MS Support Groups; Get Connected

November 20th, 2008

 

Ohio Buckeye Chapter

6155 Rockside Road, Suite 202
Independence, OH 44131
Phone: 800-667-7131
Fax: 216-696-2817
Email: WEBMASTER@NMSSOHA.ORG
Website: Ohio Buckeye Chapter website

MAM’s - Mother’s Assisting Mothers Self-help Group
Goodyear Heights Presbyterian Church

Meets from 5:00 p.m. to 7:00 p.m. on the 2nd Friday of the month at the Goodyear Heights Presbyterian Church, 1430 Goodyear Blvd., Akron and is open to mothers with MS and their children. For information, please call Bridgette at (330) 603-2346 or Katie at (330) 603-1995.

Date: Friday, November 14, 2008
Time: 5:00 PM - 7:00 PM
Repeat on the second Friday of the month until 05/16/2010

 

 

Akron Crafts and Conversation Group - Self Help Group
Goodwill Building

Meets every Tuesday at 10:00 a.m. at the Goodwill Building, 570 E. Waterloo Road. Call Nancy at (330) 923-4569.

Date: Tuesday, November 18, 2008
Time: 10:00 AM
Repeat every week until 03/01/2010

 

 

Cambridge/Zanesville Group - Self Help Group

Meets on the 3rd Tuesday of each month at 6:30 p.m. at 200 Sunrise Center Dr., Zanesville, OH. Call Misty at (740) 452-8108.

Date: Tuesday, November 18, 2008
Time: 6:30 PM
Repeat on the third Tuesday of the month until 03/01/2010

 

 

Ashtabula Icons - Self Help Group
KSU Campus

Meets on the 3rd Tuesday of each month at 6:00 p.m. at the KSU Campus, Blue-Gold Room, 3325 W. 13th Street. Please contact Marge at (440) 415-1092.

Date: Tuesday, November 18, 2008
Time: 7:00 PM
Repeat on the third Tuesday of the month until 03/01/2010

 

 

Columbus Northside Group - Self Help Group
North Broadway United Methodist Church

Meets on the 3rd Tuesday of each month at 7:00 p.m. at North Broadway Methodist Church, Room 111 located at 48 East North Broadway in Columbus. Call Nancy at (614) 488-5620 or Geri at (614) 263-4310.

Date: Tuesday, November 18, 2008
Time: 7:00 PM
Repeat on the third Tuesday of the month until 03/01/2010

 

 

Fairview Park - Self Help Group
Messiah Lutheran Church

Meets on the 3rd Tuesday of each month at 7:00 p.m. at the Messiah Lutheran Church, 21485 Lorain Road. Call Sue at (440) 356-6622.

Date: Tuesday, November 18, 2008
Time: 7:00 PM
Repeat on the third Tuesday of the month until 03/01/2010

 

Bladder Health Week, November 16-22 2008

November 20th, 2008

In honor of Bladder Health Week we are posting information on bladder care during exercise.  Today we will focus on Resistance Training for those with physical disabilites.   

 

As posted at:

National Center on Physical Activity and Disability

http://www.ncpad.org  

Resistance Exercise Guidelines for Persons with Physical Disabilities

resistance-training.jpg

There are several factors that must be considered when prescribing resistance exercise to persons with physical disabilities. Most importantly, the resistance training program will depend on the severity of the disability and its associated conditions. Some clients will be able to train at very high intensity levels, while others will only be able to perform at minimal levels of resistance (i.e., lifting a body part against gravity). The training load (number of sets and repetitions, frequency, rest interval between sets) will also vary in persons with similar and different types of physical disabilities. For example, two individuals with multiple sclerosis may require a completely different training regimen because of the type of multiple sclerosis, length of time they have had the condition, and their age. On the contrary, two individuals with stroke and cerebral palsy may have a similar program, because they exhibit the same associated conditions (i.e, non-progressive hemiplegia, spasticity) and are at the same baseline level of strength.

A major determinant of training volume is the amount of muscle mass that is still functional. Persons with paralysis, hemiplegia, impaired motor control, or limited joint mobility have less functional muscle mass and will therefore require a lower training volume. For individuals who cannot lift the minimal weight on certain resistance machines, resistance bands or cuff weights are recommended. If bands and cuff weights are too difficult, use the person’s own body weight as the initial resistance. For example, lifting an arm or leg for 5 to 10 seconds may be the initial starting point for clients with very low levels of strength.

The training load will also depend on the type of disability. In general, individuals who do not have a progressive disorder (i.e., spinal cord injury, cerebral palsy) will be able to work at higher intensity levels than persons with progressive disorders (i.e., multiple sclerosis, postpolio).

