It is used to measure improvements and differences in Pre and Post program performances but not to compare them to “healthy individuals.”
BP blood pressure, RPE ratings of perceived exertion, HR heart rate, MS multiple sclerosis; RM, repetition maximum
a RPE is a subjective rating scale ranging from six to 20 that gives an indication of the workout intensity level
The individualized exercise program should be designed to address a patient’s chief complaint or goal—to improve strength, endurance, balance, coordination, fatigue, etc. It should consider a patient’s baseline impairments and capabilities [ 18 , 50 ]. The prescription should include all the necessary components, such as frequency, duration, intensity, modalities to be used, and precautions to be observed [ 50 ].
An exercise staircase model has been proposed for exercise prescription and progression for a broad spectrum of MS patients [ 23 ].
At the base of the staircase is the passive range of motion exercises. This serves as the foundation and is suitable for the most physically and cognitively disabled. These exercises should be done no less than once daily.
The next step up the staircase is the active range of motion exercises. These are proper for less disabled MS individuals and may be carried out with or without gravity eliminationas strength allows. Even when diffused weakness exists, resistance exercises of cautiously chosen muscles, perhaps not more than 2 per limb, may still permit efficient strengthening. In motivated patients with mild MS, focused muscle strengthening with progressive resistive exercises may be effective.
The third and highest step in the staircase is integrated exercises. Integrated exercises use a combination of strength, endurance, flexibility, balance, and coordination exercises [ 16 , 23 ]. Recent studies have also shown that combined exercisetraining may have advantages, especiallyin reducing fatigue perception, and improving someaspects of QOL [ 58 , 59 ]. The exact combination of exercises should be individualized according to patient needs and capabilities. Aquatic exercise is a good example of an integrated exercise, simultaneously incorporating endurance, resistance, flexibility and balance components [ 16 , 23 ].
In general, aerobic training of low to moderate intensity produced improvements in aerobic capacity and in measures of HRQL, mood, and depression in patients with mild to moderate MS (EDSS < 7). Aerobic training is generally safe and well tolerated in these patients [ 13 , 16 ]. Individuals with MS have been shown to make favorable gains in cardiorespiratory fitness within a short span of 4 weeks [ 18 , 60 ].
Bicycle ergometry, arm ergometry, arm-leg ergometry, aquatic exercise, and treadmill walking may all be suggested, although rowing and running are only recommended for MS patients with proper functioning [ 13 , 54 , 55 , 60 – 67 ]. Currently, the use of robot assisted weight supported treadmills has shown promising results in MS patients [ 68 – 71 ]. Exercise frequency of 2–5 weekly sessions is recommended according to the patient’s toleration. It is preferred to set these sessions in non-resistance training days [ 13 , 53 – 55 ]. Starting with intensity of 40%–70% of VO 2 max, 60%–80% of maximal heart rate or 40%–60% heart rate reserve is recommended [ 13 , 18 , 53 , 63 , 64 ]. A rating of percieved exertion (RPE) scale of 11–13 (fairly light to somewhat hard) is another valuable alternative for exercise intensity. As autonomic dysfunction (a common finding in MS patients) may attenuate the HR response to exercise in MS patients, the use of the RPE scale is advised throughout the exercise [ 13 , 53 – 55 ].
Depending on the level of patient’s disability, the initial training duration of 10–40 min is suggested. At first, it may be splitted to three 10-min bouts [ 13 , 53 – 55 ]. During the first 2–6 months, progression should be attained by increasing the duration or frequency of exercise sessions. After this time, it should be checked to find out whether a higher intensity is tolerable. In this condition, one training session may be replaced with interval training (up to 90% of VO 2 max) [ 13 , 18 , 53 – 55 ].
It is important that resistance training should be supervized for safety by an experienced staff until the MS patient is contented with the program [ 13 ]. Other than safety concern, it has been shown that supervised is more effective than nonsupervised resistance training [ 13 , 72 ].
In terms of resistance training modalities, the use of weight machines (i.e., closed kinetic chains) is preferred to free weights (i.e., open kinetic chains) for safety, especially in the initial training phase [ 13 ]. If weight machines are not practicable, a home based exercise program using elastic bands and/or body weight as resistance should be considered as a substitute. However, it is not easy to achieve the same benefit from this type of exercises, as it can be achieved using weight machines [ 13 , 18 ].
Training frequency of 2–3 weekly sessions is well tolerated and gives rise to significant progress in patients. Training intensity should be set in the range of 8 to 15 repetition maximum (RM) with 60%–80% of 1RM. Initial starting intensities of approximately 15 RM is suitable [ 53 – 55 ]. This should be gradually increased over several months toward intensities of approximately 8 to 10 RM [ 8 , 18 ]. Resistance can be securely added by 2% to 5% when 15 repetitions are properly carried out in successive training sessions [ 8 , 18 ]. However, day-to-day variability in fatigue will likely justify flexibility in the resistance program. The rate of progression should permit for full recovery between exercise sessions to prevent overuse musculoskeletal injuries [ 13 , 18 ].
