Page 15 of 16 — 378 published developments, newest first.
A new machine learning-based model has identified 11 key genes that integrate cellular senescence and copper-dependent cell death pathways, offering novel diagnostic biomarkers and therapeutic targets for immune-metabolic dysregulation in sepsis.
Read analysisA newly proposed biological model links corticotropin-releasing factor (CRF) signaling directly to mitochondrial fragmentation and chronic neuroinflammation, providing a theoretical framework for how chronic stress accelerates cellular senescence in the aging brain.
Read analysisResearch indicates that haploidentical hematopoietic stem cell transplantation accelerates donor T-cell senescence via host microenvironment-induced epigenetic aging, telomere disruption, and SASP remodeling.
Read analysisA scoping review in Frontiers in Medicine indicates a conceptual overlap between obstructive sleep apnea, frailty, and sarcopenia, though direct evidence does not yet confirm a unified three-way clinical entity in head and neck cancer.
Read analysisA pilot trial in 34 adults with metabolic syndrome demonstrated that integrating epigenetic biological age assessments into dietary studies is highly feasible and strongly engages participants, despite no statistically significant epigenetic changes observed over the short 4-week duration.
Read analysisA newly proposed mathematical model maps Ayurvedic constitutional phenotypes to cytokine single nucleotide polymorphisms to establish a Genetic Inflammatory Index that predicts susceptibility to inflammaging and epigenetic age acceleration.
Read analysisA peer-reviewed paper in Ageing Research Reviews identifies the complosome as a crucial regulator of cellular senescence, highlighting its potential as a novel therapeutic target for age-related diseases.
Read analysisIn vitro research demonstrates that saffron-derived Crocin I delays cellular senescence by modulating the SIRT1/PKM2 axis, highlighting metabolic and lactate homeostasis as promising targets for therapeutic rejuvenation.
Read analysisA newly published study has identified the protein TTYH3 as a regulator of lysosomal chloride conductance, establishing its role in controlling lysosomal fusion, autophagy, and cellular senescence.
Read analysisA study published in Cell Reports reports that peripheral STING-dependent inflammaging drives neurodegeneration via extracellular vesicles, identifying a novel systemic-to-central mechanism for age-related cognitive decline.
Read analysisA genetic association study reported that specific variants and genotype combinations in the core cellular senescence regulators CDKN1A and CDKN2A are associated with susceptibility to recurrent pregnancy loss.
Read analysisA peer-reviewed publication in Cardiovascular Drugs and Therapy links metabolic stress in the diabetic heart to cellular senescence and mitochondrial dysfunction, advocating for senolytics and metabolic modulators as potential therapeutic strategies.
Read analysisA peer-reviewed study in Frontiers in Genetics establishes microRNAs as critical epigenetic regulators of longevity networks and highlights their potential as clinical biomarkers and therapeutic targets for biological aging.
Read analysisAn analysis of 12,090 working-age U.S. adults indicates that occupational strain and evening/night shift work are statistically associated with accelerated phenotypic aging, as measured by PhenoAge residuals.
Read analysisA scientific review published in Immunogenetics examines how inherited genetic variations in cytokine pathways and immune signaling cascades drive immunosenescence, providing a molecular basis for targeted therapies to counter age-related immune decline.
Read analysisA study in Biogerontology reports that the angiogenic factor AGGF1 mitigates endothelial cellular senescence and preserves mitochondrial morphology through a newly identified TGFB3-TAK1-AMPK signaling module, offering a potential molecular target for vascular aging.
Read analysisA peer-reviewed publication in Ageing Research Reviews investigates whether amyloid beta peptide acts as a driver of chronic age-associated inflammation, potentially expanding the biological understanding of the peptide beyond localized brain pathology.
Read analysisThe newly developed NephroAge metric quantifies the non-linear biological aging toll of hemodialysis, demonstrating that younger patients experience a significantly higher rate of accelerated aging per year on dialysis than older cohorts.
Read analysisA systematic review of 221 studies published between 2020 and 2026 shows that 73% of inflammaging aptasensor research targets just five common biomarkers, exposing a significant gap in diagnostic tools for monitoring broader age-associated inflammatory states.
Read analysisResearchers developed a deep learning model to extract spatiotemporal brain aging features from structural MRIs, showing that these deep-learning-derived anatomical changes parallel the progression of tau and amyloid-beta pathology even in cognitively normal individuals.
Read analysisA longitudinal study of the Dutch Lifelines cohort demonstrates that both baseline biological age acceleration and its annual rate of change, measured via clinical biomarkers, are robust predictors of all-cause mortality.
Read analysisA cross-sectional study of 1,099 participants in the INSPIRE-T cohort reports that ideal cardiovascular health is strongly associated with decelerated epigenetic aging—particularly in younger individuals and men—while accelerated GrimAge biological aging correlates with heightened cardiovascular risk.
Read analysisResearchers demonstrated that inflammaging-associated mitochondrial degeneration occurs in brainstem motor neurons prior to tongue muscle sarcopenia, suggesting a neurogenic origin for age-related aerodigestive dysfunction.
Read analysisA newly published perspective in Nature Aging positions spaceflight as an expedited human model of accelerated physiological decline, offering a potential path to rapidly test terrestrial healthspan therapies targeting mitochondrial, cardiovascular, and musculoskeletal deterioration.
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