Oral microbiome testing: What’s really living in your mouth

The oral microbiome plays a powerful role in inflammation, immunity, brain health, and longevity – often silently. With advanced testing now available, you can uncover imbalances and target hidden drivers of systemic issues, performance limits, or disease risk.

What steep survival curves mean for your healthspan

Some longevity interventions compress the time spent in poor health by steepening the survival curve. These steepening strategies – unlike those that merely extend lifespan – can reduce relative sickspan, offering a route to longer and healthier lives.

Slower biological ageing linked to daily multivitamins

Daily multivitamin use slowed biological ageing by 10–20% over two years in older adults, as measured by advanced epigenetic clocks, suggesting a promising strategy to support healthy ageing when combined with good nutrition and lifestyle habits

Linking gut diversity and nutrient loss in Parkinson’s

Changes in gut bacteria in Parkinson’s disease are associated with lower production of key nutrients and anti-inflammatory compounds, suggesting gut-targeted strategies may help support brain health and slow disease progression.

Fat cells remember obesity even after weight loss

Adipose tissue retains an epigenetic ‘memory’ of obesity, even after substantial weight loss. These lasting changes impair fat cell function and heighten susceptibility to weight regain, potentially contributing to the ‘yo-yo’ effect. Targeting this memory could be key to achieving lasting metabolic health and improved longevity.

Optimise your oral microbiome: Habits, products, breathing and more

Your oral microbiome does far more than protect your teeth – it influences immunity, inflammation, and whole-body health. Learn how to optimise it through smarter habits, better product choices, nasal breathing, and targeted strategies to reshape this vital ecosystem.

Restoring senescent cells with sound waves

Low-frequency ultrasound restores the function and growth of senescent cells by reversing ageing markers, enhancing cellular vitality, and extending healthspan and lifespan in mice, offering a non-invasive route to rejuvenation.

Torpor-like states reduce biological age in mice

Inducing a torpor-like state in mice significantly slowed blood epigenetic ageing and improved healthspan, revealing that a sustained drop in core body temperature, not calorie restriction or metabolic rate, is key to decelerating molecular ageing and promoting vitality.