Training volume will also depend on the person’s health status. For example, a person with stroke and hypertension should not perform high intensity exercise. Individuals who are seizure-prone or fatigue easily require a reduction in training volume. Many individuals with physical disabilities who have been inactive for much of their lives need only a small amount of resistance exercise during the initial stage of the program to obtain a training effect. How quickly a person is able to progress during the conditioning stage will depend on the person’s health status. For individuals who start out at very low levels of strength, significant improvements can be made with very light resistance.

Modes of resistance exercise consist of three general categories: free weights, portable equipment (i.e., elastic bands, tubing), and machines. Any of these modalities is acceptable for improving strength levels except in cases where the individual is at risk for injury. For example, persons with multiple sclerosis and cerebral palsy often have impaired motor control and may have a higher risk of dropping a free weight or having an elastic band snap back too quickly. When an instructor feels that the resistance mode presents a danger to the client, the exercise routine should be either adapted (i.e, securing the weight to the hand, changing the movement) or substituted with a safer piece of equipment.

Some experts argue that free-weight exercises have greater value for persons with physical disabilities because the resistance can be tailored to resemble a functional daily activity (Lockette, 1995). Free weights also require the action of stabilizing muscles around the torso and joints while lifting and lowering the resistance, which are muscle groups that need strengthening in persons with physical disabilities in order to maintain the ability to perform ADL and IADL. However, free weights require good trunk stability and may be difficult to perform in individuals who have severe limitations in motor control and coordination.

In clients with very low strength levels, gravity-resistance exercise may be all that the person is capable of doing. Performing 8-12 repetitions of a certain movement, such as abducting an arm or extending a leg, may be a good entry point These exercises can be used with extremely weak musculature while other modes of resistance exercise can be used with stronger muscle groups. Once an individual is able to complete 8-12 reps of a gravity-resistance exercise, the person could progress to free weight, bands or machines. If a client is unable to move a limb against gravity because of extreme weakness (often seen in the late stages of multiple sclerosis or in person with high-level quadriplegia), the instructor could place the limb in a certain position (i.e., should abduction) and have the client hold the position isometrically for a few seconds or longer.

Active-Assistive exercise may be required for certain individuals who do not have enough strength to overcome the force of gravity. The instructor can assist the client in performing the movement by providing as much physical assistance as necessary to complete the repetition. At various points in the concentric phase (against gravity), the instructor may have to help the client maintain the resistance. During the eccentric phase (with gravity), the instructor controls the movement so that the weight is not lowered too quickly. In many instances, active-assistive exercise can be used with severely weak musculature while active resistance exercise (performed without assistance) can used with stronger muscle groups.

The instructor should make every effort to avoid fatigue and delayed-onset muscle soreness in individuals with physical disabilities. Although this is a common side effect of any new resistance training program, it could present a problem for persons with physical disabilities if the soreness prevents them from conducting their normal activities of daily living (ADLs). Even though a client with a physical disability may aspire to make rapid gains in strength and can train at a moderate to high intensity level, the instructor should be cautious in not overworking the muscle groups, particularly in clients with progressive disorders. Use light resistance for at least the first month of the program (30 to 50% of 1-RM) and only proceed to higher training loads if muscle soreness and fatigue are not present.

If soreness in certain muscle groups prevents the person from performing routine daily activities, the exercise should be stopped until the pain subsides. If it continues after the program resumes, the instructor may need to reduce the training volume or avoid certain exercises that incur pain or fatigue. If there are prolonged bouts of pain or soreness 24 to 48 hours after exercise, the client should consult with his or her physician to determine the cause.

Developing the greatest amount of strength in the affected muscle groups may result in a “reservoir”of strength that can be help decrease the severity of an exacerbation. Theoretically, the more muscle strength one has before an exacerbation, the more likely he or she will be able to maintain a high enough level of strength to stay above the “physical dependence” threshold. Progressive disorders (i.e., multiple sclerosis) make it very difficult to determine the success of the resistance training program. However, the general feeling among rehabilitation professionals is that improvements in strength may help delay the progression of muscle weakness and permanent disability. If an individual achieves a gain of 30 to 40 percent in strength before an exacerbation, a loss of strength may still keep the individual at a high enough level to still be able to perform ADL and IADL.

Many physical disabilities result in hand dysfunction. This may make it difficult to grasp barbells or handles on different strength machines. There are several versions of specially-designed gloves that are available commercially that will allow the person’s hand to maintain contact with the resistance equipment. Gloves will also protect the hand from injury while performing resistance training routines. Participants who do not have good grip strength can use wrist cuffs or leather mitts with velcro and buckles to secure their hands to dumbbells or weight equipment. Many individuals with physical disabilities will exhibit asymmetrical weakness or will have a disproportionately greater amount of weakness to the flexor or extensor muscle groups. This will depend on where the injury site is in the brain or spinal cord and whether or not the condition is progressive in nature. It is important to evaluate individual muscle groups on both sides of the body, as well as anteriorly and posteriorly, to isolate the degree of weakness to key muscle groups.

