Podcast
Questions and Answers
A patient presents with Klumpke's paralysis following a fall. Which combination of nerve root and spinal cord levels are MOST likely involved?
A patient presents with Klumpke's paralysis following a fall. Which combination of nerve root and spinal cord levels are MOST likely involved?
- C5 and C6 nerve roots; cervical spinal cord
- C8 and T1 nerve roots; cervical spinal cord (correct)
- C6 and C7 nerve roots; lumbar spinal cord
- L4 and L5 nerve roots; sacral spinal cord
A patient with Klumpke's paralysis demonstrates a 'claw hand' deformity. Which muscular imbalance primarily contributes to this presentation?
A patient with Klumpke's paralysis demonstrates a 'claw hand' deformity. Which muscular imbalance primarily contributes to this presentation?
- Weakness of thenar muscles with overactivity of the hypothenar muscles
- Loss of lumbrical function combined with the unopposed action of extrinsic finger flexors and extensors (correct)
- Spasm of interossei muscles overpowering the long finger flexors
- Impaired wrist flexor function with compensatory activation of wrist extensors
Following an injury resulting in Klumpke's paralysis, a patient exhibits severe edema and vasomotor dysregulation in the affected hand. Which nerve's involvement is MOST likely contributing to these autonomic symptoms?
Following an injury resulting in Klumpke's paralysis, a patient exhibits severe edema and vasomotor dysregulation in the affected hand. Which nerve's involvement is MOST likely contributing to these autonomic symptoms?
- Radial nerve due to its extensive sensory distribution
- Axillary nerve due to its proximity to blood vessels
- Median nerve due to its high concentration of autonomic fibers (correct)
- Musculocutaneous nerve due to its superficial location
A therapist is evaluating a patient with Klumpke's paralysis. Weakness is noted during thumb adduction and finger abduction. This finding indicates involvement of which myotome levels?
A therapist is evaluating a patient with Klumpke's paralysis. Weakness is noted during thumb adduction and finger abduction. This finding indicates involvement of which myotome levels?
Which of the following mechanisms of injury (MOI) is MOST likely to result in Klumpke’s paralysis?
Which of the following mechanisms of injury (MOI) is MOST likely to result in Klumpke’s paralysis?
In Erb's palsy, which nerve roots of the brachial plexus are primarily affected?
In Erb's palsy, which nerve roots of the brachial plexus are primarily affected?
During palpation of the brachial plexus, discomfort and possible paresthesia should radiate towards which anatomical landmark?
During palpation of the brachial plexus, discomfort and possible paresthesia should radiate towards which anatomical landmark?
Which of the following mechanisms of injury (MOI) is LEAST likely to cause Erb's palsy?
Which of the following mechanisms of injury (MOI) is LEAST likely to cause Erb's palsy?
The 'Waiter’s tip' deformity, characteristic of Erb’s palsy, presents with which combination of upper extremity positions?
The 'Waiter’s tip' deformity, characteristic of Erb’s palsy, presents with which combination of upper extremity positions?
A patient with Erb's palsy exhibits weakness in shoulder abduction and elbow flexion. Which myotome levels are most likely affected?
A patient with Erb's palsy exhibits weakness in shoulder abduction and elbow flexion. Which myotome levels are most likely affected?
Which of the following muscles is LEAST likely to be affected by Erb's palsy?
Which of the following muscles is LEAST likely to be affected by Erb's palsy?
If a patient with Erb's palsy also presents with scapular winging, which additional nerve is MOST likely to be injured?
If a patient with Erb's palsy also presents with scapular winging, which additional nerve is MOST likely to be injured?
A newborn presents with Erb's palsy after a difficult delivery. Which of the following scenarios during the delivery is LEAST likely to have contributed to this condition?
A newborn presents with Erb's palsy after a difficult delivery. Which of the following scenarios during the delivery is LEAST likely to have contributed to this condition?
A patient presents with miosis, ptosis, and anhidrosis on the face following a brachial plexus injury. What is the MOST likely underlying cause of these symptoms?
A patient presents with miosis, ptosis, and anhidrosis on the face following a brachial plexus injury. What is the MOST likely underlying cause of these symptoms?
