Learning More About Foot Biomechanics

The weekly stream, PodChatLive that is the live show for Podiatrists for getting some free ongoing continuing learning has had on many prominent and well known guests in the podiatry profession that generously and readily give there time for it to respond to questions and discuss their area of expertise. The videos of the live chat are on YouTube and the website and the podcast version is on most podcast platforms. An earlier guest in the series was Dr. Kevin Kirby, DPM where he discussed his seminal and well-known publication on rotational equilibrium, his views on the tissue stress model and also his viewpoint on whether or not any present comprehension of Root Theory is required to examine and successfully treat our clients. The questions created some interesting chat throughout the episode.

Kevin Kirby graduated in 1983 with the California College of Podiatric Medicine after which carried out his first year surgical residency in Palo Alto, California at the VA Hospital. Then he spent his subsequent post-graduate year undertaking the Fellowship in Podiatric Biomechanics at CCPM when he also completed his masters degree.

Dr. Kirby has published or co-authored 28 publications in professional journals, has authored or co-authored 5 chapters in books, and has now published 5 books on foot and lower limb biomechanics and foot orthotic treatment, all of these have now been converted into Spanish language versions. Kevin established the Subtalar Joint Axis Palpation Technique, the Anterior Axial Radiographic Projection, the Supination Resistance Test, the Maximum Pronation Test and the Medial Heel Skive and Lateral Heel Skive Techniques. He has additionally created and formulated the Subtalar Joint Axis Location and Rotational Equilibrium Theory of Foot Function and has co-developed the Subtalar Joint Equilibrium and Tissue Stress Approach to Biomechanical Therapy of the Foot and Lower Extremity. Dr Kirby has lectured widely throughout the world on lots of occasions and has moreover spoken publicly greatly all around the USA.

The Role of Podiatry in Cycling

PodChatLive is the regular livestream for the ongoing education of Podiatrists and also other health professionals that might be included. The show is hosted by Craig Payne from Melbourne, Australia and Ian Griffiths from England, United Kingtom. The stream is broadcast live on Facebook after which is later on modified and downloaded to YouTube so lots more people can access the episode. Each livestream has a different guest or number of guests to talk about some other theme each week. Requests can be placed live during the Facebook livestream and answered live by the Craig and Ian and guests. The audio edition is published as a PodCast offered on iTunes and also Spotify and the other usual podcast platforms. They've attained a considerable following among podiatry practitioners and that is increasing. PodChatLive may very well be one of the ways through which podiatrists might get free professional development time or ongoing medical learning credits.

Episode eighteen of the show investigated bicycling and podiatry and relevant issues. The guests were the physiotherapist, Robert Brown and the podiatrist, Nathan White. Rob Brown was the previous head Physio for the Orica-GreenEdge professional cycling group and today specialises in cycling analysis, injury and bike fit. Nathan White has worked directly with numerous elite cyclists throughout Australasia and is the co-founder with the made to order orthoses business Cobra9 Cycling Orthotics. In the PodChatLive on cycling they described what a bike fit includes and how significant the bike fit would be to prevent injury and improve bicycling efficiency. In addition they described the frequent foot problems bicyclists present with and also the clinical thinking behind taking care of them. That was necessary due to the dynamics of the cycling footwear as well as the bio-mechanics of cycling which is so different to walking and running. They additionally had an deatailed conversation in regards to the foot level interventions both within the footwear (orthoses) and external to it (at the interface with the cleat and pedal).