Boxing Coach With Idiopathic Parkinson's Symptoms a Case Study

Boxing Coach With Idiopathic Parkinson's Symptoms a Case Study

Abstract:

Postural instability and resulting falls are a detrimental aspect of Parkinson’s disease. There are multiple systems that influence one’s balance and differing theories regarding physical rehabilitation to improve balance and postural control. The purpose of this case study is to document the effects of strength and proprioceptive training on balance in an individual with Parkinson’s disease. It is hypothesized that strength and proprioceptive training using a soft surface will reduce fall risk and improve balance. This case study is focussed on a 60- year old male diagnosed with idiopathic Parkinson’s disease with primary complaints of fatigue, postural instability, and social withdrawal. This patient was referred to physiotherapy after several falls with the intention of improving balance. In order to measure clinical changes the Berg Balance Scale, Multidirectional Reach Test, and Clinical Test for Sensory Integrity and Balance (CTSIB) were used.The treatment intervention implemented a 10-week protocol including external resistance and bodyweight exercises, postural control exercises on a foam surface with varying conditions, as well as aerobic activity. The prescribed exercises included walking 2 times per day 4 times per week in addition to daily balance and resistance training. The subject achieved the maximum score for the first 3 conditions of the CTSIB upon initial assessment; thus, these were not retested post treatment. The remaining conditions however, were not fully completed. Conditions 5 and 6 were performed quite poorly at just 6 and 5 seconds, respectively. Conditions 4, 5, and 6 of the CTSIB, as well as all directions in the multidirectional reach test and total score of the Berg Balance Scale (from 46 to 53) improved from pre-to-post intervention. This indicates positive balance outcomes from a 10-week proprioceptive and resistance training protocol in individuals with Parkinson’s disease.

Introduction:

This case will be focusing on Parkinson’s disease (PD), which is a progressive neurological disorder that presents with an insidious onset. This report will explore how a physical therapist could go about diagnosing and treating this condition in an evidence-based manner. The American Academy of Neurology believes that pharmacological treatment and the promotion of physical activity is both essential to the optimal treatment of PD. Physical therapists teach patients with PD how to manage their impairments, disabilities and independently perform their activities of daily living. In addition, they assist with more complex tasks that are done daily such as shopping. There seems to be enormous evidence for the effects of physical therapy throughout all stages of the disorder. However, only a few sufficiently controlled prospective studies have shown evidence for the promotion of physical activity in PD.

Postural instability causes frequent falls in this population and physical therapists are in an ideal position to address this issue with balance training. Balance is seen as an individual’s capacity to control their center of mass in response to fluctuating internal and external environmental conditions. Consequently, maintaining static and dynamic balance requires proper functioning of central balancing mechanisms. Damage to any part of the sensory or motor pathway may lead to the inability to maintain the center of mass within the base of support. However, it is believed that no one system dictates an individual’s ability to balance (brunstorm). There are different ways of tackling a balance dysfunction whether it is working on the vestibular, somatosensory, vision system. Lastly, Shumway Cook believed that the focus should be the vestibular system as it is the driving force for maintaining postural control by providing information about the position of the head with reference to gravity.  There is evidence (Stanley John Winser and Priya Stanley 2009) showing that improving the influence of proprioception among clients with neurological disorders will lead to improvements in balance. These studies administered balance exercises with deprived vision in order to reduce visual dependence. Also, standing over a smooth surface was used to further facilitate the proprioceptive inputs. Also, an extensive meta-analysis suggests that strength training is associated with improved balance and gait performance in Parkinson’s disease. Thus, this case study intends to document the influence of training proprioception and strength in order to improve balance among Parkinson’s disease.He has been referred to physical therapy by his physician, after a serious of falls, in order to work on his balance.

Client Characteristics:

The condition usually occurs in individuals in their mid-fifties and the occurrence of the disease increases with age. The earliest clinical sign that can be documented occurs when around sixty percent of the dopamine-producing cells in the substantia niagra have deteriorated ( Booji). The clinical signs of this condition include resting muscle tone, involuntary movements, bradykinesia, rhythmic tremors and postural instability. He has been referred to physical therapy by his physician, after a serious of falls, in order to work on his balance.

