movement disorder

Improving Fine Motor Skills

A loss of fine motor skills is a common symptom of neurologic conditions. Try these creative ways to improve dexterity or adapt to changes.

Eight years ago, Schuetz’s creative passions were threatened when he was diagnosed with Parkinson’s disease and began experiencing worsening tremors in his right hand. Eventually his writing diminished, as did the beautiful lettering he once was so proud of. The loss was a wake-up call, says the 66-year-old resident of Timonium, MD.

“I have a lot to lose if I let this disease take away my hand dexterity,” says Schuetz. “Not only the sense of feeling productive, but a bit of my identity, too. It’s important to keep my hand skills up to par.”

Decreased Dexterity

Parkinson’s disease, with its tremors, freezing, and stiffness, is not the only neurologic condition that can cause hand and finger difficulties like Schuetz’s. For people with essential tremor, the shaking worsens with activity. Those with multiple sclerosis (MS) often experience lack of coordination and hand weakness. Dystonia, a movement disorder that causes uncontrollable muscle contractions, can result in twisted posture and cramping, which can affect hand dexterity. Neuropathies may cause numbness and weakness. And about eight out of 10 stroke survivors experience weakness on one side of the body, including the hand, according to a 2014 study in the Journal of Neuroengineering and Rehabilitation.

For people with MS, trouble with dexterity can happen at any stage of the disease, says Michael J. Olek, DO, associate professor of neurology at the Touro University Nevada College of Osteopathic Medicine in Henderson, NV. “Patients may have trouble with handwriting, using keyboards, and preparing meals.”

Dearth of Studies

Research on how to improve fine motor skills affected by neurologic disorders is minimal, especially compared with research on aerobic exercise, says Lisa M. Shulman, MD, FAAN, distinguished professor in Parkinson’s disease and movement disorders at the University of Maryland School of Medicine.

Patients often worry more about improving their walking and balance and less about improving dexterity, Dr. Shulman says. “I think that’s because there are many workarounds for weak hands.” For example, people with poor fine motor skills can buy clothing with fewer buttons and zippers and shoes with easy fasteners, she says. They can also pick up prepared meals so they don’t have to cook.

Still, it’s important to focus on dexterity, Dr. Shulman says. She and patients like Schuetz offer the following advice for retaining dexterity or adjusting to its loss.

