Balance and coordination exercises pdf

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balance and coordination exercises pdf

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Looking to improve your balance? Research shows that balance exercises for seniors can significantly reduce the risk of falls. Nearly 1 in 3 adults over age 65 will fall each year.

Balance and Coordination Exercises - Ohio State University .Balance and Coordination Exercises Do

The ability to control balance during activities of daily living ADL is impaired in older adults as a result of deterioration in the sensory systems i. Consequently, many older adults face a risk of falling during their ADL. In most cases, falls and related injuries impair the quality of life and result in physical limitations, anxiety, loss of confidence, and fear of falling. Among a variety of fall prevention interventions, adapted physical activity programs have been suggested for improving balance control during ADL.

These programs challenge the sensory, cognitive, and musculoskeletal systems while addressing balance constraints such as orientation in space, changes in direction, and the speed or height of the center of mass during static and dynamic situations resembling ADL.

The above-mentioned elements can be dealt with through a combination of balance and coordination exercises that challenge the postural control systems in multiple dimensions—including vertical and horizontal changes of the center of mass, standing on unstable surfaces with a reduced base of support, and changing body directions. Consequently, such exercises require environmental information-processing. The combination of dual-task, function-oriented challenges while controlling balance stimulates the sensory and neuromuscular control mechanisms.

Among older adults, these programs have been found to improve static and dynamic stability, as well as a number of aspects in the quality of life.

Recently, they have also been found to improve cognitive functions such as memory and spatial cognition. Aging is subjected to longitudinal processes as a consequence of physiological changes, such as a higher level of stress, mitochondrial dysfunction, abnormality of inflammatory processes, decreased hormone production, and decreased metabolic rate which can lead to catabolism and degeneration of organs Cesari et al.

These processes lead to a progressive loss of nerve extensions, bone mass, skeletal muscle mass, and strength Chang and Lin, ; Sieber, ; Nascimento et al.

These are phenomena known to impair the ability to perform activities of daily living ADL , reduce the quality of life, and increase the risk of falling Chang and Lin, ; Landi et al. The increased risk of falling, shown to be a consequence of the above-mentioned processes, is mainly due to the difficulties of older adults in maintaining postural control while performing ADL Rubenstein, ; Kojima, Postural control is based on the ability to synchronize several systems in an ongoing cycle: the sensory systems i.

In the visual system, a reduced ability to detect low contrast hazards, judge distances, and perceive spatial relationships appears to be the significant impairment associated with falls among older adults Lord, Changes in the vestibular system are expressed in a reduced number of hair cells in the semicircular canals, in the maculae of the saccule and the utricle, as well as in the primary and secondary vestibular neurons Ishiyama, The reduced capacity to detect position and direction of movement, together with reduced lower-limb strength and sensation, are considered to be significant predictors of fall risk among older adults Lord et al.

Moreover, inter-joint coordination and the appropriate timing of muscle action during ADL, such as in walking, is also affected; thus, the ability of older people to use the fall avoidance strategies practiced by young people is reduced Rubenstein, Several therapeutic approaches have been shown to be effective for fall prevention among older adults, and there is a large body of literature documenting the favorable effects of physical activity training programs.

Evidence suggests that programs based on aerobic and resistance exercise can be used to restore or maintain functional independence in older adults, and may also potentially prevent, delay, or reverse frailty de Vries et al. Aerobic training enhances cardiovascular function, as it was shown to preserve motor units and mitochondrial function.

Additionally, it was found to prevent muscle atrophy and to improve the health-related quality of life Navas-Enamorado et al. Resistance training was shown to increase protein synthesis and muscle mass, as well as to improve neural recruitment and muscle strength, explained by neural and morphological adaptations Guizelini et al.

The combination of these training modes has yielded beneficial effects in body composition and physical function, as well as in cognitive and emotional function, among frail patients de Labra et al.

It is important to note that in most cases aerobic and strength exercises require the participants to be highly mobile. Older adults with low mobility might have difficulty in benefiting from these exercises because of their limited locomotive ability.