Subjective Assessment:

A 60-year-old male patient presents with complaints of rapid fatigue, postural instability, and a lack of interest in all social events for the past two years. He was just diagnosed with idiopathic Parkinson’s disease at a local hospital in Oakville. He has been referred to physical therapy by his physician, after a serious of falls, in order to work on his balance. Also, he has been diagnosed with Diabetes Mellitus for the last ten years and has been receiving insulin therapy. Other than that, there is no other history of infections, illnesses or accidents in the last five years.  However, the patient has brought up concerns about depression and anxiety and has been referred to a psychiatrist for an assessment. He lives with his wife in a three-story building that requires him to walk three flights of stairs that includes thirty-six steps. The patient is a retired heavyweight boxer whose main passion still is boxing. He states that his central goal is to continue recreationally boxing at home or the gym. He is independent in all his activities of daily living except bathing and toileting, which he needs supervision from his spouse. The patient reports good strength in all limbs and has been able to walk independently. He enjoys taking thirty minute walks to the park, but he has noticed that he is starting to have a festering gait and is having trouble slowing down. Ultimately, he is concerned with his increase in falls lately. He  is afraid of falling and breaking his hip like his uncle Johnny, who died from the complications of a hip fracture.

Objective Assessment:

Posture: slight forward head posture, symmetrical, slight resting tremor in right forearm/ hand.

Strength: upper and lower extremities all within normal limits

ROM: upper and lower extremities within functional range of motion

Reflexes: biceps, triceps, brachioradialis, quadriceps and tendo achilles (all 1+ bilaterally)

Myotomes: normal bilateral

Dermatomes: normal bilateral

Tone: Mild non velocity dependent increase in muscle tone (MAS grade of 1+)

Dexterity: mild increase in tremor when completing UE tip to tip and pulp to pulp

Romberg: negative

Rapidly Alternating Movement Evaluation: negative

Point-to-Point Movement Evaluation: slight tremor when completing task bilaterally

Heel to shin: negative

Gait: Demonstrated an independent gait and the walking pattern showed mild features of festination, decreased step length, trunk flexion while walking, shuffling gait, and mild freezing.

Outcome measures

BERG Balance scale: 46/54

Multidirectional reach test: Forward 18.5 cm, Backward 10.0 cm, Left 13.5 cm, Right 14.0 cm

Clinical test for sensory integrity and balance (CTSIB)

1: Eye open + Firm surface 30/30 seconds

2: Eye closed + Firm surface  30/30 seconds

3: Visual conflict + Firm surface 30/30 seconds

4: Eye open + Compliant surface 26/ 30 seconds

5: Eye closed + Compliant surface 6/30 seconds

6: Visual conflict + Compliant surface 5/ 30 seconds

It should be noted that that this objective assessment was based off Winser et al., "A case study of balance rehabilitation in Parkinson's disease." (X)

This video shows a patient with Parkinson's disease manifesting the typical features of freezing of gait. Link: https://www.youtube.com/watch?v=3-wrNhyVTNE

This video shows a Parkinson's patient completing a full neurological assessment Link: https://www.youtube.com/watch?v=sJqKvajUC3k&list=PLHdemSStztKaB0A_iqfdiepvRwljoI1dF&index=33

EmbedVideo received the bad id "sJqKvajUC3k&list=PLHdemSStztKaB0A_iqfdiepvRwljoI1dF&index=33" for the service "youtube".

Clinical Impression:

Analysis: Patient is a previously independent 60 year old male, who presents with decreased balance, mild increase tone, mild resting tremor, mild festinating gait, reports increased levels of fatigue with activity, and reports needing assistance with bathing and grocery shopping. Patients lives in a supportive home, however needs to climb 3 flights of stairs to get into his apartment. Patient is a good candidate for physiotherapy to help increase balance, decrease fatigue, increase tolerances to meaningful activities, and decrease the likelihood of future falls.