Individuals with asymmetrical weakness will often “hike” their body toward the weaker side in order to compensate for this weakness while lifting the resistance. This could impose mild or moderate muscle strain. Make sure that the client is lifting the weight with proper form. If there is a tendency to “hike” the body, lower the resistance and emphasize good form.

Blood pressure should be monitored frequently during the early stages of the program. In some individuals with physical disabilities (i.e., stroke, SCI), hypertension or hypotension is a common problem. It is recommended that blood pressure be measured before exercise and before and after each set. Once the client adjusts to the program and there no wide fluctuations in blood pressure, it can be measured before and after each training session.

As posted at:

National Center on Physical Activity and Disability

 http://www.ncpad.org  

Bladder Health Week, November 16-22 2008

November 19th, 2008

 

In honor of Bladder Health Week we are posting information on bladder care during exercise.  Today we will focus on those with Multiple Sclerosis and Thursdays focus will be Resistance Training for those with physical disabilites.  

 

 

As posted at:

National Center on Physical Activity and Disability

 

http://www.ncpad.org 

Best Exercises and Measurement of Aerobic and/or Strength Capacities

Training
Regarding best exercises, in 1992 Ponichtera et al. measured muscle torque at several speeds for both concentric and eccentric contraction on 9 subjects with multiple sclerosis and 9 healthy controls who generated isokinetic contractions of the quadriceps and hamstrings on an isokinetic dynamometer. They concluded that strengthening programs focusing on concentric exercises at 90 degrees per second may be the preferred strengthening exercise for subjects’ quadriceps and hamstring muscles.

Measurement
In 1993, the same team examined maximum aerobic capacity in 9 subjects with multiple sclerosis (EDSS 1-4) and 9 control subjects on recumbent leg ergometers on land and in water. They determined that some persons with multiple sclerosis (depending on level of impairment) could attain maximum aerobic capacity without side effects, whereas those with more physical impairments would need more adjustments, such as for leg cycling (Ponichtera et al., 1993).

In 1995, Ponichtera et al. studied the best means of exercise testing and practice for persons with multiple sclerosis. Vo2max was measured in a discontinuous, progressive intensity exercise test on 10 subjects with multiple sclerosis and 10 control subjects generating each of 3 modes of ergometry (leg, arm, and leg/arm) on 3 separate days. The investigators concluded that the combined leg/arm ergometry is preferred because (1) upper extremities need more training and training legs alone is insufficient, and (2) using leg and arm power disburses the exercise load over a larger muscle mass and there is less possibility for “localized” fatigue.

Regarding measurement of strength capacities, Pepin et al. (1998), conducted a study of 14 subjects with multiple sclerosis who performed isometric handgrip contractions at 30% maximal voluntary contractions (MVC) to the point of fatigue. The results showed that it is possible to get consistent reliable responses to this exercise, despite motor dysfunction. (The MVC reliability estimates were 0.98.) The authors, however, did question the replicability of their findings for subjects with higher EDSS levels.

Fatigue
Researchers studying fatigue during exercise have attempted to isolate and measure fatigue and weakness/strength components, and have questioned to what extent the fatigue is due to intrinsic physiological deficits or deconditioning.

Recently, Schwid et al. (1999) studied the quantitative assessment of motor fatigue and strength in 20 subjects with multiple sclerosis and 20 control subjects. Maximal voluntary isometric strength, motor fatigue, and static fatigue were tested and retested by different exercise and strength tests in 2 distinct sessions, in order to measure test-retest reliability. Results showed that though subjects with multiple sclerosis had more fatigue for sustained contractions, repetitive contractions, and ambulation, motor fatigue was different from weakness since the fatigue was not correlated with weakness from individual muscles. This suggests that strength and motor fatigue can be quantified reliably.

In 1994, Kent-Braun et al. studied a sample of 6 subjects with multiple sclerosis and 8 control subjects to investigate the role of metabolism in muscle fatigue during exercise. They measured the peak force generated from a maximal voluntary isometric contraction during 3 sessions and determined that for mildly impaired persons with multiple sclerosis, muscle fatigue during exercise is not related to metabolic, but to activation failures. It was observed that decreases in force during exercise were because of peripheral, not central mechanisms. In 1995 and 1996, the same team studied electrically-stimulated exercise training for subjects with multiple sclerosis and discovered that the fatigue during exercise is because of muscle intrinsic, not metabolic, properties (Kent-Braun et al., 1996)(Sharma et al., 1995). 

 

 

As posted at:

National Center on Physical Activity and Disability

 

http://www.ncpad.org 

 

The Rusty Ball

November 18th, 2008

 

THE RUSTY GRISWOLDS PRESENT: THE RUSTY BALL 

 

Northern Kentucky Convention Center

The Rusty Ball is a high exposure, annual event occurring in November, the season of Thanksgiving. The event celebrates the volunteer spirit by giving back to the community. This year, the Ohio Valley Chapter of the National Multiple Sclerosis Society is one of the beneficiaries.

