When DNA breaks inside the cell, it can spell disaster, especially if the damage occurs in areas of the genome that are ...

Boron, though required only in minimal amounts, is vital for plant development. It strengthens cell walls and supports the ...

Nanoplastics and PFAS in bottles and food packaging may leach and alter key protein structures in breast milk and infant formula ... "By understanding the molecular mechanisms of how nanoplastics ...

similar regions of the protein were responsible for binding in each case. In other words, these two binding modes were linked to each other at the molecular level. This study is an exciting first ...

Titin is a protein in muscles, has the biggest chemical formula. It’s very large and helps muscles stretch and move properly. Tap to read in detail. The systematic name of Titin has over 180,000 ...

The body uses protein-based molecular motors to perform functions essential to life. Now, researchers have created ‘The Lawnmower,’ the first synthetic motor modeled on those found in nature ...

This leads to millions of intricate, distinct, potential protein structures. The diversity of protein structures is due to subtle chemical variations which come from differences in the amino acids ...

The affinity characteristics of protein interactions have previously been elusive due to proteins’ wavering stability and pH sensitivity. By using machine learning, the team was able to identify ...

These could boost growth naturally with lesser use of chemical fertilizers that are harmful to the environment and drinking water. More information: Michael Paries et al, The GRAS protein RAM1 ...

“It was a molecular clamp to hold the spike protein in place”. Chappell echoed this, telling Reuters via email: “The protein used was a fragment (81 aminoacids only) from glycoprotein 41 ...

Specific financial terms were not disclosed. Molecular glues are of interest for a growing area of drug research called targeted protein degradation. This approach harnesses a cell’s built-in ...