Aging– tag –

Episode 3 | Ovarian Cancer: The “Silent Killer,” Reproductive Aging, and Why Detection Is Hard Ovarian cancer is sometimes called a “silent killer.” That phrase gained traction for two reasons: early symptoms are often not obvious, and t...

Introduction: A Map of Aging × Cancer Is Starting to Emerge In this final article of the Expert Series, we step back to ask: Where is aging and cancer research heading over the next 10–20 years? How might these developments change clinic...

Introduction: Why “Young” Models Struggle to Capture “Old” Cancer Throughout this Expert Series we have discussed: Epigenetic clocks and ImAge as tools to visualize aging Tissue- and genotype-specific aging profiles How lymphoma and canc...

Introduction: The Gap Between Aging Biology and Everyday Oncology In earlier parts of this Expert Series, we have explored: Epigenetic clocks and ImAge as tools to quantify “how old” tissues and cells are Tissue- and genotype-specific pr...

Introduction: Adding Lifestyle and Environment to the Genetics–Aging Framework In previous parts of this Expert Series, we focused primarily on “internal” factors: Epigenetic clocks and ImAge as tools to visualize aging Tissue- and genot...

Introduction: Questioning the Dogma that “Aging = More Cancer” In previous parts of this Expert Series, we have discussed: Tools such as epigenetic clocks and ImAge to “visualize” aging Tissue-specific aging profiles and genetic backgrou...

Introduction: Why It Is Hard to Model Aging and Cancer Together In earlier parts of this Expert Series, we have discussed: Tools to visualize aging (epigenetic clocks, single-cell profiling, image-based metrics) Tissue-specific aging pro...

Introduction: Reproductive Aging as a Hub Between Women’s Aging and Cancer In Parts 1–3 of the Expert Series, we discussed: Tools to “visualize” aging (epigenetic clocks, single-cell profiles, image-based metrics) Tissue-specific aging p...

Introduction: Beyond “Aging → Cancer” to “Cancer → Aging” In the Introductory and earlier Expert Series articles, we mainly focused on the direction: Aging increases the risk of cancer Tissue- and genotype-specific aging patterns shape w...

Introduction: Aging Is Not Uniform Across the Body In Part 1 of the Expert Series, we focused on “making aging visible” through epigenetic clocks, single-cell analyses, and image-based metrics. We saw that people of the same chronologica...

Introduction: From the Introductory Series to the Expert Series In the Introductory Series (Parts 1–7), we approached the relationship between aging and cancer from multiple angles—historical, molecular, immunologic, organ-level, lifesty...

Introduction: Screening Is Not Just “The Earlier, the Better” In Parts 1–5, we explored the relationship between aging and cancer from multiple angles: molecular and genetic mechanisms, immune aging, organ-specific aging profiles, and li...

Introduction: Deconstructing Risk Factors In Parts 1–4 of this series, we explored aging and cancer from several angles: Time and historical concepts Molecular and genetic mechanisms Immune aging and the tumor microenvironment Organ- and...

Introduction: Why Do Different Organs Develop Different Cancers with Age? In Parts 1–3, we looked at aging and cancer from the perspectives of time, molecular mechanisms, immunity, and the tumor microenvironment. We saw how aging reshape...

Introduction: The Triangle of Aging, Cancer, and Immunity In Part 1, we explored why cancer is often described as a “disease of aging” and reviewed the historical and conceptual overlap between the hallmarks of aging and the hallmarks of...

Introduction: Zooming in on the “Inner Structure” of Aging In Part 1, we asked why cancer is often called a “disease of aging” and reviewed how the hallmarks of aging and the hallmarks of cancer overlap. We moved beyond the simple idea t...

Introduction: Why Revisit “Aging and Cancer” Now? The phrase “cancer is a disease of aging” is something most clinicians and life science professionals have heard countless times. Yet very few of us have had the chance to carefully organ...

“Higher education means you won’t get dementia”—it sounds reassuring, but the science is more nuanced. This article explains, in clear language, what a large multi-country longitudinal study actually found about education, memory decline...

In recent years, cancer and aging have increasingly been understood not as separate biological phenomena, but as interconnected processes. Immune decline and chronic inflammation in cancer patients may not be caused solely by treatment s...

Recent research highlights that aging and obesity each independently promote cancer progression and can act synergistically to worsen outcomes. However, weight loss appears capable of rejuvenating immune function and suppressing tumor gr...