In a recent study, researchers at North Carolina State University discovered that ants did not modify their behaviour in response to rising temperatures and remained in suboptimal microhabitats even when ideal ones were there. The discovery shows that ants may be unable to change their behav
According to a global survey of nearly 40,000 adults, how people perceive their own neighbourhoods may have a lot to do with whether they choose to walk or cycle. According to Scott Lear, a health sciences professor at Simon Fraser University, those who walk more than 150 minutes each week f
All kinds of exoplanets orbit very close to their star. Some look like the Earth, others like Jupiter. Very few, however, are similar to Neptune. Why this anomaly in the distribution of exoplanets? Researchers from the University of Geneva (UNIGE) and the National Centre of Competence in Res
A major research conducted on the Danish population indicates that premature birth before 34 weeks of pregnancy is associated with lower performance in math and language exams as a teenager compared to those born at 40 weeks.
The number and quantity of meals were more important predictors of weight gain or reduction than the interval between meals, according to recent research.
Despite the fact that they both develop in the same person and share the same genes, skin cells and brain cells are clearly distinct. They differ because each cell type expresses a different set of genes than the others. Cellular mechanisms that tightly regulate gene expression make this pos
According to new research, the sport of orienteering, which requires athleticism, navigational skills, and memory, could be useful as an intervention or preventive measure to combat cognitive decline associated with dementia.
According to a study led by the Mayo Clinic Comprehensive Cancer Center, women who have cancer in one breast may be more likely to develop cancer in the opposite breast if they carry specific genetic changes that predispose them to develop breast cancer.
Neurons in the striatum, a part of the brain affected by Huntington's disease, are among the most severely affected. The degeneration of these neurons contributes to patients' loss of motor control, which is one of the disease's major symptoms.
In a new study published on January 16 in Proceedings of the National Academy of Sciences, Hatsopoulos and his team have found evidence that the brain does indeed use the spatial organization of high frequency propagating waves of neuronal activity during movement.