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PubMed · 6928878

Curriculum considerations for correlating basic and clinical sciences.

Abstract

An analysis of the problem of curriculum design for correlating basic and clinical sciences is presented. The analysis identifies six ways a dentist can profit from the basic sciences: (1) increased sensitivity to the environment, (2) improved judgement, (3) better explanations to patients, (4) enhanced ability to learn, (5) improved communication with health professionals, and (6) greater role diversity. Literature is reviewed related to four mental processes underlying functional knowledge: attending, associating with past learning, relation to future situations, and practicing mental applications. Implications are made for the design of dental curricula and instructional techniques based on factors that influence the recall and use of knowledge.

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R S Mackenzie. 1980. Curriculum considerations for correlating basic and clinical sciences.. https://pubmed.ncbi.nlm.nih.gov/6928878/

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The paper considers the question of why subjects are poor at performing two tasks simultaneously if both require attention. It is shown using positron emission tomography (PET) that during new learning of a motor sequence task the prefrontal and anterior cingulate cortex are extensively activated, but that they are no longer activated when a motor sequence has been practiced for an hour until it is automatic. It is also shown that early in motor learning there is interference if subjects are required to generate verbs at the same time, but that the interference is much less if they are required to do this late in motor learning. The prefrontal and anterior cingulate cortex are activated during verb generation. It is therefore suggested that the interference occurs centrally, and that it occurs in either prefrontal or anterior cingulate cortex.

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