Problem list:

Decreased balance

Mild increased tone

Mild resting tremor

Mild festinating gait

Increased fatigue

Dependence with bathing and grocery shopping

Intervention:

Training the patient’s balance was the priority in order for him to return to activity. We prescribed strength training and foam mat balancing exercises to improve his balance (Toole et. al, 2000). We wanted to include strength training and balancing with focus mitts in order to replicate the skills needed to achieve a day-to-day coaching session. A second person was present when the patient was performing their balancing exercises for support. The following sequences of activities were performed for one hour for 10 weeks:

Strength/warm up

Exercise	Frequency	Intensity	Time	Type	Volume
Cycle ergometer	3 times a week	30% 1 Rep max (RM)	5 min	Warm up	1 set
Knee extension		3 lb ankle weights	2:1:4 s	Strength - eccentric	10 reps 3 set 2 min rest
Glute bridge		80% 1 RM	1:2:4 s	Strength - eccentric	10 reps 3 set 2 min rest
Ankle plantar flexion		Resistance band (RTB)	1:1:4 s	Strength - eccentric	10 reps 3 set 2 min rest
Walk	2 times a day 4 times a week	Comfortable walking speed	10 min (10% increase every week)	Endurance	2 sets

Foam Mat Balance (30 s holds, 3 sets, 1 min rest):

• Eyes open
  • Feet shoulder width apart
  • Feet together
  • Tandem
• Eyes closed
  • Feet shoulder width apart
  • Feet together
  • Tandem
• Eyes open, focus mitt with external perturbation
  • Feet shoulder width apart
  • Feet together
  • Tandem

Outcome:

Berg balance score:

53/54

Multidirectional reach test:

Forward 24.0 cm

Backward 13.0 cm

Left 17.5 cm

Right 18.0 cm

Clinical test for sensory integrity and balance (CTSIB)

4: Eye open + Compliant surface 30/ 30 seconds

5: Eye closed + Compliant surface 21/30 seconds

6: Visual conflict + Compliant surface 18/ 30 seconds

Patient is ready for outpatient physiotherapy to work on balance and progress strengthening program.

References:

Winser SJ, Kannan P. A case study of balance rehabilitation in Parkinson's disease. Global Journal of Health Science. 2011 Apr 1;3(1):90.

Shirely Ryan Ability Lab. Clinical Tests of Sensory Interaction on Balance [Internet]. Chicago: Shirley Ryan Ability Lab. [Updated 2013 November 13] Available  from: https://www.sralab.org/rehabilitation-measures/clinical-test-sensory-interaction-balance-vedge

Shirely Ryan Ability Lab. Multidirectional Reach Test Reach Four Directions test [Internet]. Chicago: Shirley Ryan Ability Lab. [Updated 2013 April 21] Available  from: https://www.sralab.org/rehabilitation-measures/multidirectional-reach-test-reach-four-directions-test

Hirsch MA, Toole T, Maitland CG, Rider RA. The effects of balance training and high-intensity resistance training on persons with idiopathic Parkinson’s disease. Archives of physical medicine and rehabilitation. 2003 Aug 1;84(8):1109-17.

Newton RA. Validity of the multi-directional reach test: a practical measure for limits of stability in older adults. The Journals of Gerontology Series A: Biological Sciences and Medical Sciences. 2001 Apr 1;56(4):M248-52.

Qutubuddin AA, Pegg PO, Cifu DX, Brown R, McNamee S, Carne W. Validating the Berg Balance Scale for patients with Parkinson’s disease: a key to rehabilitation evaluation. Archives of physical medicine and rehabilitation. 2005 Apr 1;86(4):789-92.

Toole T, Hirsch MA, Forkink A, Lehman DA, Maitland CG. The effects of a balance and strength training program on equilibrium in Parkinsonism: A preliminary study. NeuroRehabilitation. 2000 Jan 1;14(3):165-74.

Wu PL, Lee M, Huang TT. Effectiveness of physical activity on patients with depression and Parkinson's disease: A systematic review. PloS one. 2017 Jul 27;12(7):e0181515.