8 Ways To Address Dexterity

  1. Talk to your doctor. Patients are more likely to tell their doctors about problems with walking than loss of dexterity, says Dr. Shulman. “What I’ve observed is that patients who exercise are almost always using their larger muscles, especially in the lower body, when using a treadmill or stationary bike, which preserves lower body function. Meanwhile, their fine motor dexterity disproportionately worsens.” She encourages all patients to inform their neurologists and health care team about any loss of fine motor skills and ask for help in improving and maintaining function.
  2. Work with an occupational therapist. Physical therapy and speech therapy are more commonly part of a treatment plan than occupational therapy, says Dr. Shulman. “It’s important that neurologists encourage more patients to engage in occupational therapy.” It helps enhance independence, productivity, and safety in all activities related to personal care, leisure, and employment, says Kathy Zackowski, PhD, OTR, senior director of patient management, care, and rehabilitation research at the National Multiple Sclerosis Society.
  3. Consider writing aids. For many people, the simple task of signing a check or restaurant bill or writing a to-do list becomes problematic. To make writing easier, use a pen grip or fatter pens, advises Rick Schrader, 64, a former software salesman in Herndon, VA, who has hereditary ATTR amyloidosis, a rare condition that affects his nerves and hand mobility. His hands get cold easily and lose sensation, but he still balances his business checkbooks every Saturday. “I don’t write fast anymore, but if I take my time I can still write clearly.”
  4.  Write mindfully. Writing quickly and unthinkingly may result in small, cramped handwriting and tightness in your hand, said Dr. Zackowski. “Try not to rush your writing, and switch to print instead of cursive. Using lined paper provides a guide and forces you to use bigger letters, which helps keep writing more legible.” She adds that using a computer keyboard may be easier if you don’t mind typing. And for those who are used to typing but now find it difficult, many keyboard modifications are available, including a key guard that helps users press the key they want without accidentally pressing other keys.
  5. Use adaptive devices. For assistance when getting dressed, you can use reaching aids, button hooks, zipper pulls, Velcro shoe fasteners, or shoe horns, says Dr. Zackowski. To help with cooking and navigating the kitchen, she recommends tools such as nonskid placemats, utensils with oversized or angled handles, and rocking T knives, which cut food using a rocking motion. In the bathroom, Dr. Zackowski suggests getting a shower chair and a nonskid bath mat and installing grab bars. For grooming, Schrader uses an electric toothbrush and razor. Others may want to install a hands-free hairdryer on the wall or vanity.
  6. Try different utensils. Poor dexterity can make eating with a fork difficult, says Kathy Villella, who has primary progressive MS. Whenever she eats in a restaurant, Villella orders food such as ravioli that is easy to pick up with a spoon. John Martin, 82, of Independence, MO, who was diagnosed with essential tremor in 2008, uses weighted spoons and knives and eats with his left hand because his right hand is more affected by tremors.
  7. Keep fit. Staying active is the key to maintaining function and dexterity, says Carolee J. Winstein, PhD, PT, director of the motor behavior and neurorehabilitation laboratory at the University of Southern California in Los Angeles. “Work with your doctor and therapists to find a fitness and exercise plan that will help you maintain function in your hands and fingers.” Schuetz practices yoga, which he says helps him maintain strength and dexterity in his arms and hands.
  8. Improve fine motor skills. To keep his fingers flexible and loose, Schuetz kneads therapy putty, a thick Play-Doh-like paste that varies in pliability from easy to hard. In addition to practicing yoga and kneading therapy putty, Schuetz continues to draw and paint. He says gripping the pencils and paintbrushes strengthens his fingers.

Schuetz also makes rings out of spoons, a hobby he started in the 1970s. Today, it provides another way to stay physically and creatively engaged. He hopes to move beyond rings into small bronze sculptures of yoga poses. “I want to bring together my two main interests—art and yoga—and keep my hands busy and happy.”

Article from Brain & Life Magazine.

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Estrogen Therapy for Men? Maybe.

Men are more likely to develop Parkinson’s disease (PD) than women, and the onset of PD in men happens at a younger age. However, women with PD have a higher mortality rate, and once they have Parkinson’s, progression is faster. Research suggests that women get the disease at later in life when compared to men, at least in part, due to the natural protection estrogen provides. There are studies that have demonstrated that hormone replacement therapy (HRT) can provide dopaminergic neuroprotection in both young and menopausal female mice.

Could the female sex hormone, estrogen, be a therapeutic approach for delaying or reducing PD symptoms for men?

Recently published in the Journal of Neuroscience, a study titled, “Female Sex and Brain-Selective Estrogen Benefit α-Synuclein Tetramerization and the PD-like Motor Syndrome in 3K Transgenic Mice” (Rajsombath, Nam, Ericsson, & Nuber, 2019) investigated this possible therapeutic neuroprotective effect.

Using mice called 3K that show motor and neural changes associated with PD, researchers injected male mice under the skin with the hormone therapy DHED. What makes DHED so special is that it was designed to only activate estrogen in the brain. This matters because estrogen therapy has been associated with an increase in cancer in other parts of the human body.

The motor performance and brain health of the 3K male and female mice were compared along with whether DHED affects the progression of PD-like symptoms in males. The motor evaluations included their ability to clasp, climb down a pole, gait (walk) and balance on an accelerating rotarod, which is a lot like lumberjack logrolling. There were also highly sophisticated tests to determine possible changes in the build-up or clearing of protein clumping in the brain, along with the decline or increase in the health of dopamine neurons.

Results

Like the sex differences found in people with PD, 3K male mice developed PD-like symptoms faster than female mice. Furthermore, male mice treated with DHED had:

  • Improved clasping abilities
  • Improved downclimbing
  • Improved gait
  • Improved balance
  • Better clearing of risky alpha-synuclein (protein clumps in the brain)
  • Healthier dopamine neurons

What Does This Mean?

