Physio Edge 055 Patellofemoral pain in runners with Brad Neal
Physio Edge podcast
English - March 08, 2017 00:21 - 42.4 MB - ★★★★★ - 116 ratingsScience Health & Fitness Medicine physiotherapy physio education sports treatment edge pain muscles joints Homepage Download Apple Podcasts Google Podcasts Overcast Castro Pocket Casts RSS feed
Physio Edge 055 Patellofemoral pain in runners with Brad Neal
Runners regularly present for treatment of anterior knee pain. Accurate diagnosis is vital in guiding your treatment, and helping your patients return to painfree running.
In episode 53 of the Physio Edge podcast Brad Neal and David Pope discuss the different patient presentations with anterior knee pain, along with the subjective clues and objective tests that will help guide successful treatment.
We also explore:
• Sources of anterior knee pain
- Patellofemoral pain
- Acute synovitis
- Fat pad irritation
- Osteochondral defects
• The role of imaging
• How to perform an objective assessment in patients with anterior knee pain, including key special tests
• Red flags
• Saphenous nerve involvement
• How to assess if the patient will benefit from an orthotic intervention
• Treatment of patellofemoral pain, synovitis, and fat pad irritation
• Taping techniques
’
Links of Interest
Download and subscribe to the podcast on iTunesDownload your free podcast handout on patellofemoral pain in runners with Brad Neal
Enrol on the free webinar “How to perform a running assessment” with Dr Rich Willy
Brad Neal on Twitter
Connect with David Pope on Twitter
Brad Neal on ResearchGate
Brad Neal on Google Scholar
Pure Sports Medicine
Team PFP
TREK – Translation of research education and knowledge
Review the podcast on iTunes
Like the podcast on Facebook
Free sports injury videos
Enrol on the free webinar “How to perform a running assessment” with Dr Rich Willy
Articles related to this episode:
Conscious neurosensory mapping of the internal structures of the human knee without intraarticular anaesthesiaRunners with patellofemoral pain have altered biomechanics which targeted interventions can modify: a systematic review and meta-analysis
Related resources