Tissue Engineering

OHSU Leads $9.2 Million Effort for Next-Gen Cancer Models
Research & Development OHSU Leads $9.2 Million Effort for Next-Gen Cancer Models

The traditional landscape of oncological drug development is currently undergoing a massive transformation as Oregon Health & Science University launches an ambitious $9.2 million initiative to redefine the accuracy of preclinical testing. By establishing the Knight Cancer Precision Biofabrication

New Injectable Therapy Reverses Osteoarthritis Damage
Research & Development New Injectable Therapy Reverses Osteoarthritis Damage

The persistent struggle against degenerative joint diseases has reached a critical turning point as medical researchers move away from temporary pain management toward true biological restoration. For decades, the medical community viewed the erosion of cartilage as an inevitable consequence of

Can Tozorakimab Redefine Treatment for Chronic COPD?
Biotech & Bioprocessing Can Tozorakimab Redefine Treatment for Chronic COPD?

Chronic obstructive pulmonary disease has long remained a primary cause of global mortality, yet the therapeutic options available to millions of suffering patients have seen little fundamental change for decades. This persistent challenge took a major turn on March 27, 2026, when AstraZeneca

Kaitlin Fogg Uses Bioengineering to Advance Women's Health
Biotech & Bioprocessing Kaitlin Fogg Uses Bioengineering to Advance Women's Health

For decades, the medical community frequently overlooked the physiological complexities of the female reproductive system, often discarding crucial biological tissues as mere medical waste. This systemic neglect created a profound void in scientific understanding, leaving women’s health issues

UCLA Researchers Identify Genetic Weakness in Aggressive Cancers
Biotech & Bioprocessing UCLA Researchers Identify Genetic Weakness in Aggressive Cancers

The landscape of oncology has long been haunted by small cell neuroendocrine cancers, a group of highly aggressive malignancies that strike the lungs, prostate, and ovaries with devastating speed and a profound resistance to modern medicine. These tumors are notorious for their early metastasis and

Lab-Grown Esophagus Offers New Hope for Pediatric Patients
Research & Development Lab-Grown Esophagus Offers New Hope for Pediatric Patients

The field of pediatric surgery is currently witnessing a paradigm shift, moving away from purely mechanical repairs toward the biological reconstruction of complex organs. For children born with long-gap esophageal atresia, the challenge has always been the physical impossibility of connecting two

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