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Choosing The Right Mobility Equipment To Help You Get Around

Cycling for Freezing Gait in Parkinson’s Disease | NEJM

There are many important assistive mobility devices that will help you simplify the daily life for those living with PD.

  • Walking Cane: the Comfort-Plus Quad Cane by Airgo is very suitable for PD patients as it has a single shaft attached to a four-legged base that allows for greater weight-bearing. It is designed to provide extra stability for individuals who need it. This cane can be held in the left or right hand.
  • Walking frame: there are three different types of walking frames

1. non wheeled walking frames are a type of walking equipment, lightweight and robust, offering stability and support to those who need it whilst walking. The replaceable rubber feet ensure the longevity of the product. These key features define the non-wheeled walker:

  • Lightweight Zimmer frame
  • Ergonomic handgrips for added comfort

These walking frames are the most stable frames from the three models.

2. folding walking frames are an easy-to-use option for those wanting to put their walking frames away if they dont need them. Or use them to take with you in the boot of the car. It folds with simple mechanisms.

These frames are defined by their key features

  • Folding Zimmer Frame
  • Comfortable handgrip
  • Compact for transport and storage

Our Folding Walking Frame with Pull Ball by Days does not have clasps, catches, buttons or complicated systems to fold it. Just pull the ball towards you and the frames pivots and folds.

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An Overview Of Red Light Therapy

Red light therapy is often used as an umbrella term that encompasses both red light and near-infrared light. Other terms that are commonly used for this treatment method are photobiomodulation and low-level light therapy .

The major difference between red light and NIR light is the depth to which they can penetrate tissue and bone. Red light can absorb into the bodys tissues up to about 1-2cm . NIR light wavelengths absorb about 4cm .

Red light therapy has been shown in hundreds of clinical studies to have a wide variety of therapeutic effects on the human body. The treatment is administered to bare skin and t forehead via powerful light-emitting diode bulbs.

Light photons are absorbed into the skin and underlying tissue where they interact with mitochondria, the energy factories inside most cells. Mitochondria, in turn, are stimulated to produce adenosine triphosphate , which is the primary fuel for cells. This process is much like photosynthesis, whereby plants absorb energy from the sun to make glucose for their food.

Because of the difference in wavelengths, red light and NIR light are suitable for different types of therapies. Red light soaks into the skin where it stimulates collagen and elastin production, along with forming capillaries and reducing inflammation. Its shorter wavelengths cant absorb deeper into the body, so its the ideal therapy for chronic skin conditions, hair loss, and for reversing the signs of aging.

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Do People With Parkinsons Need A Caregiver

There is no one answer to this question, as each persons individual situation is different. However, in general, people with Parkinsons disease may benefit from having a caregiver, especially if their symptoms are severe. A caregiver can provide assistance with activities of daily living, help manage medications, and provide emotional support.

We refer to caring as everything we do to assist a friend or relative who is ill or disabled as a result of their illness or disability. It is an ever-changing role for Parkinsons disease caregivers, with their demands increasing with each passing year. A caregiver is often a health care advocate for their loved one, manages medications, schedules appointments, and assists with daily needs. Diagnosed with Parkinsons disease in the early stages, caregivers are assisting their loved one with the diagnosis and learning how to manage their medications. The caregivers responsibilities and burden increase significantly during the mid-stage of the disease. Changes in the way a person thinks in late stage PD can also include changes in the way they act.

Researchers At Durham University Are Working On A New Infrared Light Therapy That Might Have The Potential To Help People With Dementia

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In the approach, people wear a specially adapted helmet which delivers infrared light deep into the brain for six-minutes per treatment. This stimulates mitochondria that generate most of the chemical energy needed to power the biochemical reaction in the brains cells.

The researchers .

The research team is confident that this can lead to a rise in the level of an organic compound called adenosine triphosphate , which is markedly decreased in dementia patients, provides energy to drive processes in living cells and helps nerve cells repair. The therapy can also increase levels of nitric oxide, and therefore blood flow in the brain, by improving the flexibility of the membrane that lines the inside of blood vessels. This opens up blood vessels so more oxygen can reach the white matter deep in the brain. The helmet can be easily worn by patients, meaning the therapy can be readily delivered at home.

In their latest pilot study the team found improvements in healthy people, aged 45 and over, who received six minutes of therapy twice daily at a wavelength of 1068 nanometres over a period of four weeks. This included a signicant improvement in performance in motor function , memory performance , delayed memory and brain processing speed.