Therefore, exercise with reduced locomotion requirements, such as balance or coordination exercise, may provide similar benefits to older adults with a variety of mobility abilities Kwok et al.

The possibility of improving the quality of life of older people through simple exercises can be a solution for people with a wide range of functional abilities. Thus, the current mini-review has two purposes: a to present studies examining the effect of performing balance and coordination exercises on various aspects of the quality of life of older people; and b to present suggestions for practical applications.

The search was not limited by any period of time. The majority of the studies were detected in the Google Scholar database. The titles and abstracts of some identified articles were then checked for relevance. Subsequently, the search was performed again, focusing on the occurrence of at least one keyword in the title or abstract of articles written in English and representing scientific study, thereby significantly narrowing down the selection.

Altogether, studies were found. The information found in the selected studies on balance and coordination exercise and its effect on postural control, cognitive function, and the quality of life of older adults was evaluated, and it is summarized in Table 1 and described and discussed in the following sections.

During ADL people are susceptible to changes in both dynamic as well as static balance. The ability to control those changes represents a complex challenge for the neuromuscular control system, which must cope with rapid environmental changes and is based upon the ability to proact or react to these changes for successful locomotion and fall prevention.

This challenge can be met if there is proper function of the visual, vestibular, proprioceptive, and tactile senses for correct sensory input, and if they work together with the neuromuscular system to control body alignment with the correct subsequent motor output Hayes, ; Horak, ; Dunsky et al. The proactive balance strategy activates postural adjustments prior to the occurrence of destabilizing forces upon the body.

The reactive balance strategy activates postural adjustments after an external disturbance is encountered, thus assuring balance recovery Hayes, ; Wong et al.

As people age, their ability to use these strategies—and in particular the reactive balance strategy—is impaired, as a consequence of the physiological and cognitive changes mentioned above. Thus, specific training programs that are based on postural control exercises are suggested for older adults Arampatzis et al. If the purpose of training is to evoke improvements in reactive balance, then the training program may be associated with all postural control systems, including the musculoskeletal system, the cognitive system, as well as the somatosensory feedback system, while challenging the body in different environmental situations and unexpected perturbations Tinetti et al.

During balance training, participants perform exercises that include static vs. Nagy et al. The authors suggested that improvement was a consequence of the establishment of a new postural control strategy that was developed by the participants as a result of the specific balance intervention. Virtual reality can incorporate anticipatory postural adjustments, postural responses, muscle loading, cognitive challenges, transitioning into different poses, and taking steps.

The authors examined two types of virtual reality training of skiing and found that the Kinski game elicited a larger center of mass displacements than the Wiiski game, and thus suggested the Kinski as a better method of balance training for older adults.

In another study, an interventional program of 20 sessions of virtual reality was shown to improve functional balance and mobility among older adults, with results similar to biofeedback training Bisson et al.

Additionally, a training program of 18 sessions of virtual reality was shown to improve dynamic balance and balance confidence, in comparison to the control group routine activities older adults Rendon et al.

The use of balance training for postural control is only one aspect of quality of life improvement. It has also been suggested as beneficial for cognitive function beneficial for cognitive function improvement. Physical activity, and in particular aerobic exercise, has been discussed as a promising means for increasing neurogenesis and plasticity of the brain, in order to improve cognitive functions as well as to protect against the age-related decline in the ability of the brain to adapt to environmental demands Stimpson et al.

As balance training provides a stimulus to the vestibular, neuromuscular, and proprioceptive systems, which then send signals to specific areas in the brain that make connections between vestibular nuclei and the cerebellum, hippocampus, as well as prefrontal and parietal cortices, it may affect cognitive functions such as spatial functions, navigation, and memory Taube et al.

It has been speculated that increased stimulation of the vestibular system during balance exercise may be a mediator between physical exercise and cognitive functioning Smith et al. In a cross-sectional study, Netz et al. Based on their results, the authors recommended that men include static balance exercises in their exercise routine and that women include dynamic exercise. Rogge et al. In addition, they found increased cortical thickness in specific regions of the brain i. These changes were found to be correlated with improved balance performances Rogge et al.