 

Since 1999, The Rusty Griswolds have been performing; bringing energy as only they can to the best music of the 80’s. A local favorite, they were voted Best Party/Cover Band in 2004, 2005, 2006, and 2007 by the readers of Cincinnati’s City Beat Magazine.

The Rusty Ball is a 21 and over event.

When:  Saturday, November 22, 2008
               8:00 p.m.-1:00 a.m.

Where:  Northern Kentucky Convention Center
                1 West Rivercenter Blvd.
                Covington, KY 41011
                (859) 261-1500
               www.nkycc.com‎ 

Tickets:  $50 each. To purchase tickets, visit http://www.therustyball.com/ and select the National MS Society, Ohio Valley Chapter as your beneficiary. All proceeds will come directly to the Ohio Valley Chapter. 

Date: Saturday, November 22, 2008
Time: 8:00 PM - 1:00 AM
Address:
1 West Rivercenter Blvd.
Covington, KY 41011
United States

 

 

Brought to you by:

 

Ohio Valley Chapter

4440 Lake Forest Drive, Suite 120
Cincinnati, OH 45242
Phone: 513-769-4400
Fax: 513-769-6019
Email: INFO@OHG.NMSS.ORG
Website: Ohio Valley Chapter website

 

Bladder Health Week; November 16-22 2008

November 18th, 2008

 

 

 

In honor of Bladder Health Week we are posting information on bladder care during exercise.  Today we will focus on those with Spinal Cord Injuries.  Wednesday’s focus is for those with Multiple Sclerosis and Thursdays focus will be Resistance Training for those with physical disabilities.  

As posted at:

National Center on Physical Activity and Disability

 

http://www.ncpad.org

Importance of Exercise

Prevents secondary conditions such as cardiovascular disease, diabetes, pressure sores, carpal tunnel syndrome, chronic obstructive pulmonary disease, hypertension, urinary tract infections, and respiratory disease.

Prevents deconditioning and obesity

Provides psychological and/or recreational benefits

Best Exercises for Persons with SCI

Aerobic exercise to maintain cardiovascular health

Strength training to maintain the ability to perform activities of daily living and mobility, as well as to prevent injury through muscular balance

Flexibility training to improve range of motion and reduce spasticity

Important Considerations When Exercising

Incontinence (flaccid or neurogenic bowel/bladder) - Individuals with lesions above the sacral level experience a loss of control with their bowel or bladder.KEY: Monitor urinary cycle, be sure to empty your bowel and bladder before starting exercise.

Spasticity - This condition is characterized by high muscle tone and hyperactive stretch reflexes. It typically occurs in the muscles below the site of injury and is exacerbated by exposure to cold air, urinary tract infections and physical exercise.KEY: You should stretch spastic muscle groups and avoid exercises that cause excessive spasticity. When you are at home you should extend your legs as often as possible.

Autonomic Dysreflexia - A sudden rise in blood pressure resulting from an exaggerated autonomic nervous system response to noxious stimuli below the level of injury, usually due to bladder/bowel overdistension or blocked catheter. Symptoms include profuse sweating, sudden elevation in blood pressure, flushing, shivering, headache, and nausea.KEY: Seek medical attention immediately when it occurs.

Orthostatic hypotension - A drop in blood pressure (greater than 20 mmHg for systolic blood pressure and greater than 10 mmHg for diastolic blood pressure). It occurs in upright postures, especially moving from supine to upright sitting/standing/head-up tilt. Symptoms include nausea, dizziness and light-headedness.KEY: Monitor blood pressure throughout exercise, avoid quick movements, perform orthostatic training (if available), maintain proper hydration, and use compression stockings and an abdominal binder. If orthostatic hypotension occurs, lie in a supine position with your feet elevated.

Thermoregulation - Irregular body temperatures are often experienced by individuals with SCI.KEY: Wear appropriate clothing, drink plenty of fluids and take precautions in certain environments; in warm environments, a fan and water spray will aid in cooling, and in cold environments, wear extra layers.

Pressure sores (decubitus ulcers) - Damage to the skin or underlying tissue caused by prolonged sitting, using old wheelchair cushions, sitting on hard surfaces, shear forces or as a result of a fall.KEY: Check skin regularly and perform wheelchair push-ups. (See strength training section for protocol.)

Transfers - Be sure to follow appropriate guidelines.

Balance - Use straps or other physical assistance to hold the trunk in position during upright exercise.

Cardiovascular Training Guidelines

The American College of Sports Medicine (ACSM) recommends performing 20 to 60 minutes of continuous aerobic exercise or multiple sessions of short duration (approximately 10 minutes) for three to five sessions per week. For individuals just starting an exercise program, a circuit training program is effective.

