Here’s an overview of the assessments and recommended treatments indicated for this challenging condition.

Every DPM needs to know which problems are mechanically induced or aggravated.

This is one of podiatry’s biggest conundrums.

Here’s how to keep them on target.

Here’s the latest update on the use of these devices.

In this guest editorial, Kevin Rosenbloom tells us how he developed a love affair with biomechanics.

Just because it is old-fashioned doesn’t mean that it’s not good medicine.

Conveying the right message is key to optimal compliance.

These key steps will increase clinical efficacy and help grow your orthotics practice.

Here's an innovative idea to consider for preventing foot ulcerations.

Ten DPMs offer their collective wisdom on orthotics.

It's all about positioning!

It's important to know how to use this modifier.

On the occasion of their 50th anniversary, the AAPSM focuses on the first thirty years.

On the occasion of their 50th anniversary, the AAPSM focuses on the first thirty years.

Here’s a paradigm for prescribing these biomechanical devices.

The goal is to reduce pressure and shear forces.

Here’s a novel method to simplify biomechanics.

Podiatrist Stephen Bui designed a device that makes it fast and easy to stretch and strengthen the foot, ankle and calf.

It’s important to know when to use each of these.

A number of important figures present and past have made possible the new podiatric sports medicine certification.

Go 4-D provides an easy and affordable way to adopt 3D printing for custom orthotics.

These device modifications can improve patient outcomes.

Research affirms the principles of Richard O. Schuster, DPM.

These tips will help improve patient outcomes.