Does Your Job Involve Chemical Testing and Research?

Nuclear magnetic resonance (NMR) is a process when nuclei in a strong and static magnetic are interrupted by an oscillating magnetic field that is weak. This is unique physical phenomenon that responds by producing an electromagnetic signal. The use of a desktop NMR is increasingly common in a number of fields. And while there are many kinds of benchtop spectrometers that are in use, it is important to make sure that you are always working with the highest quality that is available. Understanding that the testing that is done in various laboratories needs to be as exact as possible, it is imperative that the results are both accurate and reliable.
Although there are a number of industries that rely on both full size and desktop NMRs, it should come as no surprise that one of the most common is the pharmaceutical field. In fact, the latest research indicates that drug discovery is a multi-billion dollar industry and chemists, and the use of NMR spectrometer applications, play an integral role in many points on the map to drug discovery.

The Future of Tomorrow’s Pharmaceutical Industry Relies on the Success of Today’s Chemical Research

When they use permanent or electromagnets, NMR spectrometers range from 60 MHz to 100 MHz. This exactness means that there are ways for today’s scientists throughout a number of fields to make new discoveries and test old theories.

Consider some of these other facts and figures about the many ways that chemical research continues to drive the latest discoveries that benefit all of our lives:

  • NMR is one of the top analytical methods, and one of the most useful, in today’s chemistry studies.
  • Hydrogen nuclei is the number one most studied nuclei.
  • In 2012, the Los Alamos National Laboratory team set a new world record for the strongest nondestructive magnet field: 100.75 Tesla.
  • This Los Alamos 2012 team created a magnetic field nearly 100 times more powerful than a junkyard magnet, and some 30 times stronger than the field delivered during a MRI medical scan.
  • The employment of medical lab technologists and technicians is expected to grow by as much as 13% by the year 2026.

The first commercial spectrometers were created in the 1950s and quickly became a key tool for research chemists. The reliability of these machines, including desktop NMRs, is essential to the pharmaceutical industry, as well as many others as well.

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