Research Articles
Building a New You: The Science of Growing Bones from Scratch
Discover how cutting-edge bioscaffolds are revolutionizing medicine and helping the body heal itself through bone regeneration.
The Cosmic Code: Decoding Biology's Secrets on the Space Station
How scientists are using the ISS's unique laboratory to read life's instruction manual in microgravity.
The Scleroderma Puzzle: Why One Treatment Doesn't Fit All
Exploring why personalized approaches are crucial in systemic sclerosis clinical trials and how research is moving beyond one-size-fits-all treatments.
The Body's Hidden Repair Kits: Why Your Gum Cells Might Be a Medical Superstar
Exploring the unique healing abilities of periodontal ligament stem cells (PDLSCs) and their potential to outperform other mesenchymal stem cells in regenerative medicine.
The Developmental Diorama: Building a Body, One Cell at a Time
How scientists use a simple embryo to unlock the secrets of life's blueprint through developmental dioramas.
Unraveling Nature's Blueprint: How Process Mining Reveals the Hidden Logic of Worm Development
Discover how process mining techniques are revolutionizing our understanding of C. elegans development, revealing nature's intricate biological workflows.
The Heart Healers: A Breakthrough Stem Cell Therapy with an Unexpected Twist
Discover how gene-edited 3D heart spheroids are repairing damaged hearts and the surprising rhythm challenge scientists uncovered.
The Deep Sea Gold Rush: How Patents Could Save Our Ocean's Treasures
Exploring how intellectual property and patents can ensure fair benefit-sharing of marine genetic resources from the high seas.
The Oxygen Switch: How a Simple Molecule Guides the First Life-Support Decisions
Discover how oxygen levels direct stem cell fate in early embryonic development, guiding placenta formation through stress pathways and mitochondrial function.
The Green Glow of Life: How Hair Follicle Cells Could Revolutionize Medicine
Exploring how GFP-tagged dermal papilla cells contribute to chimeric embryos and survive in uterine environments, unlocking regenerative medicine potential.