Mealtime Partners, Inc.

Specializing in Assistive Dining and Drinking Equipment

May 2013 Independent Eating and Drinking Newsletter

Independent Eating...   is a Wonderful Thing

May Topics:

  • Eating with Tremors

  • New Report on Interventions and Nutrition in Cerebral Palsy

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Eating with Tremors

According to the National Institute of Neurological Disorders and Stroke: “A tremor is an unintentional, rhythmic muscle movement involving to-and-fro movements (oscillations) of one or more parts of the body. It is the most common of all involuntary movements and can affect the hands, arms, head, face, voice, trunk, and legs. Most tremors occur in the hands. In some people, tremor is a symptom of a neurological disorder or appears as a side effect of certain drugs. The most common form of tremor, however, occurs in otherwise largely healthy people. Although tremor is not life-threatening, it can be embarrassing to some people and make it harder to perform daily tasks”.

When discussing tremors it is easy to be confused by the cause of the tremor, which might be a disease or disorder, and the types of tremors caused by the disease or disorder, such as a resting tremor, or a task specific tremor. The first section of this article discusses causes of tremors and is followed by information about types of tremors. It should be noted that Essential Tremor is a neurological disorder not a type of tremor.

The most common causes of tremors are:

Essential Tremor (ET) that affects about 10 million people in the United States. ET is a progressive neurological disorder that causes involuntary rhythmic trembling of the hands, head and includes the tongue and voice, and less often, the trunk or legs. A miscommunication between parts of the brain causes the disorder.

Parkinson’s disease, that impacts approximately one million Americans, with 60,000 people being diagnosed with the disease each year. Parkinson’s disease is caused by damage to the portions of the brain that control movement. Initially a tremor may occur in a single limb but will progress to a bilateral tremor and, over time, tremors can affect the head, trunk, arms and legs. Tremors markedly increase with stress. A continuous “pill-rolling” motion of the thumb and forefinger is common with Parkinson’s disease.

Dystonia (for which the incidence is not known). Dystonia is caused by abnormal functioning of the basal ganglia (the part of the brain that controls coordination of movement) and causes uncontrollable twisting, repetitive movements, or abnormal posture and positioning.

Multiple Sclerosis (MS), which affects 2.1 million people worldwide, is a disease in which the body's immune system eats away at the protective sheath (myelin) that covers the nerves. Damage to myelin causes interference in the communication between the brain, spinal cord and other areas of the body.

Other causes of tremors include stoke, and traumatic brain injury.

Tremors can be categorized by type:

Resting tremor occurs when the individual is relaxing or resting and is often seen in the hands and fingers. Resting tremor is seen in individuals with Parkinson’s disease.

Action tremor occurs when the affected body part is moved. Sub-categories of action tremors are: Postural tremor that occurs when a person tries to hold a position which pushes against gravity, e.g., holding their arms out in front of their body; Kinetic tremor which occurs when the body part that is affected is intentionally moved, e.g., raising and lowering the hand at the wrist; and Intention tremor which occurs when an affected body part is moved towards a specific object, e.g., bringing your index finger to touch your nose.

Task specific tremors, as the name implies, occur when a specific task is undertaken, e.g., signing your name.

Isometric tremor occurs when the muscle of an affected limb is voluntarily contracted and the limb is opposed by a rigid object, e.g., placing your hands on a table surface and pressing down or leaning on your hands.

Depending upon the cause of the tremor, they can impact hands, arms, head and neck, the tongue and voice, legs, and trunk. If the head and neck muscles are affected, chewing and swallowing can become difficult. Regardless of the cause of tremors they can make independently conducting activities of daily living extremely difficult. Additionally, many people who have tremors are embarrassed by them and they can cause a great deal of frustration when it is difficult to coordinate and control ones movements. Treatments are available for some diseases that cause tremors. If you start noticing some tremors, consult your physician for more information about treating them.

Tremors that impact the hands, fingers, arms, and head make conducting regular activities especially difficult. For example when attempting to brush your teeth it is difficult to maintain the tooth brush on the teeth in the mouth when both your head and hands are in almost constant motion. The likely result is that toothpaste will go all over the place during the process. To lessen some of the movement, the elbow can be braced on either the bathroom counter or against a wall close to the sink, and the heel of the hand holding the toothbrush held firmly against the chin. This provides some stability during the process. It is also highly recommended to use an electric toothbrush to lessen the amount of movement needed during the brushing process.

