LiP-mass spectrometric analysis measures molecular interactions
Researchers have systematically analysed and quantified the interactions of all proteins with metabolites on the level of the whole proteome...
List view / Grid view
Researchers have systematically analysed and quantified the interactions of all proteins with metabolites on the level of the whole proteome...
Researchers have identified an enzyme that appears to drive the conversion of normal colon tissue into cancer...
Capture compound mass spectrometry technology enables target identification...
Dr Goodwin is the latest top-level scientist to join DTR's advisory board
Mass spectrometry imaging allows direct measurement of the molecular composition of a sample. It can be used to image the spatial distribution of exogenous drugs and endogenous metabolites simultaneously over the surface of tissue sections or small biopsy, allowing new insights into both compound efficacy and safety during drug discovery.
This In-Depth Focus explores current uses and future development in mass spectrometry imaging for bringing new drugs to market...
Included in this issue: The importance of industry partnerships; Calcilytics as potential novel therapeutic treatments to halt Alzheimer's disease; Accelerating neuroscience research with flow cytometry...
UC biologist helps decode the structural complexities of male butterfly ejaculate and co-evolving female reproductive tract. Findings from these biochemical relationships may help unlock certain mysteries of human infertility
Mass spectrometry (MS) performed under native-like conditions (nMS) is a promising approach for studying protein-drug interactions, and has already informed treatments of some of the most intractable diseases including cancer, diabetes and Alzheimer’s.
Included in this issue: Technology convergence improves testing; Screening; Stem Cells; Targets; Mass Spectrometry; and Therapeutics in Alzheimer's disease...
Researchers have identified a metabolite 'signature' that can accurately distinguish typhoid from other fever-inducing tropical diseases using patient blood samples.
A highly sensitive method that can detect even the earlier stages of colorectal cancer has been developed by researchers in Japan.
We caught up with Dr Josephine Bunch to find out how NPL are using the Cancer Research Grand Challenge funding & novel imaging techniques to map cancer tumours...
Biochemist and physician Professor Ivan Dikic and microbiologist Professor Volker Müller are very honoured that their pioneering research projects have been selected for this substantial financial support.