Mass spectrometry is a technique that measures mass-to-charge ratios in ions and molecules. This technology has humble origins in the 1800s and went on to earn John Bennet Fenn a Nobel Prize in 2002. Mass spectrometry advances scientific research in so many incredible ways that improve our society.
While this concept might seem like it belongs in the lab, it also has real-life applications that help regular people. From medicine to sustainability, discover the industries that benefit from mass spectrometry.
In the age of COVID-19, it seems like diseases are only growing more extreme. Fortunately, researchers can use technology like mass spectrometry to analyze infectious ailments. This type of advancement allows doctors to develop effective treatments.
Mass spectrometry also aids in designing diagnostic testing, drug therapies, and clinical studies. Now that experts can break down molecules and see their makeup, the clinical research industry can help many patients.
Another industry that benefits from mass spectrometry is biotechnology. Biology professionals can measure a sample’s mass, allowing them to detect and harness specific proteins. Now, experts can perform complex experiments to advance modern medicine.
These capabilities help improve essential medical practices like neonatal blood screenings. They also expand genome research, which maps human genetics. Investing in mass spectrometry for biotechnological purposes will propel the human species forward.
The pharmaceutical industry goes hand in hand with biotechnology and clinical research. It makes sense that mass spectrometry would also be a revolutionary concept here, too. This technology allows pharmacy professionals to optimize current medications and develop new ones.
As diseases adapt, drugs must change to fight more challenging battles. Mass spectrometry improves drug research and discovery. It helps experts see absorption rates while observing their distribution and metabolic processes.
Mass spectrometry isn’t only useful in medical settings. It also has valuable applications in environmental studies. Those working to improve conditions can use this technology to improve the Earth.
For example, professionals can use mass spectrometry in various environmental testing. Checking for pesticides, testing drinking water, detecting soil contaminants; experts can do all these things using mass spectrometry.
There’s never a dull moment when it comes to science. Mass spectrometry isn’t just interesting; it’s a practical technology that improves society while making the world a better place.
Categories: Geeks and Nerds Stuff