June 2020
Italian scientists use molecular RNA Chaperones to increase protein production from individual genes.
Exosome research cleans up > A novel exosome purification technology, released today by Cell Guidance Systems, will support the microvescicle field.
Cells come out of the dark age > A new range of cell culture reagents allow cells in culture to be kept alive during exposure to light.
PODS™ Fight Neglected Tropical Diseases > Microcrystals developed as vaccines
Stem Cell Breakthrough > Synthetic embryos model early stages of life
Changes to EU customs procedures
Drug entities keep evolving
Until recently, pharmaceuticals were dominated by a single class of drugs, small molecules. Over the space of 25 years, advances in molecular biology have lead to the development of many new drug classes. Here’s my overview of pharmaceuticals, either marketed or in development, based on molecular entity, and roughly in order of the drugs physical size.
Macrophages in drug makers sights
Macrophages are extraordinary cells. Not just for their phagocytic capacity, which is also shared by a few other cells, but also for their ability to dynamically adapt their function to intervene in unfolding events.
Can GDNF effectively treat Parkinson's disease?
PD is a progressive degenerative neurological disease that affects about 1% of the population over age 55. Although there are many variants of the disease, a common strand that links these variants is damage to a finite group of dopaminergic (DA) neurons in the midbrain. As these neurons are lost in PD, CNS function and in particular its control over normal muscular function declines. Tremor is a well-known symptom which characterizes PD, but sleep, digestion, cognition, and mobility are also affected with increasing severity as the disease progresses. Current therapies, such as dopamine replacement therapy, only address symptoms and there is an urgent need for a disease-modifying therapy.