Dr. Gregory Scott M.D.

Recommended Articles

• Handling a Multiple Sclerosis Flare-Up

  A multiple sclerosis flare-up occurs when the central nervous system (CNS) becomes inflamed and causes damage to the myelin sheath, which is the protective layer of fatty tissue that covers the nerve cells. This, in turn, disrupts the normal signaling of the nerve cells between the brain and the...

• World War II Veteran's Touching Serenade for His Wife of 75 Years

  Edward and Betty’s Story94-year old pianist, Edward Hardy, may have lost several of his memories and skills due to dementia, but he definitely did not lose his ability to play the piano. For his wife Betty, there could not have been a better way to ring in their 75th anniversary than serenading...

• Muscular Dystrophy: Combining Brain-Computer Interfaces and Assistive Technologies

  With the development of modern computers and networks, assistive technologies (AT) for people with disabilities have changed a lot. Not only can one control the devices through the voice, indeed, most of the devices and appliances can be connected to the voice activation services. So one can change...

• When Multiple Sclerosis Drugs Cause More Problems Than They Solve

  Unfortunately, treating multiple sclerosis can often feel like "one step forward, two steps back." It is not uncommon to feel as if the drugs for MS are doing more harm than good, and here is one way to look at the complicated relationship with medication.A cultural phenomenonGenerally, many suggest...

• What Is ALS : Common symptoms of ALS

  ALS, or amyotrophic lateral sclerosis, is a neurological disorder that many people refer to as Lou Gehrig's disease. This is a progressive disease in which the nerves that control the voluntary movements in the body deteriorate. As the nerve cells degenerate, it leads to paralysis and then death...

• Zinc’s Role in Multiple Sclerosis Development

  Past research has shown that it is a pathological disruption of zinc homeostasis that causes multiple sclerosis-induced motor deficits and spinal cord white matter damage. It is known that an abnormal vesicular release of zinc and accumulation of intracellular zinc may help to mediate several of the...