Changes known as epigenetic adjustments play a significant part in disease advancement. Having the option to examine them rapidly and dependably could contribute significantly to
A strange protein structure known as an "undulated beta sheet," first anticipated in quite a while, has been made in the lab and portrayed exhaustively utilizing X-beam crystallography. The new
While only four species of slow-moving aquatic herbivores of the order Sirenia remain on the planet, many different types of sea cows have existed for
A little robot with a clasp like hand and enough smarts to realize which beverages are famous is essential for the work to make corner shops much more helpful. On
A French-Japanese exploration cooperation has created metal nanocomposite coatings that further develop the protective properties of window glass. The new covering forestalls a huge part
Researchers used modeling to predict the increasing frequency of mass die-offs as a result of climate change using data from more than 500 previous fish
Women who have cardiovascular disease (CVD) typically have worse results and are less likely than males to participate in preventative and rehabilitation programs. A clinical practice guideline was created by
A group from Queen Mary University of London, Imperial College London (U.K.), Northwestern University in Evanston (U.S.) and Bielefeld University (D) have created another type
Forward leaps in current microelectronics rely upon understanding and controlling the development of electrons in metal. Enlarging the thickness of metal sheets to the requested
North Carolina State University researchers used computational analysis to predict how the optical properties of the semiconductor material zinc selenide (ZnSe) change when doped with halogen components, and their predictions