Henry Hoffman
Wednesday, August 31st, 2016
Last modified on April 27th, 2021
Caregiver AdviceCIMTElectrical StimulationEvaluationEvidence-Based TreatmentMedicareMental ImageryMobilityNeuroplasticityOccupational Therapist InfoPhysical Therapist InfoRehabilitation NursingSaeboReJoyceSaeboStim MicroSpasticityTask-Oriented TrainingTherapist Advice
While everyday objects like clothespins and cups still play crucial roles in most patients’ journeys toward recovery, new technology is constantly changing the rehabilitation game. From video chats with doctors to robotic gloves and interactive video games, stroke recovery and rehabilitation tools have come a long way in the past decade. This new stroke recovery technology is helping link neuroplasticity and learning. A key part in recovery from a stroke.
This new stroke technology gives patients more repetitions, practice time and intensity compared to previous movement trainings. Not to mention this new technology is also more interactive, attention grabbing and really helps motivate the patient. These new technologies are really helping harness the brain’s ability to repair itself in ways that haven’t been seen before.
Saebo
Monday, March 11th, 2013
Last modified on April 2nd, 2019
CIMTEvidence-Based TreatmentTask-Oriented Training
For those working in upper extremity (UE) neurorehabilitation, the acronyms CIMT (constraint induced movement therapy) and mCIMT (modified constraint induced movement therapy) are now very familiar.
CIMT is an intervention approach which involves restraint of the non-involved UE for 90% of waking hours over a two week period, to include weekends, with repetitive training of the involved UE using shaping principles for 6 hours per day on the weekdays (Kunkel, Kopp, Muller, Villringer, Villringer, Taub, & Flor, 1999).
