The genes that determine each of our distinct blood groups are well known, but how and why different people have different amounts of blood group molecules is a mystery. For the safety of blood transfusions, this may be significant.
Next-generation protein sequencing (NGS) is a powerful new technology that can analyze proteins more comprehensively and in detail. This can be a valuable tool for researchers in various fields, including biology, medicine, and forensics.
A groundbreaking bioinformatics pipeline has unraveled a 50-year-old enigma in blood groups. This innovative computational tool systematically analyzes genetic data, resolving intricate patterns in blood group variations. By decoding the complex genetic codes governing blood typing, the pipeline provides unprecedented clarity. This advancement not only enhances our understanding of blood group complexities but also […]
Electron-beam radiation can be employed to repair nanostructures through a process known as electron-beam-induced deposition or EBID. In EBID, a focused electron beam is directed at the damaged or missing part of the nanostructure. This beam interacts with a precursor gas, causing a chemical reaction that deposits material and restores the structure. It is a […]