Medscape: Medscape Access. Sign In. Impact Factor:3.140 | Ranking:Clinical Neurology 57 out of 192 Source:2014 Journal Citation Reports® (Thomson Reuters, 2015) Free registered access for individuals This journal is currently free to access for registered individuals. Register here Sign in below (if you have already registered) Sign In. Fatigue in multiple sclerosis is closely related to sleep disorders: a polysomnographic cross-sectional study. Christian Veauthier, Hanse-Klinikum, Department of Neurology, Große Parower Strasse 47-53, 18435 Stralsund, GermanyEmail: firstname.lastname@example.org Abstract Background: Sleep disorders can cause tiredness. The relationship between sleep disorders and fatigue in patients with multiple sclerosis (MS) has not yet been investigated systematically. Objective: To investigate the relationship between fatigue and sleep disorders in patients with MS. Methods: Some 66 MS patients 20 to 66 years old were studied by overnight polysomnography.
Results: Of the fatigued MS patients, 96% (n = 25) were suffering from a relevant sleep disorder, along with 60% of the non-fatigued MS patients (n = 24) (p = 0.001). Conclusion: Our results demonstrate a clear and significant relationship between fatigue and sleep disorders. Article Notes ↵* These authors contributed equally. Received September 21, 2010. Brochure Sleep Disorders MS BasicFacts FINAL. Fatigue. Several different kinds of fatigue occur in MS. For example, people who have bladder dysfunction (producing night-time awakenings) or nocturnal muscle spasms, may be sleep deprived and suffer from fatigue as a result. People who are depressed may also suffer fatigue. And anyone who needs to expend considerable effort just to accomplish daily tasks (e.g., dressing, brushing teeth, bathing, preparing meals) may suffer from additional fatigue as a result.
In addition to these sources of fatigue, there is another kind of fatigue — referred to as lassitude — that is unique to people with MS. Researchers are beginning to outline the characteristics of this so-called "MS fatigue" that make it different from fatigue experienced by persons without MS. MS-related fatigue does not appear to be directly correlated with either depression or the degree of physical impairment. Fatigue. British Snoring & Sleep Apnoea Association. Hacking Your Brain Waves: Wearable Meditation Headsets. Perhaps you’ve seen pictures of people lying in giant machines that record brain activity; or a man running on a treadmill with dozens of little wires attached to his muscles.
These devices are usually big, expensive, and operated by people that have been taught how to use them. That could be a thing of the past. We can now record the same activity using much smaller, inexpensive and easy-to-use wearable technology You attach these wearable devices to your body in order to measure physiological activity–heart rate, body temperature, respiratory rate, muscle tension, and brain waves. This is biofeedback. Having this immediate feedback from your body can allow you to better understand and react to certain states. Imagine seeing your brain activity in real-time, while meditating or while feeling stressed at work, and being able to adapt what you’re doing to get better results. The Wearable EEG Meditation Headsets Biofeedback headsets measure your brain waves, using EEG. 1. 2. 3. 4. Sleep Clinics in Leicestershire.
Giving Yourself a Manual Injection - Administering COPAXONE® | MS Watch. Preparing for Copaxone self-injection Self-injection with Copaxone Manual injection - Abdomen Manual injection - Arm Manual injection - Buttocks and Hips Manual injection - Thigh To ensure that the solution has warmed up to room temperature, allow the unopened blister containing the syringe to stand at room temperature for at least 20 minutes. Remove the syringe from its protective blister package by peeling back the paper label. Pull the needle straight out (respecting the insertion angle). How to reach the injection sites Refer to the Copaxone Injection Guide for information on how to reach the various injection areas for injection with the autoject®2.
Download the Copaxone Injection Guide or contact a Shared Solutions nurse for further assistance with your injections. Obstructive sleep apnoea - Diagnosis. Obstructive sleep apnoea (OSA) can usually be diagnosed after you've been observed sleeping at a sleep clinic, or by using a testing device worn overnight at home. If you think you have OSA, it's important to visit your GP in case you need to be referred to a sleep specialist for further tests and treatment. Before seeing your GP, it may be helpful to ask a partner, friend or relative to observe you while you are asleep if possible. If you have OSA, they may be able to spot episodes of breathlessness. It may also help to fill out an Epworth Sleepiness Scale questionnaire. This asks how likely you'll be to doze off in a number of different situations, such as watching TV or sitting in a meeting. The final score will help your doctor determine whether you may have a sleep disorder.
An online version of the Epworth Sleepiness Scale can be found on the British Lung Foundation website. Seeing your GP The next step is to observe you while you are asleep. Observing your sleep Testing at home. Sleep disorders widely undiagnosed in individuals with multiple sclerosis -- ScienceDaily. In what may be the largest study of sleep problems among individuals with multiple sclerosis (MS), researchers at UC Davis have found that widely undiagnosed sleep disorders may be at the root of the most common and disabling symptom of the disease: fatigue. Conducted in over 2,300 individuals in Northern California with multiple sclerosis, the large, population-based study found that, overall, more than 70 percent of participants screened positive for one or more sleep disorders.
The research highlights the importance of diagnosing the root causes of fatigue among individuals with MS, as sleep disorders may affect the course of the disease as well as the overall health and well-being of sufferers, the authors said. The study "The Underdiagnosis of Sleep Disorders in Patients with Multiple Sclerosis," is published online in the Journal of Clinical Sleep Medicine. "The vast majority of these sleep disorders are potentially undiagnosed and untreated," he said. Poor sleep contributes to MS-related fatigue: Sleep disturbances are underrecognized factor in debilitating secondary fatigue in people with MS -- ScienceDaily.
Kessler Foundation's Lauren Strober, PhD, explores the association of secondary fatigue and sleep disturbances in multiple sclerosis (MS). "Fatigue in multiple sclerosis: a look at the role of poor sleep" was published in Frontiers in Neurology. Dr. Strober, an MS researcher at Kessler Foundation, confirmed that sleep disturbances significantly contribute to MS-related fatigue, a common and often disabling symptom among individuals with MS. Review of the pertinent literature showed that sleep may be the dominant factor in fatigue in MS.
"Fatigue is detrimental to daily functioning and well being," noted Dr. Dr. Multiple Sclerosis. Medical Technology News | Medgadget. Comfortably Numb Device Cools Skin to Prevent Pain of Drug Injections (VIDEO) | Medgadget. Medtronic i-port Advance Injection Port Now Available for U.S. Diabetics on Insulin | Medgadget. Enable Wearable Wireless Injector with Bluetooth Keeps Tabs on Delivery of Biologics | Medgadget. "Breakthrough: More than Human," A National Geographic Channel Documentary on Empowering Technologies | Medgadget.