A football player experiences immediate, sharp pain down their arm, along with tingling and weakness, after a helmet-to-helmet collision. Symptoms subside after a few minutes. This presentation is MOST consistent with which condition?
A football player experiences immediate, sharp pain down their arm, along with tingling and weakness, after a helmet-to-helmet collision. Symptoms subside after a few minutes. This presentation is MOST consistent with which condition?
What is the MOST important precaution to observe when treating a patient with a brachial plexus traction injury involving nerve regeneration?
What is the MOST important precaution to observe when treating a patient with a brachial plexus traction injury involving nerve regeneration?
When treating edema associated with a brachial plexus traction injury, which technique is MOST appropriate?
When treating edema associated with a brachial plexus traction injury, which technique is MOST appropriate?
A patient is in the early stages of recovery from a brachial plexus traction injury. To prevent placing drag on the healing tissue, which manual therapy technique is MOST suitable?
A patient is in the early stages of recovery from a brachial plexus traction injury. To prevent placing drag on the healing tissue, which manual therapy technique is MOST suitable?
A patient is 6 weeks post-surgery for a brachial plexus injury. Which of the following is the MOST appropriate approach for treating the affected muscles distal to the lesion?
A patient is 6 weeks post-surgery for a brachial plexus injury. Which of the following is the MOST appropriate approach for treating the affected muscles distal to the lesion?
During PROM for a patient with a brachial plexus injury, which direction of joint movement is MOST recommended?
During PROM for a patient with a brachial plexus injury, which direction of joint movement is MOST recommended?
When taking a patient history for a brachial plexus traction injury, which question is MOST important to ascertain the progression of healing?
When taking a patient history for a brachial plexus traction injury, which question is MOST important to ascertain the progression of healing?
During the acute phase of recovery from a peripheral nerve injury, what is the primary focus of management?
During the acute phase of recovery from a peripheral nerve injury, what is the primary focus of management?
In the context of peripheral nerve injuries and recovery, what does 'discriminative sensory re-education' primarily involve?
In the context of peripheral nerve injuries and recovery, what does 'discriminative sensory re-education' primarily involve?
During the chronic phase of peripheral nerve injury recovery, what is the main goal of therapeutic intervention?
During the chronic phase of peripheral nerve injury recovery, what is the main goal of therapeutic intervention?
When managing edema in a patient with a brachial plexus injury, which of the following techniques is MOST appropriate?
When managing edema in a patient with a brachial plexus injury, which of the following techniques is MOST appropriate?
What is the MOST important consideration when performing PROM exercises for a patient with a brachial plexus injury?
What is the MOST important consideration when performing PROM exercises for a patient with a brachial plexus injury?
Which of the following interventions is MOST appropriate for stimulating regained function in a patient recovering from a peripheral nerve injury?
Which of the following interventions is MOST appropriate for stimulating regained function in a patient recovering from a peripheral nerve injury?
In the late stages of regeneration or with a permanent lesion following a brachial plexus injury, what is the primary goal of home care?
In the late stages of regeneration or with a permanent lesion following a brachial plexus injury, what is the primary goal of home care?
What type of hydrotherapy should be used with caution for home care in patients with peripheral nerve injuries and sensory function deficits?
What type of hydrotherapy should be used with caution for home care in patients with peripheral nerve injuries and sensory function deficits?
Flashcards
Klumpke's Paralysis
Klumpke's Paralysis
Injury to the lower brachial plexus (C8-T1 nerve roots), primarily affecting hand function.
Klumpke's MOI
Klumpke's MOI
Extension of the shoulder with cervical spine traction.
Claw Hand Deformity
Claw Hand Deformity
Resting hand deformity with MCP extension and PIP/DIP flexion due to lumbrical loss.