The patient should begin with 1 to 3 sets, which can be gradually increased over a few months to 3 to 4 sets of each exercise. Allow rest breaks of 2 to 4 min between sets and exercises [ 16 ].
Regarding the number of exercises, a whole-body program including 4 to 10 exercises is suitable. As a general rule regarding the exercise order, large muscle group exercises should be performed before small muscle group exercises, and multiple-joint exercises before single-joint exercises [ 13 , 53 , 73 ]. Prioritize lower extremity over upper extremity exercises. In MS patients, the lower extremity strength deficit is greater than that of the upper extremity [ 13 , 74 ].
Balance training of agonist/antagonist muscle groups is also necessary. Particular emphasis should be placed on the posterior shoulder girdle, spine, hip and knee extensors, and dorsiflexor muscles [ 4 – 6 , 9 ]. However, any contraindications based on individual impairments should be addressed [ 16 , 18 ].
Sample exercises include shoulder press, seated scapular row, latissimus pull-downs, chest press, knee extensions, seated leg press, seated hamstring curls, biceps curls, seated triceps extensions, seated back extensions and abdominal crunches, and chair sit to stands [ 53 – 55 ].
In terms of precautions, weight lifting in a seated position (as in most weight machines) is preferred to minimize the risk of falling with free weights. If an individual has impaired proprioception or coordination, the exercise should be done under supervision [ 16 , 18 ]. Also, compared to the endurance exercise, resistance training in heat sensitive patients less frequently cause symptom exacerbations due to increased body temperature [ 18 ].
Individuals with MS usually have limited range of motion as a result of spasticity and prolonged immobility. Flexibility exercises are recommended to lengthen muscles, offset the effects of spasticity, enhance joint mobility, and improve balance and posture [ 18 ]. These exercises should be performed at least daily for 10 to 15 min [ 18 , 75 , 76 ]. Stretching should be done before and after exercise sessions and must involve both upper and lower body muscle groups used in the program. The neck extensors, anterior shoulder girdle, hip flexors, hamstring, hip adductors and plantar flexors should be especially emphasized [ 53 – 55 ]. Spastic muscles must be particularly targeted. Stretches should be slow, gentle, and prolonged. The stretch should be up to the end of the comfort range and held there for 20 to 60 s. Ballistic stretch or bouncing with the stretch is not recommended. Furthermore, stretching should not be painful. Individuals who need assistance with stretching may use a towel, rope, or partner. For immobilized patients with spasticity, passive stretching may be done by an expert therapist. Passive range of motion above the joint of a paralysed area is recommended. Complementary techniques such as deep breathing, light massage and progressive muscle relaxation techniques may also be beneficial. Supervized yoga or tai chi classes may be suitable for doing stretching exercises in higher-functioning MS patients [ 16 , 18 , 62 ].
Particular attention should be paid to include activities for improvement of balance and coordination. In these activities, the MS patient should shift the centre of gravity and respond to external signals. Swiss ball exercise with coordinated movements and bilateral muscle actions may increase coordination and balance, as well. This type of exercise is extremely helpful to increase strength and flexibility, as well. Tai Chi exercises with slow eccentric movements may also be beneficial to maintain balance, strength and range of motion. For patients with insufficient stability or strength to take part in the mentioned activities, coordination and balance drills may be done in shallow pools. In this milieu, the risk of falling or injury due to balance loss is minimised and support of the water will permit the accomplishment of challenging movements, when it is not possible on land. Improvement of posture, flexibility, coordination and muscle tone are potential advantages of water exercise [ 6 ].
Adaptation of respiratory muscles to training programs can occur similar to skeletal muscles [ 18 ].
In a study, Foglio et al. (1994) examined respiratory muscle function and exercise capacity in MS patients. They concluded that in patients, reduction in exercise tolerance may be associated, at least partially, to diminished respiratory muscle strength [ 77 ].
O’Kroy et al. (1993) showed that respiratory muscle training enhanced maximal inspiratory and expiratory pressures, controlled breathing exercises and increased respiratory muscle endurance in MS patients. The use of ventilatory resistance training devices may be helpful and increase respiratory muscle strength [ 78 ].
MS patients are especially susceptible to exercise-related fatigue, heat intolerance, and falling [ 53 – 55 ]. Furthermore, some problems such as spasticity, neurologic or cognitive deficits, and urinary incontinence may influence the exercise program. So, special measures should be considered in these cases. A summary of these precautions and safety recommendations are listed in Table 2 .
