Anti-aging research

Recent research into counteracting taurine deficiency has shown promising results in improving lifespan and healthspan in several species.

GV1001 shows potential in treating Alzheimer’s disease and aging by targeting the processes associated with neurodegeneration.

Recent scientific advancements have leveraged CRISPR/Cas9 technology to study telomeres — key components of our chromosomes involved in aging

Recent scientific advancements suggest that targeting the immune system may significantly impact the aging process.

Research into Immunoglobulin G (IgG) N-glycans offers new insights into the accelerated aging in people living with HIV.

This research has uncovered nonlinear patterns of DNA methylation in aging mice, which divides their lifespan into distinct biological stages

The inhibition of NAT10 presents a compelling new avenue for research into extending and improving healthspan

This study demonstrates the first chemical approach to reprogram cells to a younger state, and thereby achieve reverse cellular aging