Rhabdomyolysis Case Study: Difference between revisions

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*Phases of Interventions (e.g. protective phase, mobility phase, etc.)  
*Phases of Interventions (e.g. protective phase, mobility phase, etc.)  
*Dosage and Parameters  
*Dosage and Parameters  
*Rationale for Progression  
*Rationale for Progression
*Co-interventions if applicable (e.g. injection therapy, medications)
 
Co-interventions if applicable (e.g. injection therapy, medications)
 
The treatment of rhabdomyolysis is primarily directed at preserving renal function. Intravenous (IV) hydration must be initiated as early as possible. *Wang,MD<br>
 
Once patients have completed initial medical management, they should undergo physical therapy rehabilitation to regain full range of motion (ROM), muscle strength, and full function before progressing back to full physical activity. There is no set protocol of how to treat a patient with rhabdomyolysis. Each treatment should be centered to fit the patient’s individual needs. Below is an example of a treatment presented in the Journal of Orthopedic and Sports Physical Therapy in 2003. This rehabilitation program was used for the diagnosis of acute exertional rhabdomyolysis (AER) secondary to intense push-up training. *Baxter<br>
 
 
 
TABLE 1. Randall et al’s19 rehabilitation program for patients with acute exertional rhabdomyolysis secondary to intense push-up training.
 
Phase 1. Active and gentle passive range of motion (ROM) of the shoulder and elbow within limits of pain.
 
Phase 2. Initiated once active ROM is normal. Upper body ergometer at low intensity for 5 minutes progressing daily until this workload can be maintained for 15 minutes.
 
Phase 3. Initiated once the patient can maintain 15 minutes on the upper body ergometer without discomfort, change in technique, or muscle soreness 24 hours postexercise. Progress to isotonic weight training with light weights for specific muscle weakness (eg, elbow extension for triceps), modified pushups, and bench press. Modified pushups are performed daily on an incline (such as against a wall) and progressed as tolerated to tabletop, stool, and floor (without modification).
 
Phase 4. Initiated once patient progresses to push-ups without modification. Patient is allowed to resume normal exercise routine with the restriction of only performing 1 set of push-ups in any 24- hour period. This restriction is maintained until the patient is able to perform at their preinjury number of push-ups without sequelae such as muscle soreness or loss of normal ROM.<br>


== Outcomes  ==
== Outcomes  ==

Revision as of 02:18, 25 March 2015


Author/s[edit | edit source]

Lindsay Matijevich, Katy Wiggins, Evan Scher, Kat Brock from the Bellarmine University Physical Therapy Program's Pathophysiology of Complex Patient Problems Project.

Abstract[edit | edit source]

100 word limit, non-structured description

Patient Characteristics[edit | edit source]

Patient is a 55 year old female that reports to your clinic with complaints of low back pain and leg pain. She is teacher at a local high school and reports that her back pain is making it difficult to sit for long periods. She complains of bilateral tenderness over her low back and generallized weakness of the lower extremities. She reports that she had the flu last week and she can't afford to miss anymore school so it's important that she get her pain resolved as quick as possible. She says that she still fatigued but attributes that to being sick and still not being fully recovered. She also mentioned during the evaluation that she felt extremely hot and clamy. Her temperature was taken and read 101. 3 degrees farenheight. When asked of any other symptoms she has noticed, she mentioned that her urine has been unusuallly dark the past week and almost looks bloody along with some mild shortness of breath that has been getting worse the past couple days. She again attritubed this to being sick and being dehydrated and deconditioned.

Patient has history of hypertension but has been able to control it with diet and exercise and has not taken medication for her high blood pressure in 5 years. Her father also has history of congestive heart failure and type 2 diabetes. She had her gallbladder removed 7 years ago but has otherwise had no other major surgeries. She takes no prescription medications regularly but has recently been taken over the counter aleve for her back and leg pain. 

  • Demographic Information: (occupation/vocation, gender, age, etc.)
  • Medical diagnosis if applicable
  • Co-morbidities
  • Previous care or treatment

Examination[edit | edit source]

  • Subjective : Patient History and Systems Review (chief complaints, other relevant medical history, prior or current services related to the current episode, use relative dates i.e. years or months or days relative to onset of injury or start of treatment, patient/family goals)
  • Self Report Outcome Measures
  • Physical Performance Measures
  • Objective : Physical Examination Tests and Measures

Clinical Impression[edit | edit source]

Our clinical impression at first glance would be that the patient is still suffering from flu like symptoms. Another possible diagnosis could be sciatica since her pain is presenting in her low back and legs. It would be critical to ask the patient to describe the type of pain that she is experiencing. Given that the patient’s pain is bilateral and she is having blood in her urine leads us to suspect that her pain is from systemic origins. A number of kidney disorders can cause blood to be present in the urine including urinary tract infections, kidney infections, kidney stones, glomerulonephritis, inherited disorders such as sickle cell anemia, or advanced stages of kidney cancer*mayo. Because this patient had no complaints of painful urination, flank pain, no history of cancer or inherited disorders, and no direct trauma to the kidneys lead us to suspect rhabdomyolysis caused by an infection.

Summarization of Examination Findings[edit | edit source]

Working Diagnosis and Targeted Interventions

Intervention[edit | edit source]

  • Phases of Interventions (e.g. protective phase, mobility phase, etc.)
  • Dosage and Parameters
  • Rationale for Progression

Co-interventions if applicable (e.g. injection therapy, medications)

The treatment of rhabdomyolysis is primarily directed at preserving renal function. Intravenous (IV) hydration must be initiated as early as possible. *Wang,MD

Once patients have completed initial medical management, they should undergo physical therapy rehabilitation to regain full range of motion (ROM), muscle strength, and full function before progressing back to full physical activity. There is no set protocol of how to treat a patient with rhabdomyolysis. Each treatment should be centered to fit the patient’s individual needs. Below is an example of a treatment presented in the Journal of Orthopedic and Sports Physical Therapy in 2003. This rehabilitation program was used for the diagnosis of acute exertional rhabdomyolysis (AER) secondary to intense push-up training. *Baxter


TABLE 1. Randall et al’s19 rehabilitation program for patients with acute exertional rhabdomyolysis secondary to intense push-up training.

Phase 1. Active and gentle passive range of motion (ROM) of the shoulder and elbow within limits of pain.

Phase 2. Initiated once active ROM is normal. Upper body ergometer at low intensity for 5 minutes progressing daily until this workload can be maintained for 15 minutes.

Phase 3. Initiated once the patient can maintain 15 minutes on the upper body ergometer without discomfort, change in technique, or muscle soreness 24 hours postexercise. Progress to isotonic weight training with light weights for specific muscle weakness (eg, elbow extension for triceps), modified pushups, and bench press. Modified pushups are performed daily on an incline (such as against a wall) and progressed as tolerated to tabletop, stool, and floor (without modification).

Phase 4. Initiated once patient progresses to push-ups without modification. Patient is allowed to resume normal exercise routine with the restriction of only performing 1 set of push-ups in any 24- hour period. This restriction is maintained until the patient is able to perform at their preinjury number of push-ups without sequelae such as muscle soreness or loss of normal ROM.

Outcomes[edit | edit source]

Findings Over time

Discussion[edit | edit source]

Summary Statement which should include related findings in the literature, potential impact on clinical practices

Related Pages[edit | edit source]

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References[edit | edit source]

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