Special considerations and precautions for exercise prescription in MS patients
Special considerations | Precautions |
---|---|
Fatigue | Schedule resistance training on non-endurance training days [ , , ]. |
Spasticity | Consider foot and/or hand straps for ergometers. Use machines instead of free weights [ – ]. |
Heat intolerance and reduced sweating response | Encourage adequate hydration, keep room temperature between 20 and 22 ° C. Using of cooling fans and precooling before aerobic exercise might have positive effects on performance. It is better to plan exercise in the morning when body temperature is at the lowest [ , , ]. |
Cognitive deficits | Provide written instructions, diagrams, frequent instructions, and verbal cues [ – , ]. Exercise tasks should be initially performed with minimal resistance. Individuals with cognitive impairments may require additional supervision during exercise to ensure their safety [ ]. |
Lack of coordination in extremities | Consider using a synchronized upright or recumbent arm/leg ergometer to ensure balance and safety [ – , ]. |
Sensory loss and balance problems | Perform all exercises preferably in a seated position; use machines or elastic bands instead of free weights [ – , ]. |
Higher energy cost of walking (2–3 times greater than age-matched healthy persons) | Adjust workloads to maintain target heart rate and check heart rate regularly [ , – , ]. |
Daily variations in symptoms | Provide close exercise supervision and make daily modifications to exercise variables [ , – , ]. |
Urinary incontinence /urgency | Ensure adequate hydration, and schedule exercise in close proximity to restrooms [ – , ]. |
Symptom exacerbation | Discontinue exercises and refer the patient to a physician. Resume exercise program. Once symptoms are stable and the patient is medically ready to continue [ , – , ]. |
There are some concerns about the potential effect of exercise on exacerbation of fatigue in MS patients. However, the existing evidence supports the fact that regular exercise training is linked with a small but important reduction in fatigue among persons with MS [ 39 , 63 , 79 ].
Exercise on elliptical machine may result in significant reduction of fatigue among MS patients. So, this type of exercise may be a useful part of MS rehabilitation programs [ 80 ]. Aquatic exercise may also successfully improve fatigue of MS patients and may be considered in the rehabilitation of these patients [ 34 ].
A common concern with exercise in MS patients is potentially prompting Uhthoff phenomenon. Uhthoff phenomenon is defined as developing transient symptoms such as amblyopia or blurred vision triggered by overheating from exercise [ 6 , 23 ]. The exact mechanism of Uhthoff phenomenon is not determined. It may be the result of heat-worsened conduction across partially demyelinated axons, fatigue of damaged neuronal pathways with repetitive nerve transmission, [ 23 , 81 ] or a hormonal factor produced by cooling [ 16 ]. Exercise-induced Uhthoff phenomenon should not be considered as a contraindication for exercise [ 23 ]. Fortunately, temporary and mild heat stress causes only transient exacerbation of symptoms without apparent remaining impairment after normothermia is achieved [ 18 ]. It often settles within an hour or even sooner with rapid cooling [ 23 ]. Moreover, it is still more common in MS patients to respond to exercise in heat conditions with just general fatigue rather than Uhthoff phenomenon with focal neurologic deficits [ 23 , 82 ]. Studies have demonstrated that usual exercise does not considerably increase core body temperature. A study reported a mean rectal temperature change of 0. 1 ̊ C during land-based exercise and - 0. 1 ̊ C during water-based exercise [ 83 ]. Alternatively, normal thermoregulatory responses (e.g., sweating and peripheral vasodilatation) that preserve a stable core temperature during usual exercise may be impaired in MS patients. In such cases, an increase in core temperature of even less than 1 ̊ C may trigger heat-related symptoms [ 16 , 23 ]. The use of cooling devices such as head-vest liquid cooling garment may provide some modest benefits for MS patients [ 84 , 85 ]. Another study showed the reduced fatigue and improved ambulation for up to 3 h postcooling with the use of either the liquid cooling system or an icepack suit [ 23 , 85 , 86 ]. When engaging in pool-based aquatic exercises, the ideal water temperature for heat sensitive MS patients seems to be between 27 and 29 °C [ 18 , 23 , 87 , 88 ]. Temperatures below 27 ° C can paradoxically enhance spasticity [ 23 , 89 ].
MS patients, especially those who are heat-sensitive, should avoid scheduling exercise sessions in the hottest times of the day or times when they experience greater fatigue. Exercise sessions in the early morning, when there is cooler temperature and lower body temperature, may be more endurable than in the afternoon [ 18 , 90 ]. Moreover, resistance exercise is more tolerable than endurance exercise for heat sensitive MS patients and should be encouraged to incorporate resistance exercises in their routines [ 91 ].
