PURPOSE: Our aim was to study whether homonymous @entity227 could be restored in @entity64 @entity1 (N = 5) using computer-assisted training, and whether the possible beneficial effect could be maintained. Visual evoked potential (VEP) recordings were applied to evaluate whether they could demonstrate the possible training effects at the cortical level. METHODS: We applied a specially designed computer program in the training. Subjective assessment, static and kinetic perimetry, and pattern reversal hemifield VEP recordings were used to detect the possible changes. RESULTS: Two @entity1 showed improvements immediately after the training in static perimetry. Further improvements were detected at a later follow-up in three @entity1 . With kinetic perimetry, improvements were detected in three @entity1 . The @entity227 was detected with VEP recordings in four @entity1 before the training, and improvements could be verified with the method in three @entity1 , two of which clearly improved in the static perimetry as well. CONCLUSIONS: In three @entity1 , the @entity227 diminished with the computer-assisted method. It seems evident that @entity227 resulting from @entity64 can be partially restored even in the chronic phase.

Rehabilitation of chronic XXXX with computer-assisted training: a clinical and neurophysiological study.

@entity1 :: ('9606', 'Species') :: ['patients'] @entity227 :: ('MESH:D014786', 'Disease') :: ['visual field defect', 'visual field defects', 'visual defect'] @entity64 :: ('MESH:D020521', 'Disease') :: ['stroke', 'chronic stroke']
@entity227 :: (MESH:D014786,Disease) :: ['post-stroke visual field defect']