Aerobic exercise can be monitored using an individual’s maximal heart rate (MHR) or rating of perceived exertion (RPE). MHR for individuals with SCI is significantly lower than for individuals without SCI while RPE should be moderate to somewhat strong. See NCPAD’s General Exercise Instructions factsheet for more information.

Quadriplegia

MHR typically does not exceed 100 to 125 bpm, and training intensity should be between 50% and 70% maximal heart rate. Therefore, an average target heart rate (THR) falls between 65 and 91 bpm.

Arm ergometry is a preferred type of exercise training for individuals with quadriplegia. Be sure the wheelchair is locked, the hands are secured to the equipment (straps can be used for stability and balance) and the ergometer is in a fixed position.

Paraplegia

The MHR of individuals with a lesion T1 to T6 is suppressed; however, for lesions below T6, the MHR is closer to the age-predicted maximum. Training intensity should not go above 70%.

Types of cardiovascular training that benefit individuals with paraplegia are wheelchair ergometry, upper-body calisthenics, rowing machine, sports: (basketball, track, swimming, quad rugby), and functional electrical stimulation-leg cycle ergometer (FES-LCE).

Strength Training Guidelines

Training sessions should be held three days per week.

Refrain from training the same muscle groups on consecutive days.

Upper-body pushing and pressing exercises (bench press, overhead press) will help transfers and wheeling, while pulling/rowing exercises will help prevent shoulder overuse injuries and improve sitting posture.

Perform wheelchair push-ups every 10 to 30 minutes and hold for 30 to 60 seconds. When doing wheelchair push-ups, be sure to bend the elbows slightly.

Use straps or a partner for stabilization and balance.

Vary exercises to reduce over-use injuries and emphasize muscle groups that are still functional.

Types of strength training that benefit individuals with SCI are free weights, weight machines (Nautilus, for example), medicine ball, wall pulley, and theraband.

Flexibility Training Guidelines

Flexibility training is important to prevent contractures (permanently shortened muscles). Paralyzed muscles should be passively stretched by an exercise specialist; specifically, the hamstrings, adductors, hip flexors, plantar flexors, and lumbar extensors.

Types of flexibility training are:

Passive resistance

Theraband

Standing in a standing frame (if not medically contraindicated).

 

Important Safety Considerations

Get physician consent.

Regularly monitor blood pressure, heart rate, RPE, and symptoms.

Stop exercising if you feel pain or discomfort.

Don’t exercise if you are ill (i.e., cold, flu, bladder infection, pressure ulcer, unusual spasticity).

Check medications and their effect on exercise tolerance.

Extended periods of inactivity may cause osteoporosis.

Special thanks to Dr. Steven Figoni and Bridget Collins.

Note

The information provided here is offered as a service only. The National Center on Physical Activity and Disability, University of Illinois at Chicago, the National Center on Accessibility, and the Rehabilitation Institute of Chicago do not formally recommend or endorse the equipment listed. As with any products or services, consumers should investigate and determine on their own which equipment best fits their needs and budget.

National Center on Physical Activity and Disabilityhttp://www.ncpad.orgncpad@uic.edu(800) 900-8086 (voice and TTY)(312) 355-4058 (facsimile)

 

As posted at:

National Center on Physical Activity and Disability

 

http://www.ncpad.org 

 

Bladder Health Week November 16-22, 2008

November 18th, 2008

In honor of Bladder Health Week we are posting information on bladder care during exercise.  Today we will focus on Spina Bifida.  Tuesday will be focused on those with Spinal Cord Injuries.  Wednesday’s focus is for those with Multiple Sclerosis and Thursdays focus will be Resistance Training for those with physical disabilites.  

 

As posted at:

National Center on Physical Activity and Disability

http://www.ncpad.org

 

SPINA BIFIDA 

Importance of Exercise

Prevents deconditioning, and promotes function and endurance.

Helps prevent obesity.

May help improve constipation, resist infection, improve mood, reduce stress, prevent diabetes and atherosclerotic heart disease, and helps lower blood pressure.

 

Important Considerations When Exercising

Maintain proper posture at all times.

Many people with spina bifida have latex allergy. If this is the case, always check beforehand to make sure that the exercise equipment is not made of latex. Equipment manufacturers such as Thera-band® offer latex-free versions of their products.

Incontinence (flaccid or neurogenic bowel/bladder) - Individuals may experience a loss of control with their bowel or bladder. KEY: Monitor urinary cycle, be sure to empty your bowel and bladder before starting exercise.

If you have a shunt or have had scoliosis surgery, you should discuss exercise activity with your doctor. Avoid excessive trauma to the shunt and tubing.

Thermoregulation - Irregular body temperatures are often experienced by individuals with SB. KEY: Wear appropriate clothing, drink plenty of fluids and take precautions in certain environments; in warm environments, a fan and water spray will aid in cooling, and in cold environments, wear extra layers.