Particularly for individuals with heat sensitivity, several investigators have recommended pre-exercise cooling strategies, such as the use of cooling devices, [ 6 , 18 , 50 , 92 ] cold water lower body immersion, [ 18 ] or taking a tepid bath 20 to 30 min before (and after) exercise [ 23 ]. Individuals should wear light exercise clothing or may even try exercising with a cooling vest. The exercise area temperature should be kept cool through the use of fans or air conditioning [ 16 , 23 ].
Special attention is needed for patients at high risk of falling due to the balance and coordination problems as well as sensory and proprioceptive deficits. These issues should be particularly considered when planning and supervising exercise sessions in MS patients [ 13 , 16 ].
Exercise should be considered as a safe and effective means of rehabilitation in MS patients. Existing evidence has shown that a supervised and individualized exercise program can improve physical fitness, functional capacity, quality of life and modifiable impairments in MS patients. There are general guidelines that may be followed for exercise prescription for the MS population. These guidelines should be adapted according to the patient’s needs, abilities and preferences.
The authors would like to thank Development and Research center of Sina Hospital and Mrs. Pourmand (Urology Research Center, Tehran University of Medical Sciences) for editing the manuscript.
We did not have any sources of funding.
Abbreviations.
BP | blood pressure |
EDSS | Expanded Disability Status Scale |
HR | heart rate |
HRQOL | Health related quality of life |
MS | Multiple sclerosis |
QOL | Quality of life |
RM | repetition maximum |
RPE | Rate of precieved exhaustion |
RPE | ratings of perceived exertion |
VO max | maximal oxygen consumption |
VO peak | peak oxygen consumption |
HF and AM Wrote the primary draft. SMA Proposed the idea and revised the primary draft. AZ reviewed the literature and approved the primary draft. All authors read and approved the final manuscript.
Not applicable.
Competing interests.
None of the authors had any financial or personal conflicts of interest.
Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
Farzin Halabchi, Email: ri.ca.smut@ihcbalahf .
Zahra Alizadeh, Email: ri.ca.smut@hedazila_z .
Mohammad Ali Sahraian, Email: ri.ca.smut@iarhasm .
Maryam Abolhasani, Phone: +98 21 66348571, Phone: +98 21 66348572, Email: ri.ca.smut@inasahloba_m .
By Samantha McDaniel, PhD, CCC-SLP
on June 3, 2024
Categories: Speech Pathology
Dysphagia , or difficulty swallowing, is a common issue encountered by speech-language pathologists. Effective management of dysphagia often involves a combination of therapeutic exercises designed to improve swallowing function. In this article, we will explore 10 of these top exercises for dysphagia, including their appropriate use, contraindications, and key considerations for SLPs.
The effortful swallow involves swallowing with maximal effort, squeezing all muscles involved in the swallow as tightly as possible. This exercise is beneficial for patients with reduced tongue base retraction and pharyngeal clearance, helping to increase the strength of the swallow. Ensure patients understand the need to exert maximal effort and practice this exercise under supervision initially. Perform the exercise with food or drink, or with biofeedback as appropriate. This exercise isn’t suitable for patients who can’t follow complex instructions or have significant cognitive impairments.
The Mendelsohn maneuver involves holding the larynx at its highest point during a swallow for a few seconds before releasing. This exercise is appropriate for patients with reduced laryngeal elevation and pharyngeal constriction, helping to improve coordination and prolong UES opening. It requires careful monitoring to ensure correct technique and avoid fatigue. It isn’t recommended for patients with severe cognitive impairments or those who have difficulty with sustained breath holding.
Also known as the tongue-hold maneuver, this exercise involves swallowing with the tongue held between the teeth. It’s useful for patients with pharyngeal weakness, as it helps increase posterior pharyngeal wall movement. Emphasize gentle holds to prevent tongue injury and monitor for discomfort. The Masako maneuver shouldn’t be used with patients who have tongue weakness or limited tongue mobility, and shouldn’t be performed with food or liquid.
CTAR involves tucking the chin to the chest against resistance, often using a rubber ball, towel, or similar prop. This exercise is effective for strengthening suprahyoid muscles, aiding in laryngeal elevation and UES opening. Ensure proper posture and resistance level to prevent neck strain. CTAR isn’t suitable for patients with neck pain or cervical spine issues.
EMST uses a device to provide resistance during exhalation, strengthening the expiratory muscles. It’s beneficial for patients with reduced cough effectiveness and respiratory support for swallowing. When helping patients perform the exercise, gradually increase resistance and monitor for signs of respiratory distress. Use caution with patients with severe COPD or other respiratory conditions.
The Shaker exercise involves lifting the head while lying flat on the back, holding it for a set duration, and then lowering it. This exercise helps improve suprahyoid muscle strength, beneficial for patients with reduced UES opening. Start with shorter durations and gradually increase as the patient’s strength improves. Avoid using this exercise with patients who have neck pain or cervical spine issues.