Eating can present similar problems of stabilizing the hand and arm. Feeding yourself can be extremely difficult, especially when dealing with intention tremor, which worsens when the hand is brought towards the mouth (commonly seen in Essential Tremor), because each time the hand is brought to the mouth the tremor becomes exaggerated.

Finding ways of making eating easier requires experimentation as each person is different and, therefore, trial and error is the only way of finding the best method. Things that may be of help are:

1. Always sitting at a table to eat. Make sure that the elbow of the hand holding the utensil rests on the table. This may require putting a board (or book, or something equivalent) on the table to raise the level of the elbow for the utensil to reach the mouth while the elbow is still on the table. Alternately, if the table is too high, a cushion should be added to the chair to raise the level of the trunk. Always make sure that the feet can still rest firmly on the floor to provide stability.

2. Consider wearing a weighted cuff on the wrist of the hand holding the utensil. Weights can be purchased from medical catalogs and online. However, it is wise to try using one before buying one to find out if it is of value. An easy way to experiment with a weighted cuff is to take a pair of tube socks and put one inside the other. Fill the socks with a pound of dried beans or rice. Sew the end shut and then sew a strip of Velcro on each end of the sock to hold them in a circle. The socks can then be wrapped around the wrist. If the one pound weight appears to be of help in dampening the tremor but is not sufficient to stop food being shaken off of the utensil, the sock should be reopened and another pound of beans or rice added. If two pounds do not help with dampening, the weighted cuff will not be of value.

3. Build up the handle of your eating utensils. It is easier to grip a larger handle on a utensil and hold it firmly. Utensils with built up handles can be purchased at many different locations. Simply search on line for “utensils with built up handles” and a list of sources will be displayed. For a quick test, use duct tape or masking tape to build up a handle, etc.

4. If maintaining a grip on a utensil is difficult, an Eating Cuff may be helpful (not to be confused with the weighted cuff mentioned earlier in this article). Our May 2010 Newsletter topic "Promoting Self Feeding" provides information on cuffs as well as dishes with built up sides that help with loading food onto a spoon.

If all of these strategies fail to help maintain the ability to eat without food falling off of the utensil due to tremor, more advanced assistive technology (AT) should be considered. AT that facilitates independent eating can be broken down into two discrete categories: manual and powered. Manual feeding devices are moved and manipulated by the individual who is eating. The general principal of manual feeding devices is that they stabilize the hand and arm, thus dampening involuntary movement. They work by either “trapping” the arm in a trough that limits the range of motion that is possible for the hand and arm, or, the hand grasps an arm to which the spoon is attached. The arm is either weighted or spring loaded. In either case, the arm movement is dampened, eliminating much of the involuntary movement of the hand.

Powered feeding devices move without any energy being contributed by the user to pick up food. They are electro-mechanical devices and the spoon picks up food and presents it close to the user’s mouth for them to eat. Spoon activation is typically initiated by the use of an adaptive switch that requires an extremely small movement (or force) by the user to trigger it. Powered dining equipment like the Mealtime Partner, allow the user to sit in an appropriate position to facilitate safe eating. While eating, the user can rest their hands in their lap or on a table top, depending upon the type of tremor that they are dealing with. Even those who have a tremor affecting their head will have less involuntary movement when they eat using an assistive dining device as they must only make a small movement of the head towards the spoon, and their hands remain inactive during this time. When taking a bite of food, intention tremors and task specific tremors create less forceful head movement when the hands are not moving at the same time. The Mealtime Partner Assistive Dining Device is the only powered dining system available in the United States that can be adjusted to meet the specific needs of individuals who have tremors. It can be customized to the appropriate speeds and pauses to allow the user to have a stress free meal and avoid triggering tremors. Click on the following link for more information about the Mealtime Partner Dining System.

Tremors also make it difficult for people to lift and hold a cup. Proper hydration is essential to maintain good health and therefore should be addressed once a tremor is diagnosed. The issue of access to liquids should be revisited as tremors worsen. Mealtime Partners offers several options for hands free drinking. Also, Mealtime Partners November 2009 Newsletter provides additional information about the great importance of proper hydration and methods for achieving independent drinking.

