Join the 2026 Biomarkers of Aging Conference to explore cutting-edge research in geroscience, aging biomarkers, and longevity interventions. Connect with global experts and leaders driving innovation ...

Happy to share that I was named one of TIME’s 2026 Longevity Leaders. Our work uses physics-style theory to look for simple principles that can explain the complex dynamics of aging. https://t.co/Y7Kc...

A Python library for analyzing mortality and aging data using the — a mechanistic, stochastic mo...

Raz and colleagues fit survival data across species to a stochastic model of damage accumulation and removal. They report that damage production rate best predicts lifespan and reveal two distinct agi...

A simple pulse-and-rest circuit may explain how immune cells strike hard at threats yet avoid self-destruction.

Menopause reshapes female physiology, yet its full temporal footprint is obscured by uncertainty in the age of the final menstrual period (FMP). Here we analyse cross-sectional data on 300 million lab...

TLDR: A massive study of 300+ million lab tests from 1+ million women just proved what women have been saying for years: menopause isn't a gradual slope—it's a physiological cliff. Nearly e

Podcast · אור דניאל | Learntech.co.il · רעב לידע פודקסט בו אור דניאל מביא נגיסי ידע בעולמות הלמידה, הטכנולוגיה והיזמות. לומדים מארכיטקט למידה שעשה קריירה מללמוד. הצטרפו לחוויה שלא רק תעשיר את חייכם, א...

הכירו את פרופ' אורי אלון, מנהל מעבדת סגול לאריכות ימים במכון ויצמן. בפרק מרתק זה תגלו מדוע תסכול וכישלון הם לא רק חלק מהמחקר אלא המפתח לגילויים פורצי דרך, איך "ענן המחקר" יכול להפוך מאויב למדריך, ומה ...

Longevity research aims to extend lifespan and reduce sickspan in aging. Here, the authors show that only interventions that steepen survival curves can compress the sickspan relative to lifespan.

Une étude menée sur plus de 300 000 femmes révèle les bouleversements visibles dans le sang et l’urine des femmes enceintes. Des résultats qui pourraient aider à mieux prédire les complications de la ...

Data from 300,000 births reveal how essential biological measurements are altered by carrying and delivering a baby.

An "unprecedented view" of how the body changes during and after pregnancy has revealed many long-lasting impacts on the liver, kidneys and more

Data from 300,000 births reveal how essential biological measurements are altered by carrying and delivering a baby.

Analysis of 300,000 pregnancies shows detailed physiological changes at weekly resolution in health and complications.

Miyara et al. identify two types of fibrosis in cardiac pathologies: “hot fibrosis,” involving macrophage-myofibroblast interactions in chronic injuries, and acute-injury-driven “cold fibrosis,” contr...

YouTube video by Azrieli Fellows Program

Organizers: Andrea Graham; Julia Merkenschlager; Alexander Ploss; Colin Scheibner; Ned WingreenThe immune system functions across diverse scales, from the recognition of molecules to the evolution of ...

imageimageA mathematical model suggests that existing HPA-targeting drugs failed in clinical trials for mood disorders because the endocrine glands change their functional mass. The model predicts CRH...

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