Master Parkinson's

Identify motor and non-motor symptoms of Parkinsonism, showing how muscle movement issues coexist with non-motor challenges such as psychiatric problems.

Explore the different tremor types, including resting tremor, action tremor, and pill rolling tremor, with examples such as a hand at rest and nose-touch movements.

Explore how freezing and start hesitation affect gait in Parkinson's, where patients briefly stop mid-step while walking and hesitate to stand and step forward from a seated position.

Explore how dystonia and cramps arise from motor symptoms in parkinsonism, including writer, foot, cervical, oromandibular, and vocal chord dystonia, and note factors like dehydration and poor blood circulation.

Explore falls in parkinsonism caused by gait and balance problems, freezing of gait, rigidity, tremor, and cognitive factors, and learn risk reduction through environment, aids, footwear, and rhythmic movement.

Identify non-motor symptoms of parkinsonism, including pain, fatigue, sleep issues, autonomic problems, and speech, swallowing, eye, and dental challenges, plus anxiety, depression, and Lewy body dementia considerations.

Explore how Parkinson's disease causes musculoskeletal pain from rigidity and dyskinesia-related aching to dystonia, radicular and central pain, and how management may involve Parkinson's medications or painkillers.

Understand postural hypotension as a drop in blood pressure when standing, causing dizziness or potential collapse. Adopt lifestyle changes and medications, noting it is more common in Parkinson plus syndromes.

Explore how parkinsonism affects oral health and swallowing, including bruxism, dry mouth, dysphagia, impaired chewing, and coordination issues that raise aspiration risk.

Identify how parkinsonism affects speech muscles, causing low volume, monotone voices and unclear articulation, and recognize micrographia and cognitive or psychiatric factors that hinder communication.

Cognition declines as parkinsonism advances, with reduced focus and concentration, forgetfulness, and disconnection from the environment, potentially progressing to dementia in advanced stages.

Explore young onset parkinsonism, defined as parkinsonism before age 50, and address social pressure, financial burden, and psychiatric issues like anxiety and dementia needing health care providers and support workers.

Diagnosing parkinsonism relies on a clinical approach, as no single test confirms Parkinson's disease. Take a history, perform a clinical exam, and use labs or imaging to exclude other conditions.

Explore non-medical management options for Parkinson's disease, including physical, occupational, and speech therapy, exercise programs, nutrition counseling, psychological support, mind-body practices, social support and engagement, sleep hygiene, and caregiver education.

Explore how smoking and caffeine intake relate to Parkinson's disease, noting some reported benefits of smoking while warning against starting and urging cessation due to high risks.

Adopt a healthy, balanced diet for Parkinson's patients, covering all essential macro and micronutrients, while tailoring approaches to individual deficiencies since no universal Parkinson's diet exists.

Levodopa serves as a dopamine replacement for Parkinson's patients, but its short half-life leads clinicians to combine it with benserazide or carbidopa, and with duo dopa to control symptoms.

Explore how dopamine agonists mimic dopamine in the brain, their effectiveness, and risks like impulse control disorders. Do not prescribe to patients with gambling activities or other addictive impulses.

Parkinson's symptoms fluctuate over time, known as on/off syndrome, and are influenced by factors like medication wearing off, disease progression, and drug absorption issues.

MAO-B and COMT inhibitors slow dopamine breakdown, extending the action of intrinsic dopamine and levodopa. Using these inhibitors as supporting drugs with levodopa benefits Parkinson's disease therapy.

Learn how amantadine reduces dyskinesia with limited motor relief, how anticholinergics target tremors and may cause confusion in older patients, and how apomorphine provides off-period relief with levodopa in Parkinson's.

Explore how deep brain stimulation relieves advanced and complex Parkinson's disease by implanting a pulse generator and electrode wires that deliver high-frequency brain stimulation to reduce tremors, bradykinesia, and dyskinesia.

Explore complementary therapies for Parkinson's disease, including exercise, mind-body practices, acupuncture, massage, music and art therapy, supplements, and aromatherapy for symptom control and potential progression delay.

Explore impulse control behaviors in Parkinson's disease as side effects of certain medications, especially dopamine agonists, and the impact of gambling, shopping, hypersexuality, binge eating, and hobbyism.

Plan for Parkinson's by creating a will, lasting power of attorney, and directives. Discuss preferences with your medical team and loved ones to guide care under Mental Capacity Act 2005.