Translation gone awry: differences between commonsense and science.

Area of Science:

• Interdisciplinary science
• Health policy
• Translational research

Background:

• A common misconception equates scientific knowledge with organized common sense.
• Translational research involves a bidirectional pathway between laboratory findings and clinical applications.
• Scientific discoveries can inform prevention strategies as well as treatment interventions.

Purpose of the Study:

• To critique the assumption that science is equivalent to common sense.
• To identify and analyze instances where conflating science and common sense led to flawed translation.
• To highlight the importance of rigorous scientific methodology in translational processes.

Main Methods:

• Critical analysis of the distinctions between science and common sense.
• Examination of six empirical examples where translational efforts failed due to equating science with common sense.
• Discussion of the 'unnatural' aspects of science, including specialized tools and models.

Main Results:

• Six case studies illustrate translation failures stemming from the science-common sense equivalence fallacy.
• Examples include misguided claims about early intervention, stress elimination, in-utero smoking effects, marriage incentives, institutional deprivation, and environmental influences.
• The analysis underscores that science often employs non-intuitive methods and requires experimental validation.

Conclusions:

• Science and common sense are fundamentally different, and their conflation leads to errors in translation.
• Effective translation necessitates high-quality scientific evidence and a nuanced understanding of its application.
• Appreciating the complexity of scientific findings and employing multiple evaluation strategies are vital for successful translation.