Mouthon and Taube found that 2 weeks of balance training on an unstable platform improved postural control that was correlated with improvements in intracortical inhibition. The authors suggested that these changes may demonstrate the occurrence of cortical plasticity and adaptation of inhibitory behavior for the acquisition of a balance task following the balance training intervention. Gouveia et al. The authors suggested that this improvement was based on the enhanced balance performance, as well as on the educational aspect of the program that was used in their study, since quality of life is strongly associated with both physical and mental age-related factors.

Taguchi et al. Halvarsson et al. The authors mentioned that exercise in groups provides a social belonging which may contribute to an increased attendance rate, and thus can also influence the domain participation and improve the quality of life through increased activity in daily life Lelard and Ahmaidi, In several continuous studies, Halvarsson et al.

Coordination exercise with low velocity, low impact, and a high-interest level, which also provides a good training effect, is preferred for most older persons Wong et al. These exercises were associated with high activation in visual-spatial networks in the brain of older adults Voelcker-Rehage et al. Coordinative exercise is known to involve an activation of the cerebellum Gao et al. In addition, bimanual coordination movements have been shown to lead to activation in the pre-frontal cortex, specifically the medial frontal region, which is also involved in attention to demanding cognitive tasks, spatial memory, self-initiated movement, and conflict resolution Spinella et al.

An 8-week coordination training program based on 11 movements, including coordination of fingers, hands, eyes, and legs while the participant is sitting which is a simplified version of Tai Chi , significantly improved cognitive function as assessed by the Chinese Dementia Rating Scale of older adults Kwok et al.

Voelcker-Rehage et al. The authors suggested that this result was a consequence of the fact that to a high degree coordinative exercises rely on and practice spatial orientation, and the hippocampus is known to be involved in spatial memory processes.

As coordination exercise was suggested to improve cognitive functions, and balance exercise was shown to improve balance, cognitive functions, as well as quality of life, it was suggested that the combination of balance and coordination exercise may result in greater improvement in the quality of life among the elderly. One example of such a combination is suggested by Tai Chi exercises, which are based on a series of movements linked together in a continuous sequence i.

During each movement, different parts of the body take turns playing the role of stabilizer and mover, allowing smooth movements to be executed without compromising balance and stability.

Older adults who performed this form of exercise were found to have significantly better postural control and stability in conditions with simultaneous disturbance of vision and proprioception, compared to active nonpractitioners Wong et al.

This form of exercise was also examined in a week Tai Chi exercise program and has been found effective in reducing perceived stress and improving mood state, as well as increasing perceived social support Taylor-Piliae et al.

On the contrary, 24 sessions of Tai Chi exercises during a week intervention did not improve static postural control or walking speed among older adults Lelard et al. Another example of the combination of balance and coordination exercises, together with resistance and aerobic training, was suggested by Dizdar et al.

The part of balance and coordination in the exercises included: single leg stances with eyes open and closed, tandem stance, toe walking, heel walking, tandem gait, reciprocal lower extremity movement, half-squatting, bridging, modified Romberg exercise on hard and soft ground with eyes closed, edge walking, walking on a balance board, reciprocal leg movements, slowly sitting down and standing up from a chair, and going up and down the stairs. The authors suggested that this improvement may be the result of performing exercises as a group, which enhanced the social aspect of the participant Dizdar et al.

This combination was also studied by Dunsky et al. In this study, two balance programs were conducted: step aerobics—while using the step as an obstacle moving near and around it, stepping on it, adding music while walking, and adding dual-task exercises and resistance exercises while walking around and on the step ; and the stability ball—while using the ball as an unstable surface sitting or lying on the ball while performing resistance exercises, and adding music and adding dual-task exercises while having postural control of the body on the ball.

