After suffering with undiagnosed scoliosis for years, patient Kim TerBeek is finally able to do many of the things she loved to do.
Scoliosis, or curvature of the spine, can occur at any age—even adulthood. A primary care physician or spine specialist should be able to detect the condition. But, that wasn’t the case for Kim TerBeek.
“I saw several doctors and none of them said I had scoliosis,” TerBeek says. “I even had two back surgeries and was still taking 10 to 15 pain pills a day for the pain. I couldn’t do simple tasks like vacuuming. Then I saw a doctor in Holland, Michigan, who told me I had a 46-degree curve in my spine and that it was the worst case of scoliosis he had ever seen.
“He couldn’t help me, but he referred me to Dr. Frank LaMarca. He said Dr. LaMarca was one of only six doctors in the United States who did the kind of surgery I needed.” Continue reading →
After a diagnosis of AVM, or arteriovenous malformation, Chantal Poole underwent urgent surgeries. Today, she is working and living life to the fullest as a mother to her five-year-old daughter.
An AVM, or arteriovenous malformation, is not something 18-year-olds usually worry about. But one day Chantal Poole, who had suffered from migraines since she was 13, had what she thought was the worst migraine of her life. It turned out to be a brain AVM that had caused a bleeding in her brain.
An AVM is a tangle of abnormal and poorly formed blood vessels that have a higher rate of bleeding than normal vessels. AVMs can occur anywhere in the body.
“That day at work I had a totally different pain,” Chantal says, “It was so bad that I lost vision in my right eye and I became weak. When I got off from work I had to sit in the lobby until my mother came and got me. I couldn’t drive because I couldn’t see.” Continue reading →
It makes sense that after a night of poor sleep, we might not be thinking as clearly the following day. But what about engaging in poor sleep habits throughout our lifetime? Could that put us at risk for long-term cognitive impairments, such as dementia?
Even in people who don’t seem to be cognitively impaired, poor sleep seems to correlate with subtle changes in the same brain proteins that are used to diagnose Alzheimer’s disease and other dementias. The question is why.
There are several explanations, which are not mutually exclusive and could all be true:
Sleep is biologically important for reducing or clearing harmful neurodegenerative proteins from our brains. Exciting new studies in mice have suggested that sleep may clean the brain of amyloid beta, a protein linked to Alzheimer’s disease.
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