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...
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Enzymes are macromolecular biological catalysts. Enzymes accelerate, or catalyse, chemical reactions.
Researchers have systematically analysed and quantified the interactions of all proteins with metabolites on the level of the whole proteome...
Researchers have identified the sirtuin enzyme as a key player in regulating hepatic glucokinase through modifying GKRP, suggesting a potential therapeutic target for type 2 diabetes...
Researchers have identified an enzyme that appears to drive the conversion of normal colon tissue into cancer...
Scientists have successfully blocked the powerful call of two types of aggressive cancer – glioblastoma and breast cancer – in laboratory models; with evidence that inhibiting the chemical 20-HETE halts tumour growth.
A team of researchers led by IRB Barcelona in Spain have identified a key function of the enzyme EXD2 as being the maintenance of protein production in the mitochondria.
Researchers have identified a protein that can be targeted to suppress the growth of a common type of breast cancer...
Researchers shed light on a key fat-regulating enzyme's role in diabetes and cancer...
Scientists studying cellular enzyme complexes have unexpectedly found that inhibiting EZH2/1 suppressed viral infection in the herpes simplex virus infection...
A collaboration between Prof Lucía Chávez-Gutiérrez and Prof Bart De Strooper of VIB-KU Leuven has revealed the molecular basis of the hereditary form of Alzheimer’s disease that strikes early in life.
Research reveals cathepsins as potential therapeutic targets in particulate-mediated inflammatory disease…
As CRISPR-Cas9 starts to move into clinical trials, a new study has found that the gene-editing technology can introduce hundreds of unintended mutations into the genome.
A multi-institutional team based at Massachusetts General Hospital (MGH) has discovered how a potential treatment strategy for Huntington disease (HD) produces its effects, verified its action in human cells and identified a previously unknown deficit in neural stem cells from patients with HD.
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.
28 March 2017 | By Charles River
Discover how their multidisciplinary approach to hit ID, design and synthesis of novel chemical templates and development of targeted in vitro and in vivo assays resulted in the nomination of the first development candidate in just over two years...
Enzyme therapy is a promising form of cancer treatment. The specific nature of enzyme and substrate interaction gives enzyme therapy an edge compared to standard non-specific therapies such as radiation and chemotherapy. However, since most of these enzymes are of a foreign nature, the delivery of these immunogenic enzymes has…