Modeling human diseases: an education in interactions and interdisciplinary approaches

Area of Science:

• Biomedical Research
• Translational Science
• Drug Discovery

Background:

• Choosing appropriate animal models is critical for accurate human disease research.
• Factors influencing model selection include disease relevance, husbandry, and genetic tractability.
• Historically, researchers often focus on a single model system.

Discussion:

• The zebrafish model, combined with others, offers a powerful platform for studying human diseases.
• An interdisciplinary strategy integrating developmental biology is key for therapeutic discovery.
• Successful translation requires robust infrastructure, genetic tools, and collaborations.

Key Insights:

• Combining diverse animal models enhances understanding of complex human diseases.
• Developmental biology principles can be effectively applied to identify therapeutic targets.
• Interfacing basic science with clinical practice is essential for drug development.

Outlook:

• Future research should emphasize multi-model systems and interdisciplinary collaboration.
• Continued development of genetic tools and infrastructure will facilitate drug discovery.
• Strengthening ties between researchers and clinicians will expedite the translation of findings to patient care.