The authors suggested that the improved quality of life was probably the consequence of high compliance to the intervention in both groups, which led their participants to feel more comfortable in performing ADL and about other aspects of life, thus leading to a higher general health perception at the end of the study. Recently, Segev et al. Following a week program in which they trained twice a week, the participants of the intervention group improved their static and dynamic balance, as well as their functional strength.

These skills are considered major components in ADL, and thus their improvement may imply a better quality of life. The current mini-review points to the advantages of a combination of balance and coordination exercise on behavioral and neurophysiological outcomes among older adults. Based on the above literature, it is suggested that older adults be exposed to a program that includes such a combination for 2—3 sessions each week, for periods of at least 8 weeks, as a tool for quality of life improvement.

Instructors or clinicians who wish to include such combination exercises in a program for older adults should introduce them gradually, allowing for the proper adjustment of the trainees while ensuring their safety. The program should incorporate exercises that include static vs. Additionally, it should progressively reach higher levels of challenges in the form of more complex exercises involving both motor and cognitive tasks dual- and multi-task activities.

AD performed the drafting, analyses, and final version of the entire manuscript. The author declares that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest. National Center for Biotechnology Information , U.

The Effect of Balance and Coordination Exercises on Quality of Life in Older Adults: A Mini-Review

Balance exercises can help you maintain your balance — and confidence — at any age. If you're an older adult, balance exercises are especially important because they can help you prevent falls and maintain your independence. It's a good idea to include balance training along with physical activity and strength training in your regular activity. Nearly any activity that keeps you on your feet and moving, such as walking, can help you maintain good balance. But specific exercises designed to enhance your balance are beneficial to include in your daily routine and can help improve your stability. For example, balance on one foot while you're standing for a period of time at home or when you're out and about. Or, stand up from a seated position without using your hands.

In Canada and around North America, falls are one of the leading causes of injury and death for senior citizens. By exercising, you can improve your balance and your strength, so you can stand tall and feel more confident when walking. Exercise 1: Single Limb Stance. Lift up your right foot and balance on your left foot. Hold that position for as long as you can, then switch feet. The goal should be to stand on one foot without holding onto the chair and hold that pose for up to a minute. Exercise 2: Walking Heel to Toe.


PDF | The ability to control balance during activities of daily living (ADL) is impaired in older adults as a result of deterioration in the sensory.


Reclaim Your Stability With These Balance Exercises For Stroke Recovery

Weave by crossing you left footover the right. Step out with theright foot, then cross your leftfoot behind the right. Reverse togo in the opposite direction. Balance on your hands and knees.

frenkel's coordination exercises pdf

Back to Exercise. Do not worry if you have not done much exercise for a while, these balance exercises are gentle and easy to follow. Wear loose, comfortable clothing and keep some water handy. Build up slowly and aim to gradually increase the repetitions of each exercise over time. Try to do these exercises at least twice a week and combine them with the other routines in this series:. Avoid dropping your hips as you step. Perform 10 steps each way or step from one side of the room to the other.

Dysmetria: visual feedback reduces the manifestations of dysmetria. Use smooth movements when performing these exercises and take your time. Because balance is pivotal to fall prevention, it is important that we perform balance exercises to maintain and improve this skill to help prevent falls. This page addresses balance exercises. Exercises for balance and agility. The following balance and strength exercises are easy to do at home.

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Balance and Coordination Exercises Do only those exercises T checked. “ Balance on one foot for 10 seconds. Do this 3 times for each leg.


balance and coordination exercises pdf

COMMENT 4

  • Each activity is performed slowly with the patient using vision to carefully guide correct movement. Cara C. - 02.12.2020 at 01:37
  • Balance and Coordination. Exercises. Do only those exercises / checked. ❑ Balance on one foot for 10 seconds. Do this 3 times for each leg. ❑ Hop 10 to 15​. Shannon F. - 06.12.2020 at 09:57
  • Learn More. Leonelo G. - 07.12.2020 at 02:01
  • The ability to control balance during activities of daily living ADL is impaired in older adults as a result of deterioration in the sensory systems i. Cyndi M. - 07.12.2020 at 07:11

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