Diagnosis and management of lower limb injuries Flashcards
Outline the Beighton score for hypermobility
standing bending forwards, can place 2 hands on the floor = 1 point
each elbow that can bend backwards = 1 point
each knee that bends backwards = 1 point
each thumb which can be bent back to touch the forearm = 1 point
each little finger that can be bent back past 90 = 1 point
score of 2 or more is predictive of hypermobility
what common symptoms occur in patients with medial tibial stress syndrome
pain along the inner edge of the tibia lower 2/3rds
severe pain with training but subsides with rest
what is the underlying cause of medial tibial stress syndrome
repeated trauma to the connective muscle tissue surrounding the tibia
what factors can lead to the development of medial tibial stress syndrome
increase in mileage
change in running surface, mainly from flats to hills
change of running shoe
how can the type of pain a person is feeling be an indicator of whether they have a tibial stress fracture or medial tibial stress syndrome
stress fracture gives a very localised pain
medial tibial stress syndrome gives pain along the lower 2/3rds of the tibia
describe the process of a physical examination of a person with suspected shin splints
paplate for pain along the posteriomedial edge of the tibia
look for oedema or warmth
forced passive dorsiflextion
active plantarflexion against resitance
ask patient to do standing toe raises or standing jumps or hops
these tests should cause pain if they are suffering from medial tibial stress syndrome
outline the treatment for medial tibial stress syndrome
rest, avoiding activity which causes pain
may need crutches if there is pain on walking or at rest
do non-weighbearing exercise e.g cycling or swimming to maintain fitness and strength
Ice and NSAIDS can be used for pain
heal cord stretching
wearing orthotics to prevent over-pronation
explain some rehabilitation exercises which can be performed by patients suffering from medial tibial stress syndrome
run or walk at 50% previous intensity on a soft level surface when pain free
increase distance by around 10% each week as long as remianing pain free over 3-6 weeks
plyometic training e.g box jumos
what methods can be tried to prevent medial tibial stress syndrome
wearing correct shoes with cushioning and arch support
use of orthotics to prevent over-pronation
avoiding training on hard suraces
gradual increases in activity
increase strength and flexibility
what is the probable cause of pain in shin splints and what is the aetiology of the development of shin splints
fascial insertion of the medial soleus
foot lands in a slightly supinated position and then moves into a relatively more pronated position. it is believed that the soleus is contracting eccentrially to achieve this