Hanbing Wang M.D.

Recommended Articles

• Woman with Multiple Sclerosis Finds Relief in Stem Cell Therapy

  Karen Boyd, a 46-year-old woman from Traverse City, has been coping with multiple sclerosis (MS) for over 11 years. “It's where your own immune system attacks itself” she said. Boyd was first diagnosed in 2005, when she started taking several medications to help alleviate her symptoms. “I was...

• New Drug for Parkinson's Disease Approved by FDA

  The US Food and Drug Administration (FDA) recently passed a new drug called amantadine extended release capsules to treat dyskinesia in those who have Parkinson’s disease and  are also on medication therapy. The Michael J. Fox Foundation recently created the UNDRS or Unified Dyskinesia Rating...

• Do You Know Enough About Seizures?

  Any changes in the electrical system of the brain can cause a seizure. It can sometimes be called an attack, convulsion, spell, or a fit. There can be many causes for a single seizure such as lack of oxygen, infection, tumor, high fever, trauma, poisoning, or after a brain surgery. It is important...

• Common Antioxidant May Slow Multiple Sclerosis Progression

  To date, multiple sclerosis (MS), a chronic neurological condition, affects more than 2.3 million individuals worldwide. The immune system mistakenly attacks the myelin, which is the protective layer that surrounds the nerve fibers. This, in turn, disrupts the regular nerve signaling between the...

• What Is an Ischemic Stroke?

  Ischemic stroke is a type of stroke that occurs as a result of the blockage of blood vessels that supplies blood to the brain by a blood clot. This prevents blood from reaching the brain. Consequently, the brain does not get enough oxygen for normal functioning. According to statistics, about 87% of...

• 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...