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News for Healthier Living
Support-Bath Bioprinting Creates Functional 3D Human Fat Cell Models
A research team has developed a support-bath bioprinting method that enables fragile, mature human adipocytes to be incorporated into geometrically defined three-dimensional (3D) constructs while retaining their viability, characteristic lipid-filled morphology, and metabolic activity. By combining an agarose support bath with a low-concentration gellan gum bioink, the researchers achieved substantially greater structural stability and printing accuracy than conventional free extrusion. The accessible workflow could support the development of more physiologically relevant adipose tissue models for studying obesity and metabolic disorders, conducting preliminary drug and cosmetic testing, and advancing soft-tissue engineering.
October 14, 2026
October 14 2026October 13 2026October 12 2026 - Targeted Radioactive Therapy May Help Delay Spread of Recurrent Prostate Cancer, UCLA Study Suggests
- New Clinical Trial Combines Histotripsy with Immunotherapy to Treat Intrahepatic Bile Duct Cancer
- Smoking History of Living Kidney Donors Linked to Higher Transplant Complications
- Cedars-Sinai Cancer 'Smart Bomb' to Get Development Boost
- Briefing: Policy Changes Needed to Ensure the Ethical and Effective Use of Healthcare AI
- Johns Hopkins Medicine Researchers Identify Promising Biological Marker Linked to Treatment-Resistant Psychosis
- What Do Data Centers Have in Common with Oil and Gas?
- Benzodiazepine Use in First Trimester Not Associated with Higher Risk for Major Birth Defects
- Medicare Drug Price Negotiation Program could save patients up to $700 per year
- Oral Semaglutide for Obesity Management Saw Rapid Early Uptake After FDA Approval
- Experts Debate Cervical Cancer Screening Strategies for a Healthy 26-Year-Old Woman
- One Small Incision, Four Procedures: New Robotic Approach Combines Breast Cancer Treatment, Reconstruction, Biopsy, and Nerve Preservation in One Surgery
- Coffee Isn't a Cure: Survey Data Highlight Risks of Drowsy Driving
- Psilocybin Providers Follow Safety Guidelines, Study Finds
- New Policy Could Save More Lives by Prioritizing Heart Transplant Candidates Based on Medical Urgency, Not Treatment Choices
- Raymond Douglas, MD, PhD, Unveils Research on Six-Week Teprotumumab Dosing to Help Protect Hearing
- Protein Puts Brakes on Intestinal Inflammation, UTSW Study Finds
- Study Examines Long-term Mental Health and Alcohol Use Trajectories following Disasters
- Novel Study Explores How Different Types of Genetic Risk Impact the Manifestation of Alcohol Use Disorder
- Changes in Marital Status May Heighten Vulnerability for Alcohol-Related Problems
- Choline Supplementation in Young Children with Fetal Alcohol Spectrum Disorder Has Durable Developmental Benefits, with Gains Evident Five Years Later, Study Suggests
- Living With Ringing in Your Ears? Updated Guideline Supports a Personalized, Evidence-Based Approach to Tinnitus
- DNA Changes in Alzheimer's Disease: Expert Explains What They Mean to Patients, Families
- Alternative Signaling Pathway Improves Transplantation of Blood Stem Cells
- Type 2 Diabetes Can Progress Faster in Kids, but the Warning Signs May Be Easy to Miss
- Multitarget Compound Strengthens Tomato Defenses Against TYLCV
- KCC2 Modulation Improves Neuromuscular Function in Dystrophic Mice
- PPPL Data, Simulation Codes and Compute Power Will Be Used in Phase Ii Genesis Mission Project to Build Digital Twin of Fusion Energy System
October 11 2026October 10 2026October 9 2026October 8 2026October 7 2026 - Electrical Ablation Boosts CAR-NK Cell Therapy Against Liver Cancer
- Media Update: Australian Cancer Research Returns From Space
- For-Profit Hospitals Linked to Worse Patient Outcomes and Nurse Staffing Shortfalls, New Penn Nursing Study Finds
- Sylvester Cancer Tip Sheet for Sept. and Oct., 2026
- New Study: Brain Surgery in First 8 Years Can Protect Memory in Certain Parkinson's Patients
- An Extremely Old Giant Tortoise Named Jonathan May Hold the Secret to a Long, Healthy Life: Study
- Ohio State Spine Surgery Uses Smaller Incisions to Help Patients Recover Faster
- At 90, Art Ulene, MD, Is Still Climbing Toward His Peak
- What Happens When a Key Cancer Defense Fails?
- She Scours Genes to Find What's Behind a Rare Eye Cancer
- Ohio State Offers New Implant for Painful Thumb Arthritis
- ACG 2026: Cedars-Sinai Experts Share Digestive Disease Advances
- Making WAVEs: How UWF Is Shaping the Future of Maritime Engineering
- Johns Hopkins Medicine Researchers Publish Clinical Data for Rapid Diagnostic Urine Test to Detect Invasive Aspergillosis
- Could Your Epilepsy Medication Affect Your Birth Control?
- Greater physical activity associated with slower progression in Parkinson's
- Tip Sheet: A New Assay for Ovarian and Breast Cancers, RSV Treatment Effectiveness -- and the Impact of Genetic Testing for Hereditary Cancers
- Statins May Protect People from Developing Glaucoma
- Key Driver of Aggressive Prostate Cancer Identified, Suggesting New Way to Reverse Drug Resistance
- New Emergency Department Screening Helps UK HealthCare Identify Sepsis Sooner
- Early Warning Signs of Chronic Pelvic Pain May Appear in Adolescence, McMaster Study Finds
- 'Fall Back' Should Be the Last Clock Change, Sleep Experts Tell Lawmakers
- Quantum Study Offers New Insights Into Lithium's Effects in the Brain
- Scientists Identify Gene Signatures in Children with Severe COVID-19 Infection
- Fewer Unnecessary Tasks - Still Exhausted?
- Phthalates affected several cell types in the ovary
- MimiVax and Roswell Park Announce Results from Phase 2b SURVIVE Trial of SurVaxM in Newly Diagnosed Glioblastoma
- Developing Novel Cancer Therapy That Disrupts Communication Between Cancer Cells and Cancer-associated fibroblasts
- SKKU Research Team Recreates Viral Transmission and Herd Immunity on a Chip
- SKKU Identifies New Antibiotic Resistance Mechanism in Superbug Pseudomonas aeruginosa
- Obesity-Related Inflammation Driven by Fat Cells, Iron, and Free Radicals
October 6 2026October 5 2026October 2 2026October 1 2026September 30 2026
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