Does the visual amplification of goal-oriented movements counteract acquired non-use in hemiparetic stroke patients?
The amplification of the movement of the paretic limb in a virtual environment promotes the use of the paretic limb in stroke patients. Our findings indicate that reinforcement-based therapies may be an effective approach for counteracting learned non-use and may modulate motor performance in the real world.
In our diabetic patients, the postprandial level of triglycerides 4h after a fatty breakfast, though not fasting lipids, plus smoking and disease duration were independently associated to clinical and subclinical macrovascular disease.