Study in mice shows dietary saturated fats can trigger liver cancer
Japanese researchers showed for the first time processes that are crucial targets for treating liver cancer are enhanced by saturated fatty acid diets.
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Japanese researchers showed for the first time processes that are crucial targets for treating liver cancer are enhanced by saturated fatty acid diets.
In this article, Drug Target Review’s Izzy Wood and Ria Kakkad share some of the most ground-breaking moments from drug discovery this year.
Read about the current state of the industry, challenges associated with potency assays and measuring product potency throughout the manufacturing process.
Measure protein, DNA and RNA in FFPE tissue samples using rigorously IHC validated CST antibodies on the NanoString® nCounter® platform.
US scientists have developed a potential medication for the genetic cause of ALS and dementia, that eliminates the mutated segments of RNA.
Dr. Stokes, Associate Director Proteomics, discusses how proteomic studies can increase effectiveness, speed of target and biomarker identification.
US researchers identified that those with ADHD have differences in gene activity in the brain.
Sloan Kettering Institute (SKI) researchers have developed a new machete technique to slice into the cancer genome and study copy number alterations.
Researchers have found peptides that bind to chains of ubiquitin proteins in cancer cells, suggesting they could be used as a therapeutic strategy.
US researchers, using genome sequencing, put forward the Nile rat as the new model organism for diabetes research.
A new pre-clinical study has utilised nanoparticles to attach immune-activating molecules to cancer cells.
NIH researchers who intravenously delivered a cancer vaccine to mice report that it increased the number of T cells able to combat tumours.
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German researchers have designed peptides that bind to amyloidogenic proteins linked to Alzheimer’s and type 2 diabetes, to effectively suppress both cytotoxic amyloid aggregation and amyloid cross-accelerating interactions.
A research team at the University of Exeter have found that the unexplored genomic control regions yield the key to finding causes of Congenital Hyperinsulinism.