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Extracellular Vesicles

Illustration of a human facing a humanoid robot, symbolizing the convergence of biotechnology and engineering in tissue regeneration and organ replacement. The image features gears inside the robot's head, digital data elements, and biological motifs, representing themes of artificial tissue, personalized medicine, and the future of regenerative therapies.

The Future of Tissue Engineering: Regeneration vs. Replacement

The future of tissue engineering: stem cells, bioprinting, rejuvenation, and how biotech is transforming regeneration and organ replacement.

April 10, 2025

Biotechnology·Health·Politics·Science·Technology

A chef holds a raw steak shaped like a heart on a wooden cutting board, surrounded by other cuts of meat in a butcher-style setting.

Rejuvenating the Aging Heart with Fat?

Can fat-derived factors reverse heart aging? Scientists say yes—and the implications for aging and longevity are just getting started.

April 7, 2025

Biotechnology·Health·Science

Illustration comparing youth factors and geroprotectors in longevity science. A DNA strand and clock symbolize aging, while a diverse group of people represents different stages of life. The image highlights the choice between slowing aging with geroprotectors or reversing it with youth factors.

Youth Factors vs. Geroprotectors: Know the Right Choice for You

Youth factors and geroprotectors are transforming longevity science—helping to slow aging, reverse decline, and restore youthful function.

March 7, 2025

Biotechnology·Health·Products & Supplements·Science

3D illustration of mitochondria inside neural tissue, highlighting the intricate inner membrane structure (cristae) and electron transport chains. This visualization symbolizes mitochondrial function in energy production and its decline with age, a core topic in the article on how mitochondrial dysfunction contributes to aging and age-related disease.

Longevity Reviewed! How to Optimize Your Aging Mitochondria

May 2, 2025

Mitochondria decline with age, but science shows we can restore

3D molecular illustration of an i-motif DNA structure, showcasing the unique intercalated four-stranded cytosine-rich formation distinct from the canonical double helix in the background. The i-motif, stabilized under acidic conditions, plays a dynamic role in gene regulation and adds complexity to genomic architecture, contributing to the accumulation of DNA damage with age.

New Structures for DNA Damage Discovered: Implications for Aging

April 30, 2025

How DNA damage, repair failure, and mutational buildup silently drive

Futuristic digital interface featuring a magnifying glass over a glowing fingerprint, symbolizing biometric analysis and identity. Surrounding the fingerprint are high-tech visual elements, including DNA strands, molecular structures, human anatomical figures, and data graphs. The image represents the integration of genetics, artificial intelligence, and multi-omics technologies in the search for biological clues to exceptional longevity, aligning with Matter Bio's groundbreaking collaboration to decode the genetic foundations of extended human healthspan.

Can the Secrets of exceptional Longevity be Revealed? Matter Bio and Academia to Find Out

April 25, 2025

Matter Bio launches a historic collaboration to decode the genetics

SRN-901

Seragon’s SRN-901: Breakthrough Aging Intervention Drug Achieves Dramatic Lifespan Extension in Preclinical Study

April 25, 2025

In a May 7, 2024 press release, Seragon Biosciences announced