PubMed · 1050597
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E M Peregudova. 1976. [Hallucinations].. https://pubmed.ncbi.nlm.nih.gov/1050597/
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OBJECTIVES: The Model of Functional Deficits associated with hallucinations is used as part of the clinical documentation in the San Jose State University Psychosocial Occupational Therapy Clinic. On the basis of this model, hallucinations are classified according to functional deficits and whether the deficits are a result of the content or intrusiveness of the hallucinations. This classification is important because it helps occupational therapists know the full extent of the dysfunction through understanding the underlying pathology. The purpose of this classification is to assist in the development of clinical treatment plans that incorporate techniques for coping with hallucinations. METHOD: The sample included 39 clients seen in the clinic over a 4-year period. Student occupational therapists were responsible for documenting the classifications using the Model of Functional Deficits associated with hallucinations. The clients' charts were then reviewed retrospectively to classify the hallucinations according to the clients' functional deficits. The classification system ranged from Class 0, insufficient information, to Class VI, persistent hallucinations with profound functional deficits. With these classifications, interventions were planned with the clients in order for them to practice coping mechanisms (e.g., self-instruction, decreased stimulation, increased stimulation) to maintain function during their hallucinations. RESULTS: The findings indicated that 54% of the clients continued to experience hallucinations (i.e., Class II-Class V), although all received psychotropic medication, thus necessitating continuing therapeutic intervention. CONCLUSION: This model helps identify specific client experiences that can then be used to develop occupational therapy interventions.
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An outline is provided of the development of methodological strategies to address the question of focal cerebral activation during hallucinations in schizophrenic patients. In so doing, the innovation and diligence required to tailor in vivo tracer procedures to specific clinical research issues are highlighted. Attention is drawn to the complexity of methodological advances and the way in which they are based upon close scientific and technical collaboration between clinical scientists, and non-clinical scientists and research support staff.