Week 13 Ankle/Foot Common Conditions Flashcards
Pes Planus (Flat foot)
Common Symptoms
- usually incidental unless correlated with a clinical syndrome
- may be due to subluxation of talus, traumatic deformities, ruptured plantar fascia, Charcot foot, neuromuscular imbalances `
Pes Planus (Flat foot)
Exam findings
- Gastroc/soleus tightness
- post tibial tendon dysfunction
- Midfoot laxity/instability ( can no longer act as a strong lever during push off)
- ABD of forefoot
- ER of hindfoot
Pes Cavus (High Arch)
Common Symptoms
- less common
- may be due to neuromuscular problem
- anything beyond 1 SD of the mean foot posture measure
Pes Cavus (High Arch)
Exam Findings
- inverted hindfoot and midfoot
- Forefoot in PF and ADD
- High medial arch during weight bearing and inverted calcaneus
(+) navicular drop
(+)Too many toe signs
Pes Cavus (High Arch)
Interventions
Accommodate the rigid foot
- orthotics: shock absorption/distribution of pressure
Hallux Valgus (Bunions)
Common Symptoms
- pain at 1st metatarsal with walking
- pain with standing
- parasthesia in 1st metatarsal
- joint redness and pain
- difficulty finding shoes with proper fit
- inability to wear stiff shoes
- more common in woman
- contributing factors: pes planus, xs pronation, genu valgus, limited DF , arthritis, LLD, neuro conditions
Hallux Valgus (Bunions)
Exam findings
- valgus deviation of great toe (lateral)
- varus (medial) deviation of 1st metatarsal
- > 15 degrees of deviation of hallux from 1st MTP
- hypomobility of 2nd PIP
- callus and blister formation around bunion (bump on medial side of great toe)
Altered gait and mechanical issues of forefoot
Hallux Valgus (Bunions)
Intervention
- correct forces acting on 1st MTP
- strength
- stretch
- splinting
- orthotics
- toe spacers
- address inflammation
Hammer Toe
Only 1-2 toes does not typically include MTP extension
- A hammertoe is curled due to a bend in the middle joint of the toe.
Claw Toe
- Includes extension of MTP, flexion of all IP’s and often all toes, generally neuromuscular
- metatarsalgia (pain in ball of foot)
- corns due to increased pressure at dorsum of PIP, plantar to nail bed ( flex of PIP/DIP), dorsum of MTP (extension deformity of MTP)
Mallet Toe
Abnormal flexion of DIP
- may be isolated or 2 degrees to hammer toes
- most frequent at 2nd toe
- corns may develop plantar to nail bed
High Ankle Sprain
Common Symptoms
- Syndesmotic sprain(tib/fib)
MOI= ankle DF and ER of tibia on a planted foot also xs DF or Inversion
High Ankle Sprain
Exam Findings
- pain due to= tib-fib loss of stability/ gapping with DF due to increased width of talar trochlea
- Syndesmosis tenderness (over ATFL)
- Unable to single leg hop (best indicator)
(+) squeeze/ER (kleiger)
High Ankle Sprain
Intervention Phase 1
protection
- allow for healing and decrease inflammation
- immobilize
- AD to normalize gait
-PRICE
- pain free ROM
- Progress when pain/edema is controlled and normal gait
High Ankle Sprain
Intervention Phase 2
- restore normal ROM
- Improve strength
- NM control
- Joint mobs/stretching
- progress when able to jog/hop
subacute
High Ankle Sprain
Intervention Phase 3
sport specific training
- Aggressive strength
- NM training
- Agility
Lateral ankle Sprain
Common Symptoms
- ligaments involve: ATFL/CFL/PTFL
- H/o previous ankle sprain
- no use of external support, proper warm up, balance/proprioceptive training
- Lack of normal DF
MOI= Pf with inversion
Lateral Ankle Sprain
Exam Findings
- Men= increase talar tilt
- Woman = increased calcaneal eversion, increased tibial varum, participation in high risk sports
Sprain Vs. Fx (ottawa rule)
1. inability to bear weight ( can’t take more than 4 steps)
2. Medial/lateral malleolus point tenderness
3. 5MT base tenderness
4. Navicular tenderness
Lateral Ankle Sprain Intervention
- Phase 1= max protection
- Phase 2= weeks 1-2 progressive ROM and early strengthening
- Phase 3 weeks 2-3 progressive strengthening
- Weeks 3-6 advanced strengthening and return to sports
Recurrent Sprains/Chronic Instability
Common Symptoms
Functional Ankle Instability
- recurrent ankle sprains with absence of objective joint instability
- Due to mm weakness, altered mm recruitment patterns, decreased ankle ROM, balance problems, joint proprioception
Mechanical Ankle Instability
- recurrent ankle sprains with evidence of ankle ligament laxity
- Due to loss of ligament function leading to decreased strength, decreased ROM
- may loose bodies, chondral defects, anterior scar tissue
Recurrent Sprains/Chronic Instability
Exam Findings
- difficulty running on uneven surfaces, cutting/jumping, feeling of giving way, recurrent pain and swelling tenderness, weakness
(+) anterior drawer/talar tilt
Recurrent Sprains/Chronic Instability
Interventions
- balance exercises
- ankle supports
- taping
Anterior Impingement Syndrome
Common Symptoms
- anterior ankle pain worse with extreme DF
- pain with squatting, climbing stairs, fast walking
- may be caused by repeated microtrauma along anterior talocrural joint line, leading to scar tissue formation, and the synovitis or capsulitis of the CTR of the Tib-Fib joint capsule becomes impinged
Anterior Impingement Syndrome
Exam Findings
- decreased DF
- Pain with forced DF
- TTP anterior ankle
- No swelling
Anterior Impingement Syndrome
Interventions
- activity modification
- cryotherapy
- NSAIDs
- Stretch AT and strengthen DF
- manual Therapy to increase DF
- Surgery if conservative fails
OA
Common Symptoms
MOI= h/o recurrent ankle sprains or fx
1. Type 1= isolated ankle arthritis
2. Type 2= OA with intraarticular varus or valgus deformity or tight heel cord, or both
3. Type 3 = OA with hindfoot deformity, tibia malunion, midfoot abducts or adducts, supinated midfoot, PF 1st ray
4. Type 4= Types 1-3 + subtalar, calcaneal cuboid or talonavicular arthritis