All articles tagged with #biomarkers
Scientists at UCL used machine learning to analyze blood tests and brain scans from 634 MS patients, discovering two distinct subtypes of the disease with different progression patterns, which could lead to more personalized treatment approaches.
Withings has announced the second-generation Body Scan scale at CES 2026, which now measures 60 biomarkers including heart capacity, cellular health, and hypertension risk, aiming to provide comprehensive health insights and promote healthier lifestyles. The new model features hardware improvements like an integrated display in the ECG handle and is expected to launch in mid-2026 with a price around $600.
Withings unveils the Body Scan 2, a smart scale designed as a 'longevity station' that tracks over 60 health biomarkers noninvasively, including metabolic health and cardiovascular metrics, aiming to provide users with a comprehensive view of their healthspan. The device features advanced electrodes, bioimpedance spectroscopy, and foot sweat analysis, and offers a simplified health score to encourage regular use, with plans for FDA clearance and a release expected in Q2 2026.
The JoyScore Experiment at a rave aims to quantify happiness and social connection through biometric signals like brain activity, blood biomarkers, and self-reports, exploring whether dance and music can be scientifically measured to promote longevity and well-being.
A genetic study of 117-year-old supercentenarian Maria Branyas reveals rare biological traits linked to healthy aging, challenging traditional aging markers like telomere length and offering potential insights for extending healthspan and lifespan.
A DNA study of 117-year-old Maria Branyas reveals genetic and health factors linked to her exceptional lifespan, including youthful immune function, healthy cholesterol levels, and unique telomere characteristics, offering insights into human aging and potential strategies to extend life expectancy.
Scientists have identified two new biological subtypes of multiple sclerosis using AI, blood tests, and MRI scans, which could lead to more personalized and effective treatments for patients by better understanding disease progression and tailoring therapies accordingly.
Scientists are developing a blood test measuring NT-Pro-BNP levels to predict the risk of complications in people with hypertrophic cardiomyopathy, potentially enabling targeted treatment and better management of the inherited heart condition.
By 2026, advances in AI and aging science will enable precision medical forecasting, allowing for early prediction and prevention of major age-related diseases like cancer, cardiovascular, and neurodegenerative conditions through comprehensive data analysis and personalized interventions.
Researchers are developing blood tests to detect Alzheimer's biomarkers for early diagnosis, with recent studies indicating that monitoring changes in protein biomarkers over time is more reliable than single tests.
A large Norwegian population study found that the prevalence of Alzheimer’s disease neuropathological changes increases with age, reaching 65.2% in those over 90, with 10% of those over 70 having preclinical AD, highlighting the importance of blood-based biomarkers for large-scale assessment and potential treatment eligibility.
The article discusses six key biomarkers—VO2 max, grip strength, resting heart rate, eGFR, hs-CRP, and waist-to-height ratio—that can predict longevity and overall health, emphasizing the importance of a holistic, multi-marker approach for early risk detection and personalized health interventions.
A 2024 study reveals that humans experience two significant molecular changes during aging, around ages 44 and 60, indicating abrupt shifts rather than gradual decline, with implications for understanding age-related diseases.
A study from the University at Buffalo reveals that human saliva has evolved significantly from primates, with gene duplications and changes influenced by diet and environment, highlighting saliva's potential in personalized medicine and oral health diagnostics.
A Polish study found that women perceive men with lower body fat as more attractive, and facial masculinity correlates with higher testosterone and age. While initial links between facial appearance and health markers like cardiometabolic health were observed, these were explained by broader factors such as adiposity, age, and testosterone levels, suggesting facial cues reflect overall biological condition rather than specific health issues.