This exercise involves pressing the tongue against a resistance device or the roof of the mouth. It’s suitable for patients with tongue weakness, improving bolus control and pressure generation during swallowing. Use appropriate resistance levels and ensure proper technique to avoid strain. This exercise isn’t ideal for patients with significant oral sensitivity or pain.
Pitch glides involve gliding the voice from a low to a high pitch. This is useful for patients with reduced laryngeal elevation and vocal fold closure issues. Monitor for vocal strain and encourage gentle, smooth glides. This exercise isn’t recommended for patients with vocal fold pathologies or those who experience pain during phonation.
This exercise involves sustaining a high-pitched “eee” sound, targeting the cricothyroid muscle. It’s beneficial for patients with reduced laryngeal elevation and vocal fold closure. Ensure the patient uses a relaxed vocal technique to prevent strain. Avoid using this exercise with patients who have vocal fold pathologies or discomfort with high pitches.
Pretending to gargle while holding your tongue back, dry gargling, or gargling with water helps to engage the pharyngeal muscles. This is effective for patients needing increased pharyngeal constriction strength. Supervise patients initially to ensure safe and effective technique. Gargling with liquid is not suitable for patients with aspiration risk or difficulty managing oral secretions.
Incorporating these exercises into a dysphagia management plan can help SLPs provide targeted, effective therapy for patients with dysphagia, ultimately improving their swallowing function and quality of life. Always tailor the exercises to individual patient needs, considering their specific impairments, cognitive status, and any contraindications. Regular monitoring and adjustment of the exercises will ensure continued progress and safety.
Looking for more dysphagia resources? Check out our Dysphagia Resource Center , which includes over 60 dysphagia-focused courses plus high-quality home exercises and education to help your patients better manage their condition.
Samantha is an Assistant Professor and Graduate Program Director at Georgia Southern University in Savannah, GA. She earned an Interdisciplinary Health Sciences Ph.D. and appreciates interdisciplinary collaboration. Samantha has 20 years of clinical experience in speech-language pathology with patients ranging from neonates to centenarians. She teaches courses in disorders of neurogenic communication, motor speech, voice, and cognitive-communication and immensely enjoys supervising graduate students in clinic on campus. Samantha’s current research agenda concerns the difference in cognitive screening outcomes between young and older adults. She aims to translate her research findings into improved practice standards across multiple disciplines.
Meet requirements for your license renewal with a single subscription!
Sign up to receive exclusive content from industry leading instructors.
Email could not be subscribed.
Thank you for signing up!
Select a category.
“I love MedBridge because it allows me to browse different education programs at my own pace and to learn about other subjects other than my primary focus of pelvic health. This allows me to keep abreast of current research in various areas of PT.”
Susan Giglio, PT
View all testimonials
By continuing to use this website, you consent to our use of cookies in accordance with our Privacy Policy .
For groups of 5 or more, request a demo to learn about our solution and pricing for your organization. For other questions or support, visit our contact page .
Fill out the form below to learn about our solution and pricing for your organization. For other questions or support, visit our contact page .
Multiple sclerosis, or MS, is a disorder characterized by the formation of lesions on the brain and spinal cord. Some of those lesions, either directly or indirectly can affect speech. With as many as 40% of those with multiple sclerosis experiencing some type of speech impairment , the need for speech therapy services is common among MS patients.
MS can affect patients differently, and even among the group that experiences speech impairments, there is not just one cause. Here is a look at several categories under which MS-related speech impairments are classified.
Speaking is a complicated process, from a physiological point of view. Everything from breathing to voice production in the vocal cords to coordinating the movements of the lips, tongue, jaw and soft palate to produce specific sounds must work in concert.
Dysarthria results from abnormalities in the muscles that control speech , ranging from weakness or paralysis to damage to portions of the brain making it difficult to move the muscles in the right way.
Speech will often become slurred or nasally, and the patient may have difficulty controlling volume and pitch.
Three basic types of Dysarthria are associated with MS :
Related to dysarthria, dysphonia is an impairment of the voice .
Those suffering from it might have difficulty controlling volume or talk in a monotonous voice. They might also mispronounce or fail to complete words.
This is sometimes caused by weakness in the affected muscles used to speak.
While Dysarthria and Dysphonia are caused by issues with the muscles used to speak, another set of conditions stem from an inability to produce speech mentally rather than physically.
Dysphasia or aphasia are two such disorders. In these cases the difficulty speaking might manifest itself in the speaker having difficulty recalling words or translating thoughts into phrases .
These disorders are rarer with MS than Dysarthria.
For those patients with Dysarthria, as with most conditions involving muscles, exercises can help at least control the symptoms.
Exercises can help strengthen and coordinate the muscles in the throat, jaw, tongue, mouth, lips, vocal cords and other parts of the body that impact speech.
