L20: Other Management Strategies Flashcards
What are 2 ways to target the treatment choice?
- Use information directly from subjective
- Work, aggravating factors, concerns, sports or other activities, history.
- Identifying potential underlying causes
- Use information from physical from both
- What we observe or consider could be underlying reasons they have pain
- Impairments we find in the physical – including whether we can modify symptoms
What is the treatment (based on impairments) for over-bracing on movements from observation of the physical exam?
- Teach unguarded movements and postures, practicing relaxed movements.
- Advice and education
- Reframe their fears and then show them
What is the treatment (based on impairments) for improvement with correcting the lateral shift from observation of the physical exam?
Correct lateral shift – exercise to correct lateral shift
What is the treatment (based on impairments) for improvement with changing pelvic tilt in sitting or standing from observation of the physical exam?
Consider postural correction
What is the treatment (based on impairments) for observing problematic postures on static or dynamic activities associated with symptoms from observation of the physical exam?
Provide correction or modification – consider other relevant personnel to assist (eg coach, cycle fit, workplace ergonomic assessment)
What is the treatment (based on impairments) for avoidance of movement due to fear of symptoms (Hypervigilant) from functional tests and ROM of the physical exam?
Education, reassurance and exercises to improve confidence
- Break movement down to something easier, but still challenges their fears and beahviours
What is the treatment (based on impairments) for bracing and breath holding from functional tests and ROM of the physical exam?
Teach movements that they can do which encourage ROM giving feedback to relax muscles and continue breathing
What is the treatment (based on impairments) for restriction in ROM from functional tests and ROM of the physical exam?
Consider manual examination –> manual therapy, exercise
What is the treatment (based on impairments) for pain on ROM from functional tests and ROM of the physical exam?
Consider manual examination –> manual therapy, exercise
What is the treatment (based on impairments) for centralisation or improved pain and ROM on repeated movement from functional tests and ROM of the physical exam?
Consider repeated movement exercises, advice, manual therapy
What is the treatment (based on impairments) for stiffness, pain on manual examination from manual examination, motor control assessment and strength tests of the physical exam?
Manual therapy
What is the treatment (based on impairments) for difficulty with motor control tests from manual examination, motor control assessment and strength tests of the physical exam?
Start training at a level the patient can tolerate – functionally relevant where possible
What is the treatment (based on impairments) for muscle length tests from manual examination, motor control assessment and strength tests of the physical exam?
- Often this is secondary to a strength/motor control deficit or secondary to adaptive/maladaptive behaviours
- Consider strengthening, stretches, foam roller, massage – or if compensation for something else – consider other management strategies
- Don’t have to lengthen before loading- when loaded, will become more flexible as well
What is the treatment (based on impairments) for muscle strength test from manual examination, motor control assessment and strength tests of the physical exam?
Exercise – strengthening to fatigue at load tolerated by patient
What is the manipulation clinical prediction rule?
Predicted improved results (pain and function) with spinal manipulation vs exercise response
4 out of 5 criteria: 92%
3 out of 5 criteria: 68%
2 out of 5 criteria: 49%
1 out of 5 criteria: 46%
Success considered a 50% reduction in disability measure
Should we measure all the things in the manipulation clinical prediction rule for all patients?
- It provides us with some insight into who may be best suited for manipulation approaches.
- Other research suggests; no symptoms distal to knee and onset of pain less than 16 days are easily measurable and likely effective.
- Exact reasons are not fully understood Effect is thought to occur through:
- Cavitation that releases local pain mediators (gapping facet joint)
- A BIG sensory input – neurophysiological effect
- Increases ROM
- Facilitates muscle relaxation
What are 5 co-existing conditions which are contraindications for manipulation?
- Any pathology that leads to significant bone weakening (osteoporosis)
- Significant structural deformity (significant scoliosis)
- Structural instability (symptomatic spondylolisthesis)
- Inflammatory conditions (ie Ankylosis Spondylitis)
- Vascular deficits: aortic aneurism, bleeding disorders
- Do you have any conditions that wall cause weakening of your bones?
- Any circulatory conditions
What are 3 neurological considerations which are contraindications for manipulation?
- Neurological signs or symptoms
- Not an absolute contraindication but should be used not on patient with significant neurological symptoms
- Potential cord compression
- Should not be used with manual therapy
- Cauda Equina symptoms (or any other red flag)- Should not be used with manual therapy
What are 2 other contraindications for manipulation not including co-existing conditions and neurological considerations?
- Non-mechanical symptoms
- Patient positioning can not be achieved because of pain or resistance.
What is the advice and education for treatment for mechanosensitivity?
- Aimed at reducing threat value
- Messages; the nervous system is well designed to move, appreciating the mechanical continuity of the nervous system
- Understanding the behaviour of peripheral neuropathic pain can reduce the threat value and alter any unhelpful beliefs
- Discuss the nervous system with the patient
- That is it sensitive
- Nerve is sensitive to stretch and compression
- Mechanosensitivity is a contributing factor for tehir pain –> Let them know that
What is the self-management treatment for mechanosensitivity?
Modification to aggravating tasks for example
What is addressing other impairments (exercise and manual therapy) as treatment for mechanosensitivity?
- Impairments found in muscle and articular systems and movement behaviours
- What other findings that are found with mechanosensitivity?
- Increased sensitivity in the pathway of the nerves (eg. neural foramen)
What is neural tissue mobilisation techniques as treatment for mechanosensitivity?
Focus on restoring the ability of the nervous system to tolerate normal forces.
To patient: “ To try and reduce sensitivity as it its quite sensitive at the moment and get it moving a bit more”
What is the treatment of mechanosensitivity in the nervous system?
Neurodynamics
What are neurodynamics?
Neurodynamics refers to the mechanical and physiological components of the nervous system and the interconnections between them
How does neurodynamics work?
The nervous system needs to adapt to mechanical loads such as elongation, sliding, cross-sectional change, angulation, and compression.
What are 4 potential physical signs for neurodynamics?
- Posture: adopts an out of tension posture (e.g. standing with knee bent/ ankle PF to take tension off NR and sciatic nerve)
- Active movements: impairment to movement, (those that compromise space / add movement or load) reinforced with additional manoeuvres
- Passive movement impairment: Comparable and relevant to active movements including e.g. Straight leg raise (SLR), Prone knee bend (PKB), Passive neck flexion (PNF)
- Nerve trunk hyperalgesia/allodynia: nerves tender to palpation
What is the aim of neurodynamic treatments?
Treatment is aimed at neural structures and their mechanical interface
Move nerve, change its tolerance to moving and reduce sensitivity
- Can often be the connective tissue –> not always the nerve
- Can target interface or nerve or both (neurodynamic techqniue)
What are the 3 mechanical parts in neurodynamic treatment?
- neural structures
- innervated tissues
- a mechanical interface. The mechanical interface is defined as the structure(s) that surround the nervous system