Researchers at the University of Colorado Anschutz Medical Campus have discovered that color vision in mice is far more complex than originally thought, opening the door to experiments that could potentially lead to new treatments for humans.
A pilot study collected physiological information from six healthy young male volunteers as they went about their normal daily lives. Thousands of indicators were measured with wearable devices and smart phone apps. The study showed the feasibility to detect the chronobiome of an individual -- a collection of physiological traits in a 24-hour rhythmic pattern -- despite the 'noise' of everyday life.
An innovative new study from the University of Surrey and Cambridge's MRC Laboratory of Molecular Biology, published in the prestigious journal Nature Communications, has uncovered the secrets of the circadian rhythms in red blood cells and identified potassium as the key to unravelling the mystery.
Immune responses and the regulation of autoimmunity are affected by the time of day when the response is activated. There may be important differences in time-of-day response to drugs used to treat autoimmune diseases such as multiple sclerosis.
Our body has an internal biological or 'circadian' clock, which cycles daily and is synchronized with solar time. New research done in mice suggests that it can help suppress cancer.
A gene controlling our biological clocks plays a vital role in regulating human-specific genes important to brain evolution. The findings from the O'Donnell Brain Institute open new paths of research into how CLOCK proteins produced by the CLOCK gene affect brain function and the processes by which neurons find their proper place in the brain.
Specially tailored, ultrafast pulses of light can trigger neurons to fire and could one day help patients with light-sensitive circadian or mood problems, according to a new study in mice at the University of Illinois. This study is the first demonstration of using coherent control to regulate function in a living cell.
Eating during the night is associated with higher risk of heart disease and diabetes, and the body's 24-hour cycle is to blame, according to research published today in Experimental Physiology.
A new study from the University of Helsinki shows that individual circadian preference is associated with brain activity patterns during the night.
MUSC neuroradiologist Donna Roberts conducted a study titled 'Effects of Spaceflight on Astronaut Brain Structure as Indicated on MRI,' the results of which will be featured in the Nov. 2 issue of the New England Journal of Medicine.