Durham University

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Near Infrared Chronic Intracranial Illumination For Neuroprotection In Parkinsons Disease

Objective/Rationale: The treatment of Parkinsons Disease is based on medication and on surgical procedures. These therapies alleviate symptoms but do not change the evolution of the disease, which is a progressive degeneration of the neurons producing dopamine in the brain. This degeneration is in part due to an abnormal functioning of the mitochondrias that produce energy in these neurons. There is evidence that infrared light can counteract this mitochondrial dysfunction.

Project Description: We will develop a prototype to deliver continuously into patients brains infrared light to slow down the loss of these dopaminergic neurons by improving their mitochondrial function. Human application requires checking the safety of the invented devices in laboratory pre-clinical models. An implantable prototype is being assembled from parts already made by industrial companies for deep brain stimulation. It will be implanted in models to check the safety of the surgical procedure and the long term tolerance of this device. The proof of principle of the therapeutic effect also has to be made. We will implant the device in models rendered parkinsonian by administration of the neurotoxin MPTP and observe the evolution of this parkinsonian syndrome under the effect of this intracranial illumination.

An Overview Of Parkinsons Disease

Parkinsons disease is an incurable nervous system disorder. It is characterized by movement problems including uncontrolled tremors, impaired balance, muscle stiffness, and Bradykinesia that usually begins on one side of the body, eventually affects both sides of the body, and worsens over time.

It is often accompanied by depression, emotional changes, loss of facial expression, speech changes, muscle cramps, pain, fatigue, urinary/excretory problems, sleep problems, dementia and other cognitive declines, sexual dysfunction, difficulty chewing and swallowing, and orthostatic hypotension .

PD is caused by the abnormal death of brain cells , especially in the substantia nigra, which is the base of the brain which controls dopamine production. Dopamine is a neurotransmitter that helps control motor functions such as walking. MS patients also have extremely low production of norepinephrine, which is responsible for the autonomous nervous system functioning including blood pressure.

Although the cause of neuronal death is not fully known, it could be due to environmental toxins such as pesticides, hereditary factors, and/or mitochondrial dysfunction. The mitochondria are the energy-producing centers of cells in the human body and it is believed that mitochondrial dysfunction may be the culprit in several neurodegenerative disorders, including PD.

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Everything You Need To Know About Red Light Therapy And Parkinson’s Disease

Emerging research on red light therapy for Parkinson’s shows great promise for patients suffering from this neurological disorder. Although medications may help control symptoms, they cannot repair the underlying nerve damage that is characteristic of Parkinsons. As red light therapy works at the cellular level, it can help heal the nerve damage, and also relieve symptoms of the disease.

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University Of Maryland School Of Medicine Develops Breakthrough Treatment For Parkinson’s Disease

Since 2015, Maker Faire Rome has been running a contest dedicated to advanced tech-enabled healthcare solution: Make to Care.

Make to Care is promoted by Sanofi Genzyme, Specialty Care division of Sanofi. Sanofi Genzyme is specifically providing solutions for rare diseases, multiple sclerosis, oncology and immunology. MaketoCare wants to celebrate and support initiatives and projects arising from the cleverness and passion of the Maker community.

Make to Care is aimed at bringing out and facilitating the creation and growth of innovative and useful solutions to meet the real needs of people with any form of disability, meant as any marked decrease in quality of life due to pathologies and / or traumatic events.

The participation to the contest is open to all those who have been able to grasp a concrete need, directing their talent and proposing an innovative solution.

Maker Faire Rome The European Edition has been committed since eight editions to make innovation accessible and usable to all, with the aim of not leaving anyone behind. Its blog is always updated and full of opportunities and inspiration for makers, makers, startups, SMEs and all the curious ones who wish to enrich their knowledge and expand their business, in Italy and abroad.

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Parkinsons Disease And Movement Disorders Center

Our center provides compassionate and timely treatment to patients with movement disorders, such as dystonia, ataxia, essential tremor and similar conditions. But our mission goes beyond patient care excellence. By offering educational events and support groups, we empower patients and caregivers to become better partners in their health.

The Evolution Of Treatments

The history of Parkinson’s disease is tightly linked to therapeutic interventions, ranging from serendipitous observations to controlled clinical trials of specifically designed agents.

Parkinson devoted a chapter of his monograph to considerations respecting the means of cure . In humility and perhaps with a vision toward current concepts of neuroprotection, he hoped for the identification of a treatment by which the progress of the disease may be stopped . To this end, he advocated very early therapeutic intervention when signs were largely confined to the arms without balance and gait impairments. Reflecting therapeutic approaches of the early nineteenth century, Parkinson recommended venesection, specifically advocating bloodletting from the neck, followed by vesicatories to induce blistering and inflammation of the skin. Small pieces of cork were purposefully inserted into the blisters to cause a sufficient quantity of purulent discharge . All these efforts were designed to divert blood and inflammatory pressure away from the brain and spinal cord, and in this way, decompress the medulla that Parkinson considered the seat of neurological dysfunction.

