Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
1.634 artigos
A newly identified gene family actively regulates aging in fruit flies, challenging the idea that temperature-driven longevity is purely thermodynamic.
A landmark single-cell study reveals how gene expression and somatic mutations shift across every major brain cell type from birth to centenarian age.
Echinacoside restores spindle integrity, cuts oxidative stress, and boosts mitochondrial function in aging oocytes through the GJA1/SIRT1 pathway.
Blocking CD38 with compound 78c replenishes NAD+, slashes inflammatory cytokines, and reduces oxidative stress in old macrophages infected with oral pathogens.
Vá além do básico para explorar os mecanismos celulares e moleculares que impulsionam a involução tímica — e as estratégias de ponta que os pesquisadores estão usando para revertê-la.
XPRIZE Healthspan pits 10 teams against each other to restore muscle, cognition, and immunity in older adults by 2030.
Harvard Health Publishing releases 'Pathways to Longevity,' introducing aging science, hallmarks, and emerging therapies to general readers.
A new joint venture completes a key manufacturing step for a cell therapy designed to restore α-Klotho, a protein linked to aging and disease.
A new AI health modeling company pairs vast multi-omic datasets with Insilico Medicine's deep learning to accelerate longevity research.
New Nature studies reveal the thymus remains a critical organ in adult health, predicting mortality, cardiovascular, and cancer outcomes.
A multi-omics AI model redefines biological age measurement, outperforming conventional aging clocks in predicting cancer, heart disease, and bone loss.
Leading longevity scientists gathered at the GIMM Festival to debate the field's most pressing unanswered questions and future directions.
