Parkinson disease

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Parkinsons Disease: Know the Complex Symptoms

I interviewed Sarah Jones, MPA, MS, and CEO of PMDAlliance. Her organization did a survey on the impact of non-movement symptoms on people with Parkinson's Disease, which is a progressive, neurodegenerative disorder. The symptoms people typically associate with the disease is either a hand tremor or

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Dr Jenny Brockis | #BrainHealth | Are we getting closer to understanding what triggers Parkinson’s disease? - Parkinson’s disease is a brain condition where cells that produce a neurotransmitter called dopamine are lost in a particular area of our brain. Once 80% of these cells are lost those symptoms that we associate with Parkinson’s disease such as movement disorder and tremor become more apparent.

Dr Jenny Brockis | #BrainHealth | Are we getting closer to understanding what triggers Parkinson’s disease? - Parkinson’s disease is a brain condition where cells that produce a neurotransmitter called dopamine are lost in a particular area of our brain. Once 80% of these cells are lost those symptoms that we associate with Parkinson’s disease such as movement disorder and tremor become more apparent.

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#370 Parkinson’s Disease for Primary Care with Dr. Albert Hung - The Curbsiders

Transcript-Cur-#370-ParkinsonsDownload Master the ins-and-outs of Parkinson’s Disease! We’re joined by Dr. Albert Hung, who teaches us pearls for the initial history and physical exam in a patient with undiagnosed Parkinson’s, a framework for management of early and advanced motor symptoms, tips for treating autonomic symptoms and cognitive / psychiatric features, and more. Claim free CME

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Parkinsons :  During movement, signals pass from cortex via reticular formation & spinal cord (A) & contract muscles. Other signals pass via B to basal ganglia, damp A signals, reduce muscle tone to smooth movement. Dopamine  in basal ganglia causes damping. Acetylcholine inhibits damping. PD basal ganglia degeneration depletes dopamine & basal ganglia are prevented from modifying pathways controlling muscle contraction. Muscles become tense, tremor, rigid, & slow. Drugs increase DOP/oppose ACH.

Parkinsons : During movement, signals pass from cortex via reticular formation & spinal cord (A) & contract muscles. Other signals pass via B to basal ganglia, damp A signals, reduce muscle tone to smooth movement. Dopamine in basal ganglia causes damping. Acetylcholine inhibits damping. PD basal ganglia degeneration depletes dopamine & basal ganglia are prevented from modifying pathways controlling muscle contraction. Muscles become tense, tremor, rigid, & slow. Drugs increase DOP/oppose…

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