This study focused on the 3K male mice and how they responded to the estrogen therapy, DHED. When the male mice were treated with the DHED, they showed improvements in all the motor functions tested. They also showed significant improvements in the brain, including healthier dopamine neurons and lower amounts of alpha-synuclein at risk for clumping. Remember, clumped alpha-synuclein becomes Lewy Bodies ― a hallmark of PD.

It is also important to note that the successful development of the 3K model itself – which duplicates many differences in male and female PD at motor, cellular and molecular levels – is a significant step forward in closing the gender gap in PD research. Having a model that helps unravel how the pathology differently affects the two sexes informs new avenues of research that could lead to the development of tailored medications and interventions to meet the distinct needs of men and women with PD.

Read the study HERE. This article from parkinson.org.

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Parkinson’s & Driving Safety

The topic of driving can be a sensitive subject for folks with Parkinson’s disease (PD) and their care partners. Fortunately, just because one has a PD diagnosis does NOT necessarily mean that the freedom to drive needs to be taken away. There are many people with PD who continue to drive safely, years after they have been diagnosed.

However, we know that PD progresses over time. Symptoms change. Medications may be added and others stopped. Side effects from medications can change. New health problems may arise that make controlling PD more difficult. Because of these things, driving safety is an issue that requires re-evaluation from time to time. Independence and safety are priorities that should both be honored, while recognizing that sometimes modifications may need to be considered.

Things to consider when deciding whether to drive
Driving plays an important role in an individual’s sense of independence, personal control, and self-reliance, so giving up driving can be very difficult. People living with PD should consider the following questions when deciding whether or not to drive:

  • How is my vision? Can I see well at night? Can I distinguish colors, such as in traffic lights?
  • Would I be putting my passenger (friend or loved one) at risk?
  • How fast is my reaction time? Could I safely avoid a surprise obstacle in the road?
  • Has anyone (friend or family member) commented negatively on my ability to drive?
  • Can I handle multiple activities at the same time (whether driving or not)?
  • Can I effectively and quickly turn the wheel or step on the brake with enough strength?
  • Do my medications for PD (or other conditions) cause side effects like sleepiness, dizziness, blurred vision, or confusion?

These are understandable and important questions to be considered, but often people struggle with how to discuss the issue with loved ones or care partners. Sharing concerns or observations with a trusted friend or family member might be a good place to start.

In some cases, speaking with a doctor or professional, such as an occupational therapist, might be helpful. The American Occupational Therapy Association maintains a searchable database to help locate a Driving Rehabilitation Specialist so you or a family member may receive an assessment (https://www.aota.org/Practice/ Productive-Aging/Driving/driving-specialistsdirectory-search.aspx).

Driver Rehabilitation Specialists work with people of all ages and abilities, evaluating, training, and exploring alternative transportation solutions. Another tool for rating driving ability is offered by AAA at https://seniordriving.aaa.com/evaluate-yourdriving-ability/self-rating-tool/. Local rehabilitation hospitals also sometimes offer assistance in driver evaluation and training.

When the time comes that a person with PD needs to give up driving, it is important to remember that there are options. Public transportation can be an option. Friends and family members are often happy to help, and it is important not to be afraid to ask. Also, look into special shuttle services through local organizations and community centers.

Socialization and staying active help manage Parkinson’s symptoms. You don’t have to stay home once you are no longer driving.

 

Article from February 2020 issue of Dallas Area Parkinsonism Society newsletter.

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Doctors Prescribing Music Therapy

Music has proven time and again to be an important component of human culture. From its ceremonial origin to modern medical usage for personal motivation, concentration, and shifting mood, music is a powerful balm for the human soul. Though traditional “music therapy” encompasses a specific set of practices, the broader use of music as a therapeutic tool can be seen nowadays as doctors are found recommending music for a wide variety of conditions.

