Development of a gel for liver cell culture on microchips
Hydrogels could be used to build organs on chips to test potential medications, with the aim that they could potentially replace animal studies...
List view / Grid view
Hydrogels could be used to build organs on chips to test potential medications, with the aim that they could potentially replace animal studies...
An assay assessing the level of programmed death ligand 1 (PD-L1) could help to determine the method of treatment for lung cancer patients...
An online compound library consisting of the structure of over a billion molecules could be the future of drug discovery...
A study by researchers at the Institute for Research in Biomedicine has been the first to achieve stable simulations of DNA crystals...
Innovative new technology will use electron beams to produce inactivated vaccines quickly, reproducibly and without the use of chemicals...
A team of researchers have developed a computational bioinformatic method to predict and accurately locate enhancer regions on cell lines.
A drug 'sponge' could be the future method of soaking up excess drugs within the body after cancer treatments such as chemotherapy to prevent side effects...
Artificial Intelligence has been used to cost-effectively diagnose diabetic-related eye disease automatically with far more accuracy than current methods...
Satellite imaging could revolutionise imaging in laboratories, and may impact the current use of imaging in medicinal research...
An inhalable mix of a polymer and mRNA molecules, used to produce luciferase, could be the method of treating lung diseases in the future...
Researchers have described the methods used to build a model of the 'druggable' PCSK9 inhibitor and detailed how it works...
A tiny, soft, implantable device could be used to treat and control bladder problems, such as incontinence or the need to frequently urinate...
Streptomyces bacteria has been used to identify compounds that could lead to the production of drugs to treat various conditions...
SB Drug Discovery shows the validation of fluorescence and automated electrophysiology assays designed to assess agonists, antagonists and allosteric modulators of these receptors, culminating in a high-throughput electrophysiology assay suited to assessing multiple GABAA receptor subtypes on a single assay plate.
Liquid-phase electron microscopy could overcome limitations identified through traditional protein imaging techniques and through cro-electron microscopy...