Are you preparing to switch to a new EMR system while managing a busy podiatry practice? In this episode of Podiatry Practice Mastery, I share my experience transitioning to ModMed, setting up custom protocols, and balancing workflow during the change. I’ll also discuss real patient cases, shockwave therapy strategies, and tips for improving efficiency without sacrificing patient care.
What You’ll Learn in This Episode
How I’m preparing for the ModMed EMR transition
Tips for creating efficient visit protocols and workflows
Insights on shockwave therapy scheduling and outcomes
How to handle orthotics, bunion care, and