Researchers demonstrate that under gentle ionizing conditions, the detection of intact gas phase structures of multi-protein complexes by mass spectrometry is possible. Is there anything that cannot ...

Advances in FTIR instrumentation support quantitative industrial analysis.

Mass spectrometry-based proteomics is a rapidly growing area of research that provides useful information for many fields including basic molecular biology, clinical diagnostics, and pharmaceutical ...

The overlap and dynamic variation of measurement areas have long been key factors affecting the accuracy of airborne gamma-ray measurements. Addressing this challenge critically depends on the ...

Per- and polyfluoroalkyl substances (PFAS) are abundant in the environment as a result of the use and disposal PFAS containing products including aqueous film-forming foams, textiles, carpets, etc.

Researchers built an automated mass spectrometry and molecular mapping platform to track how human liver cells process ...

How does Membrane Inlet Mass Spectrometry Work? Membrane Inlet Mass Spectrometry (MIMS) relies on the principles of mass spectrometry and the selective permeability of membranes that allow the passage ...

Discover effective protein quantification methods for precision in molecular biology and clinical diagnostics.

The Center for Environmental Mass Spectrometry (CEMS) RBSA at CU Boulder provides researchers with advanced analytical capabilities for detecting and quantifying organic contaminants in water and soil ...

Researchers at St. Petersburg University have developed an efficient way to detect a crucial immunity biomarker—neopterin—in the blood using nanotechnology and a laser. Neopterin is a nucleotide whose ...

New cancer therapies harness the immune system to fight tumors. One of the main principles behind these therapies is to find out precisely which molecules on cancer cells trigger an immune response. A ...