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Advances in objective assessment of hand function and outcome assessment of the musician's hand.

Doctors have made great strides in the past 20 years in the analysis of musicians' medical problems; we realize they suffer the same medical conditions as the general population but the manifestations may be different and hence the diagnosis more difficult; we realize that many of the conditions glibly attributed to overuse and repetition are no more common in this group than the general public engaged in much less repetitive activity; we realize that many of musicians' symptoms may not represent inflammation or injury but are a manifestation of misuse or mismatch to the instrument and of fatigue; we realize many of these symptoms may be related to technical problems alone; we realize that as a group musicians respond well to appropriate care and that surgery does not inevitably end a musician's career. To diagnose and treat this group properly requires a complete and full analysis of the musician, the interface, and the instrument from the outset. Anything less produces an incorrect or incomplete analysis and the poor results that have bedeviled musicians' medical care to date. Such analysis requires a basic understanding of musicians' problems, detailed knowledge of many of the specific syndromes they suffer, and time for a complete and thorough assessment. It is this lack of time and the lack of facilities to examine the musician while playing that currently causes the greatest number of mistakes in the medical care of this unique and demanding group of individuals.

Disability Evaluation↗

Hand motor recovery after stroke: tuning the orchestra to improve hand motor function.

The motor deficits after stroke are not only the manifestation of the injured brain region, but rather the expression of the ability of the rest of the brain to maintain function. After a lesion in the primary motor cortex, parallel motor circuits might be activated to generate some alternative input to the spinal motoneurons. These parallel circuits may originate from areas such as the contralateral, undamaged primary motor area, bilateral premotor areas, bilateral supplementary motor areas, bilateral somatosensory areas, cerebellum, and basal ganglia. Most importantly, the efferent, cortico-spinal output pathways must be preserved for a desired behavioral result. Most of the recovery of function after a stroke may represent actual relearning of the skills with the injured brain. The main neural mechanisms underlying this relearning process after stroke involve shifts of distributed contributions across a specific neural network (fundamentally the network engaged in skill learning in the healthy). If these notions are indeed correct, then neuromodulatory approaches, such as transcranial magnetic stimulation, targeting these parallel circuits might be useful to limit injury and promote recovery after a stroke. This paper reviews the stroke characteristics that can predict a good recovery and compensations across brain areas that can be implemented after a stroke to accelerate motor function recovery.

Brain Damage, Chronic↗