Biosketch / Results /

John Ross Rizzo

Assistant Professor, Department of Rehabilitation Medicine;Assistant Professor, Department of Neurology
Rehabilitation Medicine
Director Visuomotor Integration Laboratory

Contact Info

Address
240 East 38th Street
New York, NY 10016

17828
JohnRoss.Rizzo@nyumc.org


Effect of blocking tactile information from the fingertips on adaptation and execution of grip forces to friction at the grasping surface
Bilaloglu, Seda; Lu, Ying; Geller, Daniel; Rizzo, John-Ross; Aluru, Viswanath; Gardner, Esther P; Raghavan, Preeti. Effect of blocking tactile information from the fingertips on adaptation and execution of grip forces to friction at the grasping surface. Journal of neurophysiology. 2015 Dec;:?-? jn.00639.2015 (1877612)

Rehabilitation essential in the recovery of multifactorial subacute combined degeneration
Chin, Joseph; Forzani, Brian; Chowdhury, Nayeema; Lombardo, Sergio; Rizzo, John-Ross; Ragucci, Mark. Rehabilitation essential in the recovery of multifactorial subacute combined degeneration [Letter]. Annals of physical & rehabilitation medicine. 2015 Jun;58(3):190-192 (1640222)

Motor planning poststroke: impairment in vector-coded reach plans
Rizzo, John-Ross; Hudson, Todd E; Abdou, Andrew; Rashbaum, Ira G; George, Ajax E; Raghavan, Preeti; Landy, Michael S. Motor planning poststroke: impairment in vector-coded reach plans. Physiological reports. 2015 Dec;3(12):?-? (1876682)

The visual perception of natural motion: abnormal task-related neural activity in DYT1 dystonia
Sako, Wataru; Fujita, Koji; Vo, An; Rucker, Janet C; Rizzo, John-Ross; Niethammer, Martin; Carbon, Maren; Bressman, Susan B; Ulug, Aziz M; Eidelberg, David. The visual perception of natural motion: abnormal task-related neural activity in DYT1 dystonia. Brain. 2015 Sep;:?-? (1789852)

Feasibility of a Cost-Effective, Video Analysis Software-Based Mobility Protocol for Objective Spine Kinematics and Gait Metrics: A Proof of Concept Study
Paul, Justin C; Petrizzo, Anthony; Rizzo, John-Ross; Bianco, Kristina; Maier, Stephen; Errico, Thomas J; Lafage, Virginie. Feasibility of a Cost-Effective, Video Analysis Software-Based Mobility Protocol for Objective Spine Kinematics and Gait Metrics: A Proof of Concept Study. PM&R. 2014 Dec;7(3):336-339 (1419762)