HOW TOXIC PROTEINS LEADS TO DEMENTIA
- SHIVA GOPAL VASISHTA AND THE STUDIES ON HOW TOXIC PROTEINS LEADS TO DEMENTIA
Shiva Gopal Vasishta is a competent neurologist who has been working for over forty years now at Voorhees, New Jersey. He finished his studies at Government Medical College, Nagpur in India back in 1976. In addition, he also completed a Boston City Hospital residency. As a neurologist, Shiva Gopal Vasishta handles the cure for a variety of disorders, particularly those related to peripheral nerves, muscles and the spinal cord.
Well, Dr. Shiva Gopal Vasishta owns medical licenses to work throughout New York City. Additionally, he also possesses another medical license to work in New Jersey, which is where he currently lives. Apparently, the licenses are very credible.
Dr.Shiva has also made several contributions towards the American Board of Psychiatry and Neurology. Interestingly, he also has extensive knowledge about EMG testing and how it actually operates. Aside from this, Shiva Gopal Vasishta has a lot of understandings on other topics such as peripheral neuropathy and myopathy.
How toxic protein leads to neuronal death and dementia
Recent studies published in Nature Communications explains that neurons, beta-amyloid provides a platform through which the spread of toxic tau in the human brain is enhanced. The results of the study show that the spread of toxic tau is mainly limited during normal aging. In cases where one is suffering from Alzheimer’s disease, the spread is made more accessible by beta-amyloid which may perhaps lead to neuronal death and finally, the dementia condition.
Generally, Shiva Gopal Vasishta integrates creative approaches in his work to help patients who suffer from various neuromuscular diseases. He also talks to his patients about the need to adopt a healthy lifestyle to prevent infections. Shiva Gopal is highly recognized following his fight on neuromuscular diseases. He has helped various patients in different countries in curing such disorders and keeping them healthy.