Patients can also learn how to adapt, whether it be slowing their speech, overly articulating words or using shorter, easier to say words.
If you are dealing with speech problems caused by Multiple Sclerosis in the Eastern Iowa area, Comprehensive Rehab offers speech therapy at its locations in Clinton and Maquoketa . Call us for more information or to schedule an appointment.
Speech Therapy After a Brain Injury
Adult Speech Therapy Covers Range of Issues
How Can I Improve My ALS Speech?
What Does a Speech-Language Pathologist Do?
Phone: 877-530-6356 | Fax: 563-241-4233
Swallowing disorders can lead to health issues and social problems, like choosing not to eat meals with others. Speech-language pathologists (SLPs) help people who have trouble swallowing.
On this page:
Signs of swallowing disorders, causes of swallowing disorders, testing for swallowing disorders, treatments for swallowing disorders, other resources.
Think about how you eat. First you have to get the food or drink to your mouth. You may use a fork, spoon, straw, or your hands. Next, you have to open your mouth and put the food in. You close your lips to keep the food in your mouth. Then, you chew the food or move the liquid to get ready to swallow.
We all have problems swallowing sometimes. We may have trouble chewing a tough piece of meat. We may gag on food or have to swallow hard to get it down. And we have all had a drink “go down the wrong way,” making us cough and choke. A person with a swallowing disorder will have trouble like this a lot of the time. A swallowing disorder is also called dysphagia (dis-FAY-juh).
Swallowing happens in three stages, or phases. You can have a problem in one or more of these phases. They include:
Signs of a swallowing problem might be any of these:
A swallowing problem might cause you to have these conditions:
Some people with swallowing problems feel embarrassed when eating or feel badly about their swallowing problems and want to eat alone.
Many conditions can cause swallowing problems. Some medications can cause dry mouth, which makes it hard to chew and swallow. Other causes include the following:
Damage to your brain or nerves from any of these:
Problems with your head, neck, or mouth, such as these:
For more information, please see ASHA’s resource on Swallowing Problems From Head and Neck Cancer Treatment .
An SLP can test you to see how you eat and drink. You will want to see an SLP who works with adults with swallowing problems. The SLP will do the following tasks:
What treatment you need will depend on the problems you have. You may need medical treatment from a doctor, such as medicines for reflux. In severe cases, you may need to get nutrition in other ways. These may include a tube through your nose or in your stomach. Your doctor will work with you if you need tube feeding.
The SLP can work with you to improve how you swallow. They may suggest the following:
Your family or caregivers can help you by doing these things:
See ASHA information for professionals on the Practice Portal’s Adult Dysphagia page.
This list does not include every website on this topic. ASHA does not endorse the information on these sites.
To find an SLP near you, visit ProFind .
The American Speech-Language-Hearing Association (ASHA) is the national professional, scientific, and credentialing association for 234,000 members, certificate holders, and affiliates who are audiologists; speech-language pathologists; speech, language, and hearing scientists; audiology and speech-language pathology assistants; and students.
Get involved.
American Speech-Language-Hearing Association 2200 Research Blvd., Rockville, MD 20850 Members: 800-498-2071 Non-Member: 800-638-8255
MORE WAYS TO CONNECT
Site Help | A–Z Topic Index | Privacy Statement | Terms of Use © 1997- American Speech-Language-Hearing Association
Parkinson's disease is a progressive disorder that affects the nervous system and the parts of the body controlled by the nerves. Symptoms start slowly. The first symptom may be a barely noticeable tremor in just one hand. Tremors are common, but the disorder also may cause stiffness or slowing of movement.
In the early stages of Parkinson's disease, your face may show little or no expression. Your arms may not swing when you walk. Your speech may become soft or slurred. Parkinson's disease symptoms worsen as your condition progresses over time.
Although Parkinson's disease can't be cured, medicines might significantly improve your symptoms. Occasionally, a health care professional may suggest surgery to regulate certain regions of your brain and improve your symptoms.
Parkinson's disease symptoms can be different for everyone. Early symptoms may be mild and go unnoticed. Symptoms often begin on one side of the body and usually remain worse on that side, even after symptoms begin to affect the limbs on both sides.
Parkinson's symptoms may include:
See a health care professional if you have any of the symptoms associated with Parkinson's disease — not only to diagnose your condition but also to rule out other causes for your symptoms.
There is a problem with information submitted for this request. Review/update the information highlighted below and resubmit the form.
Sign up for free and stay up to date on research advancements, health tips, current health topics, and expertise on managing health. Click here for an email preview.
