Over many decades, much study has been conducted on diseases that affect big populations, such as cancer and heart disease. As a result of long-term research efforts on diseases that affect a large number of people, therapeutic approaches have vastly improved.
Under normal conditions, tau protein is a vital component of the brain's infrastructure, helping to stabilise neurons into their appropriate forms. However, tau can become tangled and toxic, harming brain tissue and generating tauopathies, a category of brain illnesses characterised by diffi
A team led by Dr Tomoaki Murakami of the Tokyo University of Agriculture and Technology discovered that fibrinogen A-chain amyloidosis, a previously unknown disease in animals other than humans, is common in Japanese squirrels (Sciurus lis). They compared the pathology of Japanese squirrels
A Munich-based research team developed an algorithm that predicts the consequences of genetic changes on RNA production six times more accurately than earlier models. As a result, the genetic origins of uncommon hereditary disorders and cancer may now be more precisely identified.
A research team from Munich has created an algorithm that predicts the effects of genetic mutations on RNA formation six times more precisely than previous models. As a result, the genetic causes of rare hereditary diseases and cancer can now be pinpointed with greater accuracy.