Background Currently, telomere length is known to reflect the replication potential and
longevity of cells, and many studies have reported that telomere length is associated with …

Background: Telomere length may be a marker of biological aging. Multivitamin
supplements represent a major source of micronutrients, which may affect telomere length …

Background A telomere is a nucleoprotein structure that is located at the end of a
chromosome. Reduced telomere length manifests as physical ailments such as the …

Background There are few studies on the association between nutrient intake and telomere
length, which may reflect cumulative oxidative stress and indicate biological ageing. In the …

Background Dietary habits and dietary intake affect telomere length, a reliable marker of
biological aging and a predictor of chronic disease. Riboflavin (RF) is known as a water …

Background: Telomere is regarded as the fundamental aspect of cellular aging and copper
is recognized as one of the most essential trace elements. The role of dietary copper intake …

Environmental and lifestyle factors that affect oxidative stress and inflammation may
influence telomere length (TL). There are limited data to relate the effect of dietary …

Background Telomere length, which is related to chronic diseases and premature mortality,
is influenced by dietary factors. Zinc is known as a dietary antioxidant micronutrient …

Identifying simple strategies to prevent or delay age-associated pathologies is a major
public health concern. Attrition of telomeres, chromatin structures that help maintain genome …

Background Vitamin B deficiency is common in elderly people and has been associated with
an increased risk of developing age-related diseases. B-vitamins are essential for the …