Basic science knowledge underlies clinical science knowledge and clinical problem solving: evidence from veterinary...

Area of Science:

• Veterinary Medical Education
• Medical Sciences Education
• Cognitive Science in Learning

Background:

• Medical education theory posits basic science knowledge (BSK) as foundational for clinical learning.
• Existing research suggests a positive correlation between BSK achievement and clinical science achievement.
• Encapsulated knowledge, a blend of basic science and clinical experience, is theorized for effective clinical problem-solving.

Purpose of the Study:

• To investigate the relationship between BSK, clinical science knowledge (CSK), and clinical problem-solving ability in veterinary students.
• To analyze how BSK and CSK influence the development of clinical problem-solving skills over time.
• To determine the impact of explicit basic science instruction on long-term clinical competence.

Main Methods:

• Utilized data from four veterinary colleges, employing both institutional and standardized measures.
• Assessed basic science knowledge (BSK), clinical science knowledge (CSK), and clinical problem-solving ability.
• Employed structural equation modeling and confirmatory factor analysis to model relationships between variables.

Main Results:

• Significant correlations were found among BSK, CSK, and clinical problem-solving ability.
• Newly acquired BSK directly predicted retained BSK and newly acquired CSK.
• BSK and retained BSK significantly and positively predicted clinical problem-solving ability, mediated by CSK.

Conclusions:

• Findings suggest a gradual, integrated development of knowledge schema (encapsulated knowledge) rather than isolated learning.
• Explicitly teaching basic science knowledge has a durable, positive impact on clinical knowledge and problem-solving skills, irrespective of curriculum.
• Student performance metrics in basic and clinical sciences can predict academic and licensing exam success in veterinary education.