Diabetes-related proteins examined for the first time at high resolution
A key receptor has been examined for the first time at high resolution which could lead to better treatments for conditions such as type 2 diabetes.
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A key receptor has been examined for the first time at high resolution which could lead to better treatments for conditions such as type 2 diabetes.
Humanised immune system (HIS) models have enabled numerous in vivo evaluations of immuno-modulating biologic drugs and ongoing improvements continue to extend their utility. Paul Volden explores the application of HIS models in precision and personalised medicine with a focus on biologics, including how HIS models are used, why they are…
Proper signal visualization, detection, and quantification are paramount to the acquisition of accurate and reproducible data...
Challenge: Non-invasive imaging of a patient-derived orthotropic mouse model of pancreatic cancer expressing GFP. The solution? In vivo imaging.
In vivo imaging has been an indispensable and powerful tool in biomedical research, enabling a number of significant breakthrough discoveries.
A new study has demonstrated for the first time that mutations that affect myosin motor activity result in slower cell movements in vivo.
Researchers discover that a non-coding region of the genome originates a key molecule for the proliferation of cancerous tumours.
Researchers have identified a protein that plays a role in promoting blood cancer and have successfully used a novel compound to inhibit it, reducing tumour growth.
For biomarker discovery efforts, primary cell assays, and patient-derived xenograft work, among others, access to fresh human surgical tissue is an essential component in obtaining reliable results.
Researchers have successfully created a multi-organ in vitro model to test toxicity and efficacy of drugs.
Researchers announce positive pre-clinical results for two sickle cell disease treatment strategies.
This in-depth focus discusses screening and the uses of phenotypic profiling in drug discovery. Also examined is the role that CRISPR/Cas9 gene editing and native mass spectrometry play.
Over the past 30 years, one strategy the pharmaceutical industry has adopted in the drug discovery process has been to “fail early, fail often”.1,2 As most molecules in the early stages of drug discovery will have sub-optimal characteristics, significant modification is necessary to improve their properties.
New nuclear medicine tracers could help medical researchers find a cure for Alzheimer's and other neurodegenerative diseases.