Autonomic Symptoms in Klumpke's
Autonomic Symptoms in Klumpke's
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Myotome Deficits in Klumpke's
Myotome Deficits in Klumpke's
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Erb's Palsy Definition
Erb's Palsy Definition
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Brachial Plexus Roots
Brachial Plexus Roots
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Brachial Plexus Trunks
Brachial Plexus Trunks
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Brachial Plexus Palpation
Brachial Plexus Palpation
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Erb's Palsy MOI
Erb's Palsy MOI
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Waiter’s Tip Deformity
Waiter’s Tip Deformity
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Muscles Affected in Erb's Palsy
Muscles Affected in Erb's Palsy
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Myotome Deficits in Erb's Palsy
Myotome Deficits in Erb's Palsy
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Horner's Syndrome
Horner's Syndrome
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Cause of Horner's
Cause of Horner's
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Burner/Stinger Symptoms
Burner/Stinger Symptoms
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Burner/Stinger Injury
Burner/Stinger Injury
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Brachial Plexus Injury Precaution
Brachial Plexus Injury Precaution
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Treating Edema (BPI)
Treating Edema (BPI)
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Segmental Techniques (BPI)
Segmental Techniques (BPI)
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Flaccid/Weak Muscles (BPI)
Flaccid/Weak Muscles (BPI)
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AROM (Active Range of Motion)
AROM (Active Range of Motion)
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PROM (Passive Range of Motion)
PROM (Passive Range of Motion)
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MMT (Manual Muscle Testing)
MMT (Manual Muscle Testing)
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Myotome
Myotome
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Dermatome
Dermatome
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Acute Phase (Nerve Injury)
Acute Phase (Nerve Injury)
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Recovery Phase (Nerve Injury)
Recovery Phase (Nerve Injury)
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Chronic Phase (Nerve Injury)
Chronic Phase (Nerve Injury)
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Study Notes
Erb's Palsy Anatomy
- Involves the upper brachial plexus
- Affects C5 and C6 nerve roots
- Primarily affects the shoulder and brachium
Brachial Plexus Components
- Roots: C5-C8 & T1
- Trunks: Superior, Middle, Inferior
- Divisions: Anterior, Posterior
- Cords: Lateral, Posterior, Medial
- Branches: Musculocutaneous, Axillary, Radial, Median, and Ulnar nerves (plus 11 other nerves)
Palpation of the Plexus
- Locate the lateral edge of the clavicular head of the SCM.
- Find the anterior scalene next to the clavicular head.
- The brachial plexus is located directly next to the anterior scalene.
- Palpation may cause discomfort radiating under the clavicle towards the coracoid process.
- There's potential for paresthesia in the hand.
Palpation of Affected Tissue
- Assess flaccidity of muscles in the entire upper extremity.
- Muscle flaccidity indicates which cords/roots are affected.
- Upper roots primarily impact the shoulder and brachium.
- Lower roots mainly affect the distal upper limb, especially the hand.
Pathophysiology of Erb's Palsy (MOI)
- Occurs when the head, neck, and shoulder are forcibly separated, tractioning the C5-C6 nerve roots
Common Mechanisms of Injury
- Contact sports
- MVAs (Motor Vehicle Accidents)
- Tractioning of newborn using forceps
- Newborn shoulder caught behind the pubis during delivery
- Forcibly stretching of newborn's neck
- Vacuum suction during delivery
Signs and Symptoms of Erb's Palsy
- Can vary in severity based on the extent of nerve injury
- Possible nerve injuries include Neurotmesis, Axonotmesis, Neuropraxia, and Neuroma
- Resting deformity is often called "Waiter's tip"
Waiter's Tip Presentation
- Arm hangs limp in adduction and internal rotation.
- Elbow is extended and forearm is pronated.
- Wrist and fingers are flexed
Motor Deficits in Erb's Palsy
- Deltoid (C5-6), Supraspinatus (C4-6), Infraspinatus (C5-6), Teres Minor (C5-6), Biceps Brachii (C5-6), Brachialis (C5-6), and Supinator (C5-7) can experience deficits.
- Sometimes, scapular winging can occur due to damage to the long thoracic nerve (C5-7).
Myotome Deficits
- C5: Shoulder abduction
- C6: Elbow flexion and wrist extension
Sensory Deficits
- C5 Dermatome
- C6 Dermatome
Klumpke's Palsy Anatomy
- Involves the lower brachial plexus, specifically C8 and T1 nerve roots impacting ulnar and median fibers
- Predominantly affects the hand
Klumpke's Palsy MOI
- Injury affects the lower brachial plexus (C8 & T1).