Pressure sores (decubitus ulcers) - Damage to the skin or underlying tissue caused by prolonged sitting, using old wheelchair cushions, sitting on hard surfaces, shear forces or as a result of a fall. KEY: Check skin regularly and perform regular wheelchair push-ups, or have the individual reposition him-/herself regularly especially when engaged in wheelchair sports. (See strength training section for protocol.)

Fractures - the bones of the weak limbs may not be as strong as normal (osteoporosis), and can be at risk of breaking with less force than normal. In areas of poor sensation, the only signs of fracture may be redness and swelling of the limb, without pain. If the individual has a concern, have him/her see a doctor.

Transfers - When applicable, wheelchair users need to know how to transfer him-/herself safely from the wheelchair to an accessible exercise machine. People who provide assistance to wheelchair users should be trained to follow the appropriate guidelines for safe transfers.

Balance - Use straps or other physical assistance to hold the trunk in position during upright exercise.

If during exercise, foot and leg swelling occurs, resolve with leg elevation. If swelling is persistent, the individual should discuss this with his/her doctor. Compression stockings may also be helpful to keep swelling down. Monitor skin closely for breakdown in areas of swelling.

Spasticity - This condition is characterized by high muscle tone and hyperactive stretch reflexes. It typically occurs in the muscles below the site of injury and is aggravate by exposure to cold air, urinary tract infections and physical exercise. KEY: You should stretch spastic muscle groups and avoid exercises that cause excessive spasticity. When you are at home you should extend your legs as often as possible. Discuss ways to reduce muscle spasticity that interferes with activity, with your doctor or physical therapist.

 

Important Safety Considerations

Inform your physician that you are starting a regular exercise program.

Start slowly, beginning with only a few sets and/ or repetitions, or with lesser resistance/ weight. Then gradually build these elements up as you go.

Warm-up for approximately 10 minutes before starting your exercises, and cool-down after your exercise session.

Regularly monitor blood pressure, heart rate, and rate of perceived exertion (RPE). (See NCPAD’s General Exercise Guidelines factsheet for more information.)

Stop exercising if you feel pain or discomfort.

Don’t exercise if you are ill (i.e., cold, flu, bladder infection, pressure ulcer, unusual spasticity).

Check medications and their effect on exercise tolerance.

Extended periods of inactivity may cause osteoporosis.

 

Cardiovascular Training Guidelines

Aerobic exercise is important for everyone to maintain cardio-respiratory fitness and endurance.

The American College of Sports Medicine (ACSM) recommends performing 20 to 60 minutes of continuous aerobic exercise or multiple sessions of short duration (approximately 10 minutes) for three to five sessions per week. For individuals just starting an exercise program, a circuit training program is effective.

Aerobic exercise can be monitored using an individual’s maximal heart rate (MHR) or rating of perceived exertion (RPE). MHR for individuals with SB may be significantly lower than normal, while RPE should be moderate to somewhat strong. (See NCPAD’s General Exercise Guidelines factsheet for more information.)

Types of cardiovascular training that benefit individuals with spina bifida are upper-body calisthenics, using the rowing machine, hand cycles and arm ergometers, functional electrical stimulation-leg cycle ergometer (FES-LCE), and adapted sports such as, basketball, track, swimming.

 

Strength Training Guidelines

Individuals should strength train all active muscle groups. Start with low weights and gradually build up the program as you get stronger. A fitness trainer may be helpful in setting up a program for you.

Training sessions should be held three days per week.

Refrain from training the same muscle groups on consecutive days.

In order to maintain proper body posture, balance, and equilibrium, wheelchair users need to strengthen the muscles of the shoulder and upper back.

Upper-body pushing and pressing exercises (bench press, overhead press) will strengthen muscles used for transfers and wheeling, while pulling/rowing exercises will help prevent shoulder overuse injuries and improve sitting posture.

Perform wheelchair push-ups every 10 to 30 minutes during the day, and hold for 30 to 60 seconds. When doing wheelchair push-ups, be sure to bend the elbows slightly. Lock the wheels and keep anti-tip bars in position. One way to remember this is the “rule” 30 second push-up off the chair every 30 minutes. Some people find it helpful to get a digital watch that beeps every 15 minutes as a reminder.

For individuals who have movement in their legs, leg exercises can include knee lifts from a sitting position (marching movement), and foot lifts from a sitting position (straightening the knee). Do up to 10 on each side once or twice a day, and add sets of 10 as you gain strength. You can also add ankle weights as your strength improves.

Use straps or a trained partner for stabilization and balance.

Vary the type of strengthening exercises to reduce over-use injuries.

Types of strength training that benefit individuals with spina bifida are free weights, weight machines (Nautilus, for example), medicine ball, wall pulley, and Thera-band®.