The Mealtime Partner Dining System
For those who have cerebral palsy or a tremor, the Mealtime Partner can provide mealtime independence allowing a pleasant dining experience that is totally under the control of the individual eating.
Boy using the Mealtime Partner
The Mealtime Partner Dining System can be positioned to meet the specific needs of each user. The user does not have to adjust their position to eat using the device because the Partner’s flexible mounting systems permit positioning to fit the user's needs, making mealtimes a comfortable, relaxed experience, with the user positioned safely for eating.

The Mealtime Partner empowers its user to eat what they want, when they want it.

The Mealtime Partner Dining System is quick and easy to learn and has no complicated programming requirements. Each Dining System comes with a complete training video on DVD so new users and caregivers can learn to use it in just a few minutes.

For more information about the Mealtime Partner Dining System, please visit
Mealtime Partners website. There is no other assistive dining system that meets the needs of the users, like the Mealtime Partner.

New Report on Interventions for Feeding and Nutrition in Cerebral Palsy

The Agency for Healthcare Research and Quality (AHRQ) recently released a report “Interventions for Feeding and Nutrition in Cerebral Palsy” documenting findings of a research review on feeding and nutrition interventions in adolescents with cerebral palsy (CP). From the initially identified 1,055 titles and abstracts, 553 full texts were reviewed for the study, as the remainder did not meet the study criteria. The studies reviewed included both surgical and nonsurgical interventions. Surgical interventions included: gastrostomy tube (g-tube), percutaneous endoscopic gastrostomy (PEG), jejunostomy, and fundoplication. Nonsurgical interventions included appropriate mealtime positioning, oral appliances, oral stimulations, sensorimotor facilitation, and caregiver training. Additionally, it included the use of food thickeners, calorie supplementation with formulas, vitamin supplementation and modified food consistency.

It is estimated that more than 100,000 children in the United States are affected by cerebral palsy. “Cerebral palsy (CP) is the term used for a group of non-progressive disorders of movement and posture caused by abnormal development of, or damage to, motor control centers of the brain. CP is caused by events before, during, or after birth. The abnormalities of muscle control that define CP are often accompanied by other neurological and physical abnormalities.” (http://medical-dictionary.thefreedictionary.com/cerebral+palsy.) It is likely that those severely affected by CP will experience feeding and swallowing problems. These may lead to poor nutritional status, failure to grow at a typical rate, aspiration, etc.

The reviews reported in this study looked at the effectiveness of the available interventions for feeding and nutrition problems that have been studied in people with CP. All of the studies evaluating surgical interventions showed a significant weight gain once tube feeding began, however, they did not consistently report harms that occurred in relation to the surgery. Additionally, reports documenting nonsurgical interventions did not provide sufficient evidence of the impact of the treatment.

The report provides a significant amount of information about studies relating to interventions for feeding and nutrition problems in CP. Despite the study being unable to draw conclusions about treatments due to the strength of the evidence reported being only moderate in strength, the report nevertheless provides insight into methods of treatment and their strengths and weaknesses.

The full report is available for download in Adobe format at: Effective Health Care Program, Comparative Effectiveness Review Number 94.

Did You Know? Did you know that hiccups are involuntary contractions of the diaphragm? Each contraction is followed by a rapid closure of the vocal cords which causes the “hic” sound that is characteristic of hiccups. Hiccups only occur in mammals and are far more common in infants and children, than in adults. Typically they are resolved in a matter of minutes without intervention. However, in rare cases they can continue for extended periods. The Guinness Book of World Records cites 68 years as the longest continuous recorded attack of hiccups (an estimated 430 million hiccups). Hiccups occur prior to birth. Over time various theories about why we hiccup have been offered, the most recent explanation associates hiccups with the development of reflexes that coordinate the suck, swallow, breathe, mechanism utilized by infants to suckle and drink milk. It is thought that it is a mechanism to clear air from the stomach by creating suction in the chest, thus pulling the air bubble up from the stomach and out of the mouth. Basically, it is “self-burping”.






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