Podiatry This Week
  September 22, 2020 Facebook   Twitter   Instagram   Linkedin
Naylor Association Solutions

PODIATRY THIS WEEK INAUGURAL ISSUE

 

Naylor Association Solutions
Naylor Association Solutions
Industry News
SOURCE: Podiatry Today
Have an increasing number of anomalies led to legitimate challenges of classically taught principles of podiatric biomechanics? Suggesting that flaws in long-held tenets in biomechanics and an overreliance on static perceptions of a normal foot and gait have led to confusion and misperceptions, this author says an improved paradigm that reflects an evolving understanding of pathomechanics may lead to more practical applications for patient care.

 
SOURCE: Lower Extremity Review
The Honda Walking Assist Device (HWAD) powered exoskeleton consists of a lumbar frame with motors on both sides to transfer force to the legs via thigh frames. This training device supports walking, based on the inverted pendulum model. Honda has been conducting research on the device since 1999. The company began lease sales in Japan in 2015 and received certification to begin marketing and selling the product in Europe in January 2018.

 
SOURCE: Journal of Diabetes Science and Technology
I have learned that traditional healthcare delivery models for managing chronic illness like diabetes are not at scale to handle situations like the global COVID-19 crisis. For instance, because of the drastic containment and mitigation measures, other parts of the healthcare system are leaving fragile patients including individuals with diabetes without necessary services. This is disrupting the best practices for preventing diabetes-related complications including diabetic foot syndrome (DFS), such as diabetic foot ulcer (DFU), infection, and gangrene.

 
SOURCE: National Center for Biotechnology Information
There is an increasing demand to quantify the footprints, ecological, economic and social, in terms of the effect of different interventions in healthcare. The aim of this study was to compare two systems providing patients with diabetes with insoles in terms of their ecological, economic and social footprints. Prefabricated insoles (PRI) were compared with custom-made insoles (CMI). Using a welfare-economic monetary approach, costs were estimated for (1) treatment, (2) travelling to and from the hospital in terms of both fuel and time consumed by the patients and (3) society through emissions contributing to climate change.

 
SpiderTech Calf & Arch Pre-Cut
Naylor Association Solutions
Manufactured in Toronto, Canada. The SpiderTech Calf and Arch Spider provides support for patients dealing with a variety of Calf, Ankle, and Foot issues. The support can be in the form of additional proprioceptive feedback important after injury and exercise  induced fatigue. It is also beneficial for pain control, range of motion deficit caused by increased muscle tone and improved fluid transfer.
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