 

Flexibility Training Guidelines

Flexibility training is important to maintain range of motion in joints, as well as to prevent shoulder injuries in persons who use wheelchairs or crutches.

Flexibility training also helps to prevent contractures (permanently shortened muscles). Paralyzed muscles should be stretched by a physical therapist, exercise specialist, or by a trained assistant or family member. Muscles that need to be stretched include the hamstrings (the back of the thigh), adductors (inner thigh), muscles that flex the hip, muscles that flex the foot, and muscles that extend the back. Having the individual lie on his/her stomach for rest periods can also help stretch muscles of the hips and back of the thighs.

Stretches for the muscles of the chest and front of the shoulder are recommended especially for wheelchair users, who tend to have a crouched posture.

Stretch the shoulders by grasping the elbow with the arm overhead, and pulling back to stretch gently. You can also stretch the front of the shoulder by placing your hand on a wall, fingers pointed backwards with the arm outstretched, and lean forward towards the wall. Hold for one minute each side.

Stretching the calf muscles helps to decrease swelling, especially if combined with leg massages.

Types of flexibility training are passive resistance, Thera-band® elastic bands or tubings, standing in a standing frame (if not medically contraindicated), yoga and Pilates.

Note

The information provided here is offered as a service only. The National Center on Physical Activity and Disability, University of Illinois at Chicago, the National Center on Accessibility, and the Rehabilitation Institute of Chicago do not formally recommend or endorse the equipment listed. As with any products or services, consumers should investigate and determine on their own which equipment best fits their needs and budget.

As posted at:

National Center on Physical Activity and Disability

http://www.ncpad.org

Adapted Recreational Sports Adults Winter Break 2008 & Winter Quarter 2009 Programs

November 14th, 2008

 

Session Dates 

Sunday sessions run Jan. 25-Mar. 8, 2009  

Monday sessions run Jan. 26-Mar. 9, 2009 

Wednesday sessions run Jan. 28-Mar. 11, 

2009  

Thursday sessions run Jan. 29-Mar. 2009 

 

Program Fees  

Member Non-member 

MS Water Exercise 

  $32  $40 

Open Swim  

$64  $80 

       

 

Break Session Dates 

Monday sessions run Dec. 1-15, 2009 

Wednesday sessions run Dec. 3-17, 2009 

 

 

Registration Dates 

Break Open Swim Registration begins Sunday, Nov. 9, 2008 

Early Bird Registration begins Sunday, Nov. 23, 2008 

Member registration begins Monday, Nov. 24, 2008 

Non-member registration begins Wednesday, Nov. 26, 2008 

 

*Registration deadline for Break- Wednesday, Nov. 26, 2008 at 5 p.m. 

 *Registration deadline for Winter- Wednesday, Jan. 21, 2009 at 5 p.m. for all programs 

Ways to Register 

Online 

Visit 

http://recsports.osu.edu/camps_registration

asp  

In Person 

Stop by the Recreational Sports office at 

B106 RPAC, 337 W. 17th Ave. during normal business hours or during specified quarterly registration dates and times. 

By Mail 

Send a completed registration form and fee 

payment to the Ohio State Department of 

Recreational Sports, Room B106 RPAC, 

337 W. 17th Ave., Columbus, OH 43210. 

 

Program Number  Day of week  Start time  End time 

 

Break Open Swim- RPAC Class Pool 

100 Age 18 and up  Monday  7:00 p.m.  8:00 p.m. 

200 Age 18 and up  Wednesday  7:00 p.m.  8:00 p.m. 

 

MS Water Exercise- RPAC Class Pool 

0001 Age 18 and up  Monday  6:30 p.m.  7:15 p.m. 

0002 Age 18 and up  Wednesday  6:30 p.m.  7:15 p.m. 

 

Open Swim- RPAC Class Pool 

0003 Age 18 and up  Monday  7:00 p.m.  8:00 p.m. 

0004 Age 18 and up  Wednesday  7:00 p.m.  8:00 p.m. 

 

 

Contact Us 

Web site: www.recsports.osu.edu 

Phone: 614-688-8787 

E-mail: ars@osu.edu 

 

Adapted Recreational Sports (ARS) Youth Winter Quarter 2009 Program Schedule

November 14th, 2008

 

 Session Dates 

Sunday sessions run Jan. 25-March 8, 2009   

Monday sessions run Jan. 26-March 9, 2009 

Thursday sessions run Jan. 29-March 12, 2009 

Program Fees 

  

Member Non-member 

CAA  $86  $107 

Aquakids $42  $56 

Evolutional $42  $56 

Gymnastics $86  $107 

 

 

Registration Dates 

 Early bird registration begins  Sunday, November 23, 2008 

Member registration begins  Monday, November 24, 2008 

 Non-member registration begins Wednesday, November 26, 2008 

 

*Registration deadline- Wednesday, January 21, at 5:00 p.m. for all programs! 

