Increasing decentralization of data requires sourcers to quickly identify and explore new sites for details about target professionals. If you haven't heard the term, it just means using the site: operator. “That’s the advantage of the CXFEL, telling us detailed information about how each part of the reaction sequence occurs as the protein carries out its function,” he says.The term 'X-Ray search' was popularized in the early years of online recruitment, and it stuck. However, if you could record a movie of each and every event and how it triggers the next event (which is similar to how each and every individual atom in a protein moves and interacts with other atoms to carry out the protein’s function), then you would have a much better understanding of how the machine works.

Taking one picture of that complicated sequence of events is helpful, but certainly will not tell you enough information about how it works. Grant says you should think of it like a very complicated Rube Goldberg machine. With time-resolved X-ray scattering and time-resolved serial femtosecond crystallography, we can watch movies of ultrafast catalytic reactions inside proteins to learn what motions take place to understand how they work.” “It’s kind of like the difference between taking a picture and recording a movie. “The ‘time-resolved’ part of these experiments is that in addition to getting ‘static’ structures of molecules, we will also be triggering chemical reactions in the proteins and watching the subsequent motions take place with extremely fine time resolution (femtoseconds), the ‘dynamics’ part,” Grant says. In biology, X-ray scattering and serial femtosecond crystallography are used to determine the atomic 3D structures of biological molecules such as proteins and viruses.

Linkedin xray search