1. Music Helps Control Blood Pressure and Heart-Related Disorders

According to The Cardiovascular Society of Great Britain, listening to certain music with a repetitive rhythm for least ten seconds can lead to a decrease in blood pressure and a reduced heart rate. Certain classical compositions, if matched with human body’s rhythm, can be therapeutically used to keep the heart under control. The Oxford University study states, “listening to music with a repeated 10-second rhythm coincided with a fall in blood pressure, reducing the heart rate” and thus can be used for overcoming hypertension.

2. Listening and Playing Music Helps Treat Stress and Depression

When it comes to the human brain, music is one of the best medicines. A study at McGill University in Canada revealed that listening to agreeable music encourages the production of beneficial brain chemicals, specifically the “feel good” hormone known as dopamine. Dopamine happens to be an integral part of brain’s pleasure-enhancing system. As a result, music leads to great feeling of joy and bliss.

It’s not only listening to music that has a positive effect on stress and depression. The Namm Foundation has compiled a comprehensive list of benefits of playing music, which includes reducing stress on both the emotional level and the molecular level. Additionally, studies have shown that adults who play music produce higher levels of Human Growth Hormone (HgH), which according to Web MD, is a necessary hormone for regulating body composition, body fluids, muscle and bone growth, sugar and fat metabolism, and possibly heart function.

For more on how music can be composed to benefit the brain, read about States of Consciousness and Brainwave Entrainment.

3. Music Therapy Helps Treat Alzheimer’s Disease

Music therapy has worked wonders on patients suffering from Alzheimer’s disease. With Alzheimer’s, people lose their capacity to have interactions and carry on with interactive communications. According to studies done in partnership with the Alzheimer’s Foundation of America, “When used appropriately, music can shift mood, manage stress-induced agitation, stimulate positive interactions, facilitate cognitive function, and coordinate motor movements.”

4. Studying Music Boosts Academic Achievement in High Schoolers

Early exposure to music increases the plasticity of brain helping to motivate the human brain’s capacity in such a way that it responds readily to learning, changing and growing. “UCLA professor James S. Catterall analyzed the academic achievement of 6,500 low-income students. He found that, by the time these students were in the 10th grade, 41.4% of those who had taken arts courses scored in the top half on standardized tests, contrasted with only 25% of those who had minimal arts experience. The arts students also were better readers and watched less television.” This goes to show that in the formative stages of life, kids who study music do much better in school.

5. Playing Guitar (and Other Instruments) Aids in Treating PTSD

The U.S. Department of Veterans Affairs shared a study in which veterans experiencing Post Traumatic Stress Disorder (PTSD) experienced relief by learning to play guitar. The organization responsible for providing guitars, Guitars For Vets “enhances the lives of ailing and injured military Veterans by providing them free guitars and music instruction.” Playing music for recovery from PTSD resembles traditional music therapy, in which patients are encouraged to make music as part of their healing process. Guitar is not the only instrument that can help PTSD. In fact, Operation We Are Here has an extensive list of Therapeutic Music Opportunities For Military Veterans.

6. Studying Music Boosts Brain Development in Young Children

research-based study undertaken at the University of Liverpool in the field of neuroscience has light to shed on the beneficial effects of early exposure to music. According to the findings, even half an hour of musical training is sufficient to increase the flow of blood in the brain’s left hemisphere, resulting in higher levels of early childhood development.

The Portland Chamber Orchestra shares, “Playing a musical instrument involves multiple components of the central (brain and spinal cord) and peripheral (nerves outside the brain and spinal cord) nervous systems.  As a musician plays an instrument, motor systems in the brain control both gross and fine movements needed to produce sound.  The sound is processed by auditory circuitry, which in turn can adjust signaling by the motor control centers.  In addition, sensory information from the fingers, hands and arms is sent to the brain for processing.  If the musician is reading music, visual information is sent to the brain for processing and interpreting commands for the motor centers.  And of course, the brain processes emotional responses to the music as well!”