Error Email field is required
Error Include a valid email address
To provide you with the most relevant and helpful information, and understand which information is beneficial, we may combine your email and website usage information with other information we have about you. If you are a Mayo Clinic patient, this could include protected health information. If we combine this information with your protected health information, we will treat all of that information as protected health information and will only use or disclose that information as set forth in our notice of privacy practices. You may opt-out of email communications at any time by clicking on the unsubscribe link in the e-mail.
You'll soon start receiving the latest Mayo Clinic health information you requested in your inbox.
Please, try again in a couple of minutes
In Parkinson's disease, certain nerve cells called neurons in the brain gradually break down or die. Many of the symptoms of Parkinson's are due to a loss of neurons that produce a chemical messenger in your brain called dopamine. When dopamine levels decrease, it causes irregular brain activity, leading to problems with movement and other symptoms of Parkinson's disease.
The cause of Parkinson's disease is unknown, but several factors appear to play a role, including:
Genes. Researchers have identified specific genetic changes that can cause Parkinson's disease. But these are uncommon except in rare cases with many family members affected by Parkinson's disease.
However, certain gene variations appear to increase the risk of Parkinson's disease but with a relatively small risk of Parkinson's disease for each of these genetic markers.
Researchers also have noted that many changes occur in the brains of people with Parkinson's disease, although it's not clear why these changes occur. These changes include:
Risk factors for Parkinson's disease include:
Parkinson's disease is often accompanied by these additional problems, which may be treatable:
Depression and emotional changes. You may experience depression, sometimes in the very early stages. Receiving treatment for depression can make it easier to handle the other challenges of Parkinson's disease.
You also may experience other emotional changes, such as fear, anxiety or loss of motivation. Your health care team may give you medicine to treat these symptoms.
Sleep problems and sleep disorders. People with Parkinson's disease often have sleep problems, including waking up frequently throughout the night, waking up early or falling asleep during the day.
People also may experience rapid eye movement sleep behavior disorder, which involves acting out dreams. Medicines may improve your sleep.
You may also experience:
Because the cause of Parkinson's is unknown, there are no proven ways to prevent the disease.
Some research has shown that regular aerobic exercise might reduce the risk of Parkinson's disease.
Some other research has shown that people who consume caffeine — which is found in coffee, tea and cola — get Parkinson's disease less often than those who don't drink it. Green tea also is related to a reduced risk of developing Parkinson's disease. However, it is still not known whether caffeine protects against getting Parkinson's or is related in some other way. Currently there is not enough evidence to suggest that drinking caffeinated beverages protects against Parkinson's.
Parkinson's disease care at Mayo Clinic
Mayo Clinic does not endorse companies or products. Advertising revenue supports our not-for-profit mission.
Check out these best-sellers and special offers on books and newsletters from Mayo Clinic Press .
Make a gift now and help create new and better solutions for more than 1.3 million patients who turn to Mayo Clinic each year.
COMMENTS
There are evidence-based multiple sclerosis exercises that can help your patients meet their speech therapy goals, including safer swallows and a louder voice. You'll find these below. But never push a patient with MS to the point of fatigue. Remember, your main focus is energy conservation.
A speech-language pathologist develops an individual plan of speech therapy exercises to help with speech, language, and cognitive communication. People with MS may also experience problems with ...
Speech Problems in Order of How Commonly They Occur in MS. Loudness control. Reduced or excess volume, monotone, or variability in volume. Harsh voice quality. Strained vocal quality. Excess tone in vocal cords. Imprecise articulation. Articulation of speech that is distorted, prolonged, or irregular. Impaired emphasis.
How Speech Therapy Can Help Individuals with Multiple Sclerosis. Adult speech therapy can assist in the lessening of MS symptoms on speech as well as assist in coping with what affects may be permanent. Speech therapy includes methods to treat the communication deficits discussed above: dysarthria, dysphagia, and dysphonia.
Speech therapy for MS patients. There are many ways in which speech therapy can help people with MS. These include: exercises to help improve the strength and coordination of the muscles in the ...
Long Term goals - all achieved. Sit to stand 5x with eyes closed without imbalance or symptoms. Bend over in standing with eyes closed 5x without imbalance or symptoms. Standing head and eye turns on an uneven surface with eyes closed 5x without loss of balance or increased symptoms.
Exercise and MS. Research. Research supports exercise benefits for individuals with . mild to severe. mobility deficits related to MS. No increased risk of exacerbation or relapse. Physical and occupational therapy have had . positive impacts . on. physical function, cognition and other neuropsychological symptoms . in MS patients.
Based on their assessment findings, your SLP will create a treatment plan to address the specific aspects of speech you should work to improve. There are three main treatment approaches to speech therapy for people with MS-related speech problems: Restorative rehabilitation — Restoring muscle strength and training mechanics of speech
One of these is dysarthria, a motor disorder that makes it hard to control the muscles used for speaking, including (or those involving) the lips, tongue, jaw, soft palate, vocal cords, and diaphragm. According to the National Multiple Sclerosis Society (NMSS), between 41 percent and 51 percent of those living with MS are affected by dysarthria.
