Sessions/Tracks

Explore the latest breakthroughs in pluripotent stem cell research, including their potential for disease modeling, drug testing, and regenerative therapies.

Focus on cutting-edge reprogramming technologies and genetic engineering tools such as CRISPR-Cas systems to enhance stem cell applications in medicine.

Examine the therapeutic promise of mesenchymal stem cells (MSCs) in tissue repair, immune modulation, and clinical trials addressing multiple disorders.

Discover how bioprinting and advanced biomaterials are shaping the next generation of tissue-engineered constructs for clinical use.

This session will revisit the core principles of stem cell biology, covering self-renewal, differentiation, and developmental pathways, while setting the foundation for advanced applications.

Delve into how stem cells are being harnessed in cancer research, including tumor modeling, drug screening, and immunotherapeutic innovations.

Understand how miniaturized, organ-like structures derived from stem cells are revolutionizing disease modeling and personalized medicine.

A discussion on the ethical dilemmas, international guidelines, and regulatory frameworks that shape stem cell research and its clinical applications.

Learn about the latest techniques in scalable stem cell production, GMP standards, and commercialization for therapeutic development.

Examine how gene editing, combined with stem cells, is driving precision medicine to correct genetic disorders and develop targeted therapies.

Hear from entrepreneurs and industry leaders on how innovative research transitions into viable start-ups, funding opportunities, and global market expansion.