation of cellular tolerances and the development of mechanistically driven intervention strategies.
Robert S. Cargill II, PhD, PE. President at CBE Consultants, Inc. Dr. Cargill is the President and Principal Engineer at CBE Consultants, Inc. As a scientific and technical consultant, Dr. Cargill is a proven problem-solver and synthesizer of diverse information.
Landsman AS, Thibault LE, Meaney DF, Cargill RS. New system to study mechanical deformation and the resultant calcium transients in endothelial cells American Society of Mechanical Engineers, Bioengineering Division (Publication) Bed . 22: 9-12.
Dr. Cargill has also performed original research in the areas of traumatic brain injury and cell and tissue biomechanics. He has experience in cell and tissue culture techniques, research equipment design and construction, computer and physical modeling, and computer programming.
