Research Articles
The Cellular Brake Failure: How a Missing Protein Fuels Liver Cancer
Discover how the loss of p16 protein leads to p27 sequestration by Cyclin D1-CDK4 complexes, driving aggressive liver cancer progression and poor patient prognosis.
Molecular LEGOs: Designing Peptides to Build Scaffolds for Growing Cells
Explore how scientists design tape-forming peptides that self-assemble into gels for tissue regeneration and 3D cell growth matrices.
Creative Cross-Organizational Collaboration: Coming to a Project Near You
Explore how creative cross-organizational collaboration is transforming how we work, innovate, and solve complex problems across industries.
Spain's Stem Cell Revolution: Balancing Scientific Ambition with Ethical Precision
Explore Spain's advancements in human embryonic stem cell research, from regulatory frameworks to groundbreaking experiments and future challenges.
Regenerative Medicine Through the Lens of Material Science
Explore how advanced biomaterials are revolutionizing regenerative medicine, from living hydrogels to 3D bioprinting technologies.
Cracking the Skin's Code: Tracking Down the Body's Master Healers
Discover how flow cytometry helps identify and isolate human epidermal stem cells, the body's master healers responsible for skin regeneration.
The Invisible Architect: How Biomaterials Sculpt the Future of Stem Cells
Explore how biomaterials act as invisible architects directing stem cell fate through physical cues like stiffness, topography, and biochemistry.
Growing New Skin: The Biomaterial Matrix That Revolutionizes Healing
Explore the revolutionary collagen-glycosaminoglycan dermal regeneration matrix technology that's transforming burn treatment and wound healing.
Regenerative Medicine: Stem Cell Therapies for Cartilage and Bone Disorders
Explore how stem cell therapies are revolutionizing treatment for osteoarthritis, avascular necrosis, and non-union fractures through regenerative medicine approaches.
The New Billiards of the Atomic World: How Scientists Are Building with Single Molecules
Explore how surface-aligned reactions are revolutionizing nanofabrication through precise molecular control and atomic-scale engineering.