Join our community interested in extended healthspan & flourishing! Sharing latest cell aging & mind body science. New studies & old wisdom to boost your day.
Check out Telomere Tales, bringing telomere science, from cells to society, to people of all ages! How are telomeres affected by the environments we live in and how can looking after our telomeres help us live longer, healthier lives? https://t.co/Fay7RAPAxL
Join The Telomere Effect's @Dr_Epel in Fremont this Saturday, 8/24, for a fabulous science & meditation health conference with @DrMikeRoizen, @daniel_kraft, @mycwcwellness and experience heartfulness meditation! Free admission with code CWC100.
Details: https://t.co/MbRPHWkoM2
Dietary patterns and telomere length - how do two dietary patterns, a healthy Japanese dietary pattern and a Western-style dietary pattern, affect biological aging in older men? Read here: https://t.co/aq1pbcm0uB.
How do different forms of physical activity, including HIIT training, aerobic training, and resistance training, affect our telomeres? Explore here: https://t.co/hmgsPuu2k3.
Researchers recently examined associations between prenatal and childhood lead exposure and biological age in adolescence, as measured by various epigenetic clocks including telomere length. Read their findings here: https://t.co/X44FlBFOj0.
Explore how psychosocial stress may accelerate epigenetic age (as measured by telomere length), and how this relationship may be modified by social support and race/ethnicity. From the Women's Health Initiative: https://t.co/kbyecwm6hu.
Maternal psychological stress may impact the telomere length of their newborns, reflecting an increased need for the identification of stressors during pregnancy to support both maternal and infant well-being: https://t.co/hv7rzdNOOw.
Preterm birth is a growing public health concern, with possible long-term effects for one's aging trajectory. Researchers recently examined the difference in telomere length between pre-term and term-birth children, read here: https://t.co/t5vBTOvhlT.
Explore how three different dietary patterns (fast food and meat, healthy, and traditional) may affect leukocyte telomere length, from a cross-sectional Brazilian study: https://t.co/ewWQyUZgPK.
Research suggests that shorter telomere length may be associated with increased mortality risk in individuals with metabolic syndrome, and that TL may be an important biomarker for high-risk individuals: https://t.co/O7quDndEEW.
Long-term cadmium exposure has been linked to adverse health effects, including impairing cognitive function. Research suggests that this association may occur by causing shortened leukocyte telomere length: https://t.co/kq4EkZZH7f.
Research suggests that depression contributes to the acceleration of the aging process, as measured by decreased telomere length. More here: https://t.co/X7IlNa6zW2.
Research suggests that leukocyte telomere length (LTL) may be a useful biomarker for changes in response to behavioral interventions, such as a weight control program for children with obesity: https://t.co/wJGuFCIc0z.
Explore how social environment may moderate the link between depression and anxiety symptoms in adolescents and cellular aging, as measured via telomere length: https://t.co/i2DzkDNTuU.