Speech therapy for people with MS may involve exercises to help strengthen the muscles in the tongue, cheeks, mouth, and lips. Other speech therapy techniques can teach patients how to slow down and articulate more carefully when speaking, sometimes by exaggerating articulation.
Speech therapy can help you find the methods that work best for you. If muscle stiffness or spasms are causing your speech difficulties, there might be drug treatments to help relieve them. But in most cases, drug treatments won't help. Instead, a speech and language therapist can help you find ways to compensate for problems.
Most types of insurance will only pay for a limited number of physical therapy appointments. The National MS Society or the American Speech-Language-Hearing Association may be able to provide financial assistance if you need it. Depending on where you live and your level of disability, it may be hard to travel to speech therapy appointments.
Speech therapy plays an important role in improving quality of life in patients. Medical therapy includes corticosteroids for acute exacerbations of MS symptoms. For chronic treatment of MS, interferon and chemotherapeutics such as Novantrone have been used to slow the progression of the disease. Advisory Note
Physical Therapy. Occupational Therapy. Speech-Language Therapy. Cognitive Rehabilitation. Vocational Rehabilitation. Multidisciplinary Programs. Along with the medications that treat multiple sclerosis (MS), rehabilitation is a key part of managing your condition effectively, particularly after a relapse.
Help with communication and if necessary, use of communication boards and computer-assisted speech. Education for people who need speech therapy, their family and other loved ones. Support in implementing these measures in everyday life. For more information on our speech services please contact us at [email protected] or.
Lingual exercises can be appropriate for patients with tongue weakness after a stroke, brain injury, or surgery of the tongue—but only if exercises focus on regaining strength and movement. ... Complete Guide To Speech Therapy for Multiple Sclerosis. 8 Types of Dysarthria: Causes, Symptoms, & How to Treat. Dysarthria Assessment For Speech ...
Stretches to prevent or ease muscle spasms. Exercises to keep muscles strong and improve coordination and balance. Range-of-motion exercises, like straightening and bending your arms and legs ...
MS can cause 2 different types of speech disorders: 2. Dysarthria, which is slow, slurred, or quiet speech that is a result of poor or limited articulation. Dysphonia, which causes your voice to change and makes it sound harsh, hoarse, overly nasal, or breathy. If you have a speech disorder, it can be difficult for others to understand you, and ...
Many people with multiple sclerosis (MS) experience speech problems as part of their MS symptoms.Speech disorders in MS occur as the result of brain lesions — the areas of damaged nerves and tissue brought on by MS. Lesions that develop in different parts of the brain and brain stem can cause a variety of changes to a person's usual speech patterns.
During strength training, the patients use muscle contractions against a load for increasing muscle strength. Some studies have demonstrated the benefits strenght exercises in MS patients [16, 28]. Increased muscular strength and endurance have also been shown following other exercise interventions in multiple sclerosis patients .
They can help you speak, understand language, and swallow better. 2. SLPs use a wide range of methods to treat swallowing problems. These methods include: 2. Exercises to increase the strength and range of motion of your tongue. Ways to position your head and neck while eating or drinking to prevent problems.
There are three MS speech patterns, called dysarthria, that can be experienced with MS and other disorders. Some other common speech and language disorders in multiple sclerosis patients include: Scanning dysarthria is an abnormal pause between words or individual syllables. Slurring words are caused by weakness of the tongue, lips, cheeks, and ...
Dysphagia, or difficulty swallowing, is a common issue encountered by speech-language pathologists.Effective management of dysphagia often involves a combination of therapeutic exercises designed to improve swallowing function. In this article, we will explore 10 of these top exercises for dysphagia, including their appropriate use, contraindications, and key considerations for SLPs.
How Speech Therapy Can Help With MS For those patients with Dysarthria, as with most conditions involving muscles, exercises can help at least control the symptoms. Exercises can help strengthen and coordinate the muscles in the throat, jaw, tongue, mouth, lips, vocal cords and other parts of the body that impact speech.
multiple sclerosis; amyotrophic lateral sclerosis (ALS, or Lou Gehrig's disease) muscular dystrophy; cerebral palsy; Alzheimer's disease; Problems with your head, neck, or mouth, such as these: cancer in your mouth, throat, or esophagus; head or neck injuries; mouth or neck surgery; bad teeth, missing teeth, or dentures that do not fit well
In the early stages of Parkinson's disease, your face may show little or no expression. Your arms may not swing when you walk. Your speech may become soft or slurred. Parkinson's disease symptoms worsen as your condition progresses over time. Although Parkinson's disease can't be cured, medicines might significantly improve your symptoms.