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what is a heel spur
- chronic traction of the plantar fascia on the calcaneal tubercle
- seen commonly with plantar fasciopathy
- associated with pes planus
- abnormal bony growth at the site of an irritative lesion
how do heel spurs present clinically?
- increased pain along medial tubercle of calcaneus with WB
risk factors associated with heel spurs
- female
- increased weight gain
- increasing age
interventions for heel spurs
- heel spur itself isn't the problem, its the traction injury that needs to be addressed
- stretch tight heels
- address compensation
- ensure proper windlass mechanism
what is plantar fasciopathy?
- syndrome that effects 1 in 10 people
- repeated microtrauma at central band of plantar fascia
how does plantar fasciopathy present clinically?
- pain and discomfort at inferior heel
- aggravated with WB after periods of NWB
> most noticeable in the morning with the first few steps
- decreased pronation foot posture
- decreased pain within 30-45 min of WB/activity
- aggravated with prolonged WB
what are extrinsic factors of plantar fasciopathy?
- training errors
- training surfaces
- footwear
what are intrinsic factors of plantar fasciopathy?
- obesity
- cavus foot
reduced PF strength
- reduced DF ROM
what are the 2 strongest intrinsic factors for plantar fasciopathy in non-athletes?
- limited ankle DF
- high BMI
how to diagnose plantar fasciopathy
- symptom reproduction with palpation at medial calcaneal tubercle
- active and passive DF ROM
- tarsal tunnel syndrome test (DF EV --> looking for tinnels)
- windlass test
- longitudinal arch angle
- LEFS
- navicular drop
- pes planus
what are the goals of non-surgical plantar fasciopathy treatment? (3)
- reduce pain and inflammation
- reduce tissue stress
- restore muscle strength and flexibility of involved tissues
what modalities should you use for plantar fasciopathy
- moderate evidence to support dexamethasone ionto
- manual stretching
- orthoses to promote long term improvement functionally
stretching and strengthening management for plantar fasciopathy
- little support for intrinsic muscle strengthening
- moderate evidence for calf stretching for short term relief and improved flexibility
> PF stretching may be more beneficial than PF stretching
- perform calf stretches 2x/day using sustained 3min or intermittent 20sec
nonsurgical taping management of plantar fasciopathy
- anti-pronation taping for immediate pain relief and improved function
- taping is more beneficial when added to a stretching program
nonsurgical orthotic management of plantar fasciopathy
- strong evidence to support the use of foot orthoses that support MLA and cushion the heel area
> no difference between custom and generic
- decreased pain after 2 weeks with orthoses and stretching program
nonsurgical extracorporeal shock wave therapy management of plantar fasciopathy
- ESWT
- low energy shock waves administered through US to the base of calcaneus
- accelerates healing
- useful if pateint is not responding to conservative treatments
T/F: barefoot shoes contribute to plantar fasciopathy?
- false
- no difference between exercising with barefoot shoes and normal shoes on plantar fasciopathy
is dry needling beneficial for plantar fasciopathy?
- limited evidence to support reducing of treatment during using dry needling
nonsurgical management of plantar fasciopathy using low level laser therapy
- LLLT
- can decrease pain and increase activity
are phonophoresis and ultrasound beneficial for management of plantar fasciopathy?
- minimal evidence to support
night splints for plantar fasciopathy
- moderate evidence to support using night splints for patients with symptoms for 6+ months
- typically worn for 1-3 months
is patient education important for plantar fasciopathy?
- yes
- Beischer et al. used a 10min multi-media presentation about
> anatomy
> pathophysiology
> history of PF
> initial treatment
> alternative options
surgical treatment for plantar fasciopathy
- controversial
- fasciotomy and spurectomy
> indicated after 6mo of failed conservative treatment
> can cause MLA collapse, tibial n injury, pain
- gastroc recession (lengthening) --> avoids MLA collapse