Toggle light / dark theme

Circadian disruption by night light linked to multiple cardiovascular outcomes

Flinders Health and Medical Research Institute researchers, along with colleagues in the UK and U.S., have linked brighter night-time light exposure to elevated risks of five major cardiovascular diseases.

Circadian rhythms govern fluctuations in blood pressure, heart rate, platelet activation, hormone secretion, and glucose metabolism. Long-term disruption of those rhythms in animal and human studies have produced myocardial fibrosis, hypertension, inflammation, and impaired autonomic balance. Previous research efforts relied largely on satellite-derived estimates or small cohorts using bedroom or wrist light sensors, leaving personal exposure patterns uncharted at population scale.

In the study, “Personal night light exposure predicts incidence of cardiovascular diseases in 88,000 individuals,” posted on medRxiv, researchers conducted a prospective cohort analysis to assess whether day and night light exposure predicts incidence of cardiovascular diseases and whether relationships vary with genetic susceptibility, sex, and age.

Kira (Short Film on Human Cloning)

My new AI-assisted short film is here. Kira explores human cloning and the search for identity in today’s world.

It took nearly 600 prompts, 12 days (during my free time), and a $500 budget to bring this project to life. The entire film was created by one person using a range of AI tools, all listed at the end.

Enjoy.

~ Hashem.

Instagram: / hashem.alghaili.
Facebook: / sciencenaturepage.
Other channels: https://muse.io/hashemalghaili

Scientists Discover Way to Create 3D Structures with DNA

A research team is working on ways to produce 3D structures using DNA.

DNA is the foundation of life, as DNA molecules carry digital information that is used by cells to reproduce and develop all the functional biology required for life.

DNA can do this because it contains four molecules that can be easily bonded into complex structures. The molecules, adenine (A), cytosine ©, guanine (G), and thymine (T), can be arranged in “ladder” forms that are self-assembling.

/* */