Bacterial muropeptides enhance mitochondrial health for healthy ageing

Bacterial muropeptides enhance mitochondrial functions and reduce oxidative stress in mammals. They promote oxidative phosphorylation (OXPHOS), improve mitochondrial structure, and support intestinal health. This suggests a potential therapeutic avenue for treating mitochondrial diseases by using muropeptides to stabilise and enhance ATP synthase activity.

The impact of genetics and lifestyle on brain ageing and longevity

Genetic and modifiable risk factors affect brain regions vulnerable to aging and diseases like Alzheimer’s and schizophrenia. Key factors include diabetes, traffic-related air pollution, and alcohol intake. Modifying these risk factors could help protect these fragile brain regions, promoting healthier ageing.

Microplastics impact behaviour and inflammation in young and old mice

Short-term exposure to polystyrene microplastics in drinking water caused behavioural changes and increased inflammation in both young and old mice, with age-specific variations in effects. This highlights potential health risks from microplastic pollution across different age groups.

Glucose tracking with CGMs: Your longevity ally

CGMs have emerged as a powerful tool for monitoring and improving metabolic health and healthspan. Learn how you can transform this data into new habits to optimise your health.

Tardigrade proteins and their potential to enhance human longevity

Introducing tardigrade CAHS proteins into human cells induces reversible biostasis by forming gels that slow metabolism and protect cells during stress. This mechanism could enhance cell survival and longevity, potentially offering insights for advancing healthspan and ageing interventions.

Long-term health risks of polystyrene microplastics in colorectal cancer cells

Polystyrene microplastics are taken up by colorectal cancer cells, increasing cell migration and potentially promoting metastasis. These particles persist in cells, accumulate in non-proliferating tumour areas, and transfer during cell division, highlighting their potential role in cancer progression and long-term health risks.