A new study has revealed that rhythm and language are connected at the genetic level. Individuals with a strong sense of rhythm often exhibit language skills, which can be attributed to brain structure and the functioning of white matter. Genetic research has also identified a correlation between rhythm disorders and dyslexia.
Blood of the long-lived, music in our genes, and dinosaur feces: today's top news highlights.
Top News from November 26: Scientists have uncovered a genetic link between rhythm and language skills, paleontologists have discovered the key to dinosaur success, and a study on centenarians promises to unravel the mystery of their longevity.
https://www.techinsider.ru/science/1668129-krov-dolgojitelei-muzyka-v-genah-i-fekalii-dinozavrov-glavnye-novosti-segodnya/2024-11-29 08:19:10
Scientists Discover Genetic Link Between Musical Rhythm and Language
Fossilized Dinosaur Vomit and Feces Unveil Secrets of Their Evolutionary Success
Paleontologists have discovered coal, ancient plants, and insects within dinosaur remains, helping to explain their survival. These creatures were not picky eaters, providing them with an evolutionary advantage. This dietary diversity allowed dinosaurs to become the apex of the food chain.
Apes Monitor Events Like Adult Humans
Research has shown that apes can focus on ongoing events similarly to humans. They shift their attention between active objects, nearly ignoring the background, while human infants are unable to do so.
Blood Composition of Centenarians Differs from Ordinary People
Scientists have discovered that centenarians possess a unique biomarker profile that has remained consistent throughout their lives. This finding may aid in "predicting" longevity and enhance our understanding of aging mechanisms.
Your Skin Color May Affect Drug Effectiveness
Researchers have found that melanin in the skin influences drug absorption, reducing their concentration in tissues. This effect makes drug responses individual, depending on pigment levels. This discovery could change the approach to drug development.