In a breakthrough finding, revealed through the final analysis of a mid-stage trial, Japanese pharmaceutical firm, Eisai Co and Biogen Inc’s drug for Alzheimer’s proved beneficial for patients who received the highest dose.
Baclofen, which was once used to treat spasticity, has started seeing an increase as a prescription for alcohol use disorders. The advantage of Baclofen is that it could be discharged easily through the kidneys to a great extent. Scientists addressed it as a wonder drug due to its effective treatment for alcoholism.
Hepatitis B virus (HBV) causes liver disease that leads to one million deaths throughout the world every year. Extensive research is going on to find the most effective, quick and accurate diagnostic measures followed by therapeutic solutions.
Genentech recently won the patent for a psoriasis drug. Unfortunately, Roche’s Genentech unit prosecuted Eli Lilly for violation by claiming their psoriasis drugTalz, infringes on one of their patents.
Gene editing and gene therapy can delete disease-causing genes in order to treat specific diseases. But the skill to control unwanted genes is a point of concern, as it might cause severe side effects. A research team from Cardiff University and the University of Bath have devised a switch to control protein expression in mouse embryos, which could be used in human gene therapies in future.
Ddu is an advanced global e-business trading platform for cross-border medical commerce. We devote our efforts to breaking the industry barriers to finding clients, establishing cross-border trade and building communication channels. We also assist suppliers and buyers from all over the world to solidify international business and provide complete solutions.
Onitor Track is an advanced biometric, data-driven program which aids in weight loss. Onitor Track combines a personalized weight loss and nutrition program with a dual-positioned wearable via an app.
The research team claimed that the effectiveness of drugs depends on the time of administration on a personalized level. Their goal was to identify the biomarkers in blood to characterize the ‘internal time’ of an individual.
Using nanotechnology, the research team developed tiny platinum nanomotors to target Zika and microbeads to bind the virus. When they are added to a sample containing Zika, a 3D complex is formed which moves in the presence of hydrogen peroxide. This unique motion signal can be perceived using a smartphone by attaching it to a cost-effective optical device. The 3D Zika complex moves rapidly compared to the slower movement of other non-target viruses.
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