Longevity Science

Aging is not a singular process but rather a complex web of cellular dysfunction, loss of repair and regenerative capacity. The key cellular changes which underpin systemic age-related decline are...

Intermittent fasting has become extremely popular for its variety of health benefits, many of which are attributed to the increase in NAD+ levels caused by fasting. Learn more about the...

Your circadian rhythm is your internal timetable found in every cell and organ in your body. It helps to regulate behaviour, physiology, metabolism and cell function - including NAD+ production....

Sirtuins are described as 'guardians of the genome' but why are they so important to aging well? This article will describe what sirtuins are, how they are linked to NAD+...

Research has identified many different genes and cellular pathways that are associated with aging, but Professor David Sinclair believes there are three key biological pathways which are vital to regulating...

Read more about David Sinclair's Information Theory of Aging as described in his book Lifespan: Why we age - and why we don't have to, and his podcast of the...

Dr David Sinclair is Professor of genetics and the co-director of the Paul F. Glenn Centre for Biology of Ageing Research. This article details his views on NAD+ and sirtuins...

Key changes occur within our cells which drive the cellular aging process, and contribute to the signs of aging we see and feel. This article discusses what aging is according...

We know…..yawn! It sounds very boring but putting together a product label that meets regulations and effectively markets a product is rather complex. Labels must be unique and highlight the company brand, but...

We know our cells need high levels of NAD+ to function at their best. When we are young our cells can make lots of NAD+ but as we get older...