Given the complexity of the medical problems facing<unk>  patients, as they are usually suffering from a multitude of other problems, it is difficult to ascertain the impact that it has on their ability to function independently. Deficits due to Parkinson's or Alzheimer's disease could very well be sufficient to mask or make irrelevant difficulties arising from the<unk> . Some studies have shown<unk>  to independently diminish the patient's ability to function on their own. The general consensus seems to be that<unk>  does have a negative impact on independence in that it can reduce an individual's ability to manipulate objects, as well as diminishing the capacity for mechanical problem solving, owing to the inability to access information about how familiar parts of the unfamiliar system function. A small subset of patients has been known to spontaneously recover from<unk> ; this is rare, however. One possible hope is the phenomenon of hemispheric shift, where functions normally performed by one hemisphere can shift to the other in the event that the first is damaged. This seems to necessitate, however, that some portion of the function is associated with the other hemisphere to begin with. There is dispute over whether the right hemisphere of the cortex is involved at all in the praxis system, as some evidence from patients with severed corpus callosums indicates it may not be. Although there is little that can be done to substantially reverse the effects of<unk> , Occupational Therapy can be effective in helping patients regain some functional control. Sharing the same approach in treating ideational<unk> , this is achieved by breaking a daily task (e.g. combing hair) into separate components and teaching each distinct component individually. With ample repetition, proficiency in these movements can be acquired and should eventually be combined to create a single pattern of movement.
Ideomotor apraxia
Visuospatial dysgnosia
Misophonia
Copropraxia
Metamorphopsia
Hypophonia
Finger agnosia
Bruns apraxia