MS monitoring of phycobiliproteins, which are protein complexes abundant within cyanobacteria, has enabled simple mass spectral fingerprints to be determined that are unique to each species.
Fluorescence spectroscopy can identify contaminated drinking water and so reduce the spread of deadly diarrhoeal diseases by enabling communities to take action more quickly to limit exposure.
Raman spectroscopy and machine learning to understand the complex changes in tumours after immunotherapy. It has the potential to transform clinical methods for predicting therapy response.
Rapiscan Systems are to distribute Metrohm handheld Raman spectrometer products to the security market under a non-exclusive agreement.
Attosecond transient absorption spectroscopy can track the movement of electrons at a specific site of a molecule, which permits tracing the evolution of the molecular system with spatial resolution at the atomic scale.
NMR spectroscopy and other analytical techniques were used in the study of the binding of EGCG, a green tea compound that may increase levels of p53, a natural anti-cancer protein.
A deep neural network has been developed to analyse NMR data faster and with the same accuracy as human experts.
Hyperspectral imaging has been used to develop a system to identify the change of salmon’s adaptation to salt water: smoltification
BrightSpec has announced the start of operation of a broadband Molecular Rotational Resonance spectrometer at BASF’s research centre in Ludwigshafen, Germany.
New partnerships to accelerate Rockley’s development of real-time, non-invasive biomarker sensing across a range of medical uses.
A recent review paper discuss photoluminescence control by hyperbolic metamaterials and metasurfaces.
Researchers have made a tiny camera, held together with “molecular glue” that allows them to observe chemical reactions in real time.
For the first time, researchers have studied the behaviour of a catalyst for water electrolysis at the atomic level.
It has now been discovered that care should be taken using Raman spectroscopy to analyse certain chiral molecules. A study shows that interference with circularly polarised light can falsify results.
Researchers have developed a rapid method, based on IR spectra of blood plasma, for differentiating COVID-19-positive patients expected to show severe symptoms from those likely to experience only mild symptoms.
An international research team has used laser ablation ICP-MS to retrace the lifetime journey of an Arctic woolly mammoth, which covered enough of the Alaska landscape during its 28 years to almost circle the Earth twice.
By combining mass spectrometry with laser spectroscopy and simulation techniques, researchers have revealed key differences in the fragmentation of dipeptide biomolecules with different chiral structures.
A team of researchers from Korea has developed a metamaterial that improves the sensitivity of infrared absorption spectroscopy more than 100 times. It can be used in the creation of ultra-sensitive infrared sensors, is very affordable and easy to make.
Raman microscopy has been used to reconstruct technical process parameters and the origin of the raw materials of Egyptian blue revealing trace compounds that inform us about its history.
Shimadzu has appointed Jürgen Semmler as the new Managing Director of its European organisation. He previously headed Shimadzu Deutschland since its foundation in 2006.