7. Music Education Helps Children Improve Reading Skills

Journal Psychology of Music reports that “Children exposed to a multi-year program of music tuition involving training in increasingly complex rhythmic, tonal, and practical skills display superior cognitive performance in reading skills compared with their non-musically trained peers.” In the initial stages of learning and development, music arouses auditory, emotional, cognitive and visual responses in a child. Music also aids a child’s kinesthetic development. According to the research-supported evidence, a song facilitates language learning far more effectively than speech.

8. Listening To Music Helps Improve Sleep

According to The Center for Cardiovascular Disease in China, listening to music before and during sleep greatly aids people who suffer from chronic sleep disorders. This “music-assisted relaxation” can be used to treat both acute and chronic sleep disorders which include everything from stress and anxiety to insomnia.

9. Playing Didgeridoo Helps Treat Sleep Apnea

 

A study published in the British Medical Journal shows that people suffering from sleep apnea can find relief by practicing the Australian wind-instrument known as the didgeridoo. Patients who played the didgeridoo for an average of 30-minutes per day, 6 days per week, saw significant increases in their quality of sleep and decreases in daytime tiredness after a minimum period of 3-months of practice. Dr. Jordan Stern of BlueSleep says, “The treatment of sleep apnea is quite challenging because there is not a single treatment that works well for every patient. The didgeridoo has been used to treat sleep apnea and it has been shown to be effective in part because of strengthening of the pharyngeal muscles, which means the muscles of the throat, as well as the muscles of the tongue.”

Article from DidgeProject.com.

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Linda Ronstadt on the sound of her life

This article from LA Times focuses on Linda Ronstadt, who was diagnosed with supranuclear palsy, a variant of Parkinson disease, in 2013.

READ THE ARTICLE HERE.

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The Story Changes, While the Message Endures

Parkinson disease was in the national spotlight recently with the passing of auto industry icon Lee Iacocca, as well as ESPN founder Bill Rasmussen’s recent announcement that he has been living with the disease.

Learn more about these two very different stories, and how Parkinson’s affected each of them.

Auto industry icon Lee Iacocca dies at 94. He helped launch the Ford Mustang and saved Chrysler from bankruptcy.

The Story Changes, While the Message Endures: “I Have Parkinson’s Disease,” ESPN Founder Bill Rasmussen

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Heel, Toe: Walking with Mindfulness

Mindfulness isn’t difficult, we just need to remember to do it.” — Sharon Salzberg

The ability to walk is something many of us, myself included, have always taken for granted. Now that I have Parkinson’s disease (PD), something that used to come as a matter of course to me is starting to deteriorate. PD has adversely affected my left side more than my right side. I find myself tripping more, since I tend to drag my left foot.

Walking now requires my conscious thought

Going for a walk is now more of a mindful task than an exercise for me. I find it much more therapeutic to focus on how I walk and be in the present moment than to think about the future and how my PD may progress. With each step I take, I concentrate on repeating to myself, “Heel, toe.”

My stride analysis

When there was snow on the ground, I decided to compare my walking steps when I did not focus on saying “heel, toe” with those from when I did. My footprints in the snow were very telling, so I took a photograph. On the left side of the photo are my steps when I was not thinking about my stepping patterns. You might notice that both feet show a bit of a drag in the snow. On the right side of the photo, as I moved forward, I really focused on flexing both of my feet and having my heel strike first. There are no signs of drag on either foot.

Heel, Toe: Walking with Mindfulness

Am I putting too much thought into this?

Years of training to improve as a dancer and a cyclist have made analysis of my body movements come quite naturally to me. Whether it was improving my pedal stroke for more cycling power or perfecting my balance to do pirouette turns, I learned to be mindful and to be in touch with how my body was performing. Now I must use that skill to help myself be more attentive when I walk.

My neurologist says I tend to overthink things. I believe our greatest strengths can also be our greatest weaknesses. Sometimes, I do overthink, to the point of getting paralysis by analysis. However, I believe that mindful analysis of my PD symptoms (including my walking technique) is critical in helping me to create different ways of doing things that at one time (before PD) used to come as second nature to me.

Article by Jean Mellano for Parkinson’s News Today.

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Virtual reality reduced PD symptoms for 10 people

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Digital Management of Parkinson Disease: Is Technology the Future?

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