 Ways to Register 

Online Visit 

http://recsports.osu.edu/camps_registration

 

In Person 

Stop by the Recreational Sports office at 

B106 RPAC, 337 W. 17th Ave. during normal business hours or during specified quarterly registration dates and times. 

By Mail 

Send a completed registration form and fee payment to the

Ohio State Department of Recreational Sports

Room B106 RPAC 337 W. 17th Ave.,

Columbus, OH 43210.  

 

 

Program Number  Day of week  Start time  End time 

Children’s Adapted Aquatics (CAA) - RPAC Class Pool 

0006 3-5 year olds  Sunday  4:15 p.m.  5:00 p.m. 

0007 6-9 year olds  Sunday  5:15 p.m.  6:00 p.m. 

0008 10-17 year olds Sunday  6:15 p.m.  7:00 p.m. 

 

Aquakids- RPAC Leisure Pool 

0010 6-9 year olds  Sunday  4:15 p.m.  5:00 p.m. 

0011 3-5 year olds  Sunday  5:15 p.m.  6:00 p.m. 

 

Evolutional Swimming- RPAC Class Pool 

0012 levels 1-2  Thursday  6:30 p.m.  7:15 p.m. 

0013 levels 3-6  Thursday  7:30 p.m.  8:15 p.m. 

 

Adapted Gymnastics- RPAC MPR B20 

0009 ages 3-17  Monday  5:30 p.m.  6:15 p.m. 

 

 

 

Contact Us 

Web site: www.recsports.osu.edu 

Phone: 614-688-8787 

E-mail: ars@osu.edu 

 

Living with MS webcast

November 14th, 2008

 

Real Talk.Real Answers. Living with MS in Your 20s and 30s.
Web Cast

Tuesday, November 18 join young adults living with MS nationwide for the second installment of Real Talk. Real Answers. Living with MS in Your 20s and 30s.

 

If you’re in your 20s and 30s and living with MS, please join us on Tuesday, November 18 for candid conversation about the topics that matter to you.

Issues including communicating with family and friends about your MS, finding meaningful ways to get involved in support networks, learning to be your own best advocate, personal planning and more.

The event includes an interactive panel discussion with an opinion leader and a panel of your peers in their 20s and 30s who are living with MS. A moderator will lead the panel discussions to answer your most challenging questions.

You will be able to participate LIVE from wherever you are — virtually!

Register today at www.RealTalkRealAnswers.com. You can then access the Web cast from the same website. You’ll also find lots of other great resources on the site about living with MS in your 20s and 30s, including tips from opinion leaders, journal entries from your peers who are living with MS and much more.

Participants will have the opportunity to submit questions “real time”. For those who can’t watch live, the information will be posted on http://main.nationalmssociety.org/site/PageServer?pagename=HOM_REAL_homepage after the event.

Building & Maintaining Connections with Dr. Mary-Frances O’Connor
November 18, 2008
8:00 p.m. ET/7:00 p.m. CT/6:00 p.m. MT/5:00 p.m. PT

Real Talk. Real Answers. Living with MS in your 20s and 30s is brought to you by the National Multiple Sclerosis Society and MS LifeLines (R), a free resource sponsored by EMD Serono and Pfizer.

Date: Tuesday, November 18, 2008 

Time: 8:00 PM

 

Xavier Volleyball Attack on Multiple Sclerosis

November 13th, 2008

 

Cintas Center - Cincinnati, Ohio

 

The Xavier Volleyball team will partner with the Ohio Valley Chapter of the National Multiple Sclerosis Society to raise money and awareness for the fight against MS. The “Xavier Volleyball Attack on MS” game is scheduled for Sunday, November 16 at 4 p.m. when they host the St. Louis Billikens at the Cintas Center.

There are numerous ways to join in the fight against Multiple Sclerosis:

1. Pledges will be taken for each attack attempt that Xavier makes against St. Louis.  Download a pledge sheet here >>
2. General donations will be accepted.
3. Specially designed “Xavier Volleyball Attack on MS” t-shirts will be available for $10. Anyone wearing the t-shirt to the match will receive free admission.
4. There will be a raffle of items such as a volleyball autographed by the entire team, a pair of Xavier men’s basketball tickets, a basketball autographed by men’s Head Coach Sean Miller, gift certificates and much more. Raffle tickets are $2 each or 2 for $3, which benefit the Society.


Date:   Sunday, November 16, 2008

Time:  4 p.m.

Location:   Cintas Center 
                     1624 Herald Avenue
                      Cincinnati, Ohio 45207

Parking: Available at the Cintas Center

For more information, please contact Ian Frost at 513-745-3378 or frosti@xavier.edu

Date: Sunday, November 16, 2008
Time: 4:00 PM - 9:00 PM
Address:
1624 Herald Avenue
Cincinnati, OH 45207
United States