New research blocks HIV in mice, paving way to deliver therapies for other diseases affecting the brain.
Exercise research finds mice, unlike humans, pick up the motivation to exercise and the desire to constantly improve their fitness,
Controlling the size and shape of virus proteins can support development of new vaccines and delivery systems.
Griffith University researchers have demonstrated that a bacteria can travel through the olfactory nerve in the nose and into the brain in mice, where it creates markers that are a tell-tale sign of Alzheimer’s disease.
Picking your nose and plucking the hairs from your nose are not good ideas, particularly if you don’t want to get diseases like Alzheimer’s . A growing body of evidence shows that damaging the lining of your nose gives bacteria and viruses a clear pathway to the brain, where they create some of the pathologies of dementia and Alzheimer’s disease.
Some successful rheumatoid arthritis therapies may help us better understand how to treat people with mosquito-borne viral diseases.
A bacterium commonly present in the nose can sneak into the brain and may increase the risk of Alzheimer’s disease.
Researchers find impacts of coastal interventions to manage erosion and sand build-up can take years to eventuate.
A team of international scientists has developed an an experimental direct-acting antiviral to treat COVID-19.
Using convalescent plasma, Griffith University researchers have identified how it may be possible to make a future vaccine that will provide protection against all major strains of COVID-19