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Special Suit Shows How Parkinsons Disease Feels

If you read about Parkinsons disease , you will quickly hear about typical symptom such as muscle stiffness and tremor. But how does that feel?

For a healthy person it is very difficult to imagine who it feels to have PD. Dr Roland Schöffel from SD& C has therefore built the Parkinsons Suit, with which one can simulate PD. The NCER-PD Team has tested the suit at the Annual Conference 2015 of the young patient organisation in Saarlouis, Germany.

At first sight the suits resembles a racing outfit. A young man helps interested people into the red overall. But after the comfortable suit follows quickly the mobility-restricting measures: cuffs on knees and elbows hinder the flexion of these joints. Next follow heavy weights on arms, legs and trunk. The SD& C employee loads a total of 10 kilos onto the participants body and explains that the cuffs and weights should simulate how heavy and inflexible the muscles of patients can feel. The suit focuses only on the motor symptoms and simulates an average person as the severity and type of symptoms can vary from patient to patient. In the practical test, NCER-PD employee Dr Sabine Mosch is clearly walking slower. She clearly has a hard time pursuing movements that require lifting of arms or legs.


Drive Medical Nitro Euro Style Walker

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If you wish to have a walker that has all standard features plus a stylish look and comes with a reasonable price on Amazon, Drive medical nitro euro style walker is the one you should seriously consider.

The walker serves as a great aid for people with mobility problems like Parkinsons disease. Using it provides increased safety, flexibility, and great walking comfort. It is crafted with a high-quality aluminum frame with a built-in brake cable for extra safety and protection. The overall frame of the walker is very stable and safe. It can handle a weight of up to 350 pounds.

A feature you may not see in other walkers is its big front wheels that help you smoothly go through very rough surfaces like stone roads and lawns. Also, the walker is very handy. It can be folded and you can take it in the trunk of your car and enjoy outdoor gatherings with your family and friends.

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+ How Far Does The Red And Near Infrared Light Penetrate Into The Brain

Its likely that red and near infrared light can shine directly onto the brain cells in the outer two or more centimetres of brain tissue. Thats a lot of brain cells. Research has shown that light penetrates further if the whole head is covered with light.

Here is a graphic from a 2015 research paper, modelling the effect of shining red and near infrared light onto the head. On the right, you can see how far a single light source penetrates into the head. The most penetration is in red, and the blue is the least. Theres a little splodge of red, but not much. Compare this with the graphic on the left where there is light shining all over the head . You can see how much further the light penetrates into the brain.

From: Lan Yue and Mark S. Humayun Monte Carlo analysis of the enhanced transcranial penetration using distributed near-infrared emitter array, Journal of Biomedical Optics 20, 088001 .

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Ethics Approval And Consent To Participate

The study received human research ethics approval by the Griffith University Human Research Ethics Committee . All participants gave written informed consent prior to taking part in the study. All protocols were approved by the Griffith University Human Research Ethics Committee and were conducted in accordance with their regulations and guidelines.

Consent for publication.

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Global Personal Mobility Devices Market Opportunities

Increased Demand in Developing Nations

According to figures released by the Economic and Social Commission for Asia and the Pacific , the populace of Asia-Pacific is aging at an unprecedented rate, with the number of older people expected to double from 535 million in 2015 to about 1.3 billion by 2050. As this demographic is more susceptible to age-related conditions like visual impairments, arthritis, and spinal cord issues, it is anticipated that the need for personal mobility devices will increase in developing nations. Consequently, the increase in the elderly population in emerging nations, coupled with the competitive and cheap costs of personal mobility devices, is predicted to generate lucrative prospects for market participants over the forecast period.

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Diy Helmets Sent Around Australia

UM School Of Medicine Develops Non-Invasive Treatment For Parkinson’s Disease

The Dorset Community Shed started making its own light bucket helmets last year after hearing of peoples success using the lights.

Mervyn Chilcott said the shed has made 78 buckets since last April and has more on order.

We start off with a rubbish bin, cut the top off and line it with LED lights that we bring in from China, he said.

Theyve gone all over Tasmania and different parts of Australia and they are definitely making a difference in the quality of life.

They mightnt be curing Parkinsons, but theyre certainly giving quality of life to people with Parkinsons and other people with brain disorders.

Experts warn red light treatment should not be used without consulting with a health professional first.

And even though it will take time before the results are known, those using the lights said they will keep using them anyway.

With the work thats now being done on using light therapy, I think it will open up much broader opportunities and possibilities for the medical profession that havent yet been discovered, Mr Burr said.

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