- Usually involves shoulder extension with cervical spine traction
- Falling from a height and grabbing something can cause this
Klumpke's Palsy Signs & Symtoms
- Can vary in nerve injury level: Neurotmesis, Axonotmesis, Neuropraxia, Neuroma
- Resting deformity called Claw hand, resulting from loss of lumbricals, leads to MCP extension, PIP flexion, and DIP flexion.
- Affects ulnar and median nerve fibers.
Other Signs & Symptoms
- Ape hand, oath hand
- Severe edema, trophic changes, vasomotor dysregulation
- Injury to fibres leads to autonomic symptoms and signs.
Klumpke's motor deficits
- Opponens Pollicis / Adductor Pollicis / Lumbricals / PIM / DIM / FDS / FDP / Pronator teres / Pronator quadratus / FCR deficits
- Thumb opposition / Thumb adduction / Finger abduction deficit
- MCP flexion, IP extension, PIP & DIP flexion deficits
Klumpke's Myotome Deficits
- C8: Thumb extension, ulnar deviation
- T1: Finger abduction
Klumpke's Sensory Deficits
- C8 dermatome
- T1 dermatome
Horner's Syndrome
- Sometimes associated with Klumpke's paralysis
- Involves Miosis (pupil constriction), Ptosis (drooping upper eyelid), Enophthalmos (recession of eyeball into orbit), and Anhidrosis on the face
- Believed to be caused by injury to the superior cervical ganglion or autonomic fibers innervating the eyes and face
- It's rare and poorly understood
Burners or Stingers
- Over-stretch or compression injury similar to Erb's palsy
- Symptoms vary depending on injury severity: immediate, lancinating pain, paresthesia, progressive weakness
- Symptoms are short lived
Precautions for Brachial Plexus Traction Injuries
- These injuries often involve nerve degeneration.
- Avoid tractioning a regenerating nerve.
- Treat edema with elevation and nodal pumping/drainage techniques.
- Apply segmental techniques proximal to the lesion at right angles to the direction of the regenerating nerve.
- Block with the ulnar border of the hand just proximal to the lesion to avoid placing drag on the healing tissue.
- Do not work on the lesion site until regeneration has passed (approx. 2 weeks post-trauma or 3 weeks post-surgery).
- Treat flaccid or weakened muscles distal to the lesion with light strokes & gentle compressions.
- Use PROM to affected joints in the direction that shortens the tissue & nerve.
History Questions for Patient
- How has healing progressed?
- Any regained function?
- Sensory function details?
- Previous or current treatments?
- HCP information and treatment effectiveness?
- Adverse reactions to treatments?
- Positioning and table adjustments?
Assesment
- AROM
- PROM
- MMT
- Myotome
- Dermatome
Differential Diagnosis
- Neurologist confirms diagnosis
3 Phases of Management Guidelines - Recovery from Peripheral Nerve Injury
Acute Phase
- Focus on healing & preventing complications soon after the injury
- Immobilization time will be dictated by MD
- Splinting/bracing may avoid deformities
Recovery Phase
- Motor retraining is key when Reinnervation occurs
- Desensitization & Discriminative sensory re-education can be performed
Chronic Phase
- Occurs when recovery peaks, focus shifts to compensatory function.
- Splint or brace use may continue.
Treatment for Brachial Plexus Injuries
- Manage edema
- Elevation, cool hydro, unidirectional stroking, manual lymphatic drainage
- Decrease contractures
- Pillowing and Segmental work on tissues can help
- Tissue health on flaccid tissue:
- Light, segmental work.
- Unidirectional stroking without traction.
- Joint health: PROM from neutral to short; joint mobilizations if possible
- Stimulate regained function: Facilitatory ROODS
- Promote relaxation: Diaphragmatic breathing, non-noxious stimuli from massage
Home Care for late stage of regenation period
- Manage edema
- Maintain tissue health: Gentle contrast hydro, if able and self-massage
- Maintain function: Use regained function, Facilitatory ROODS & Strengthening exercises
- PROM and visualization on flaccid tissues
- Sensory re-education: Using different sensory stimuli (towels, fabrics, etc.)
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Description
This quiz covers Klumpke's and Erb's palsy, focusing on nerve involvement, muscular imbalances, autonomic symptoms, and mechanisms of injury. It also includes nerve root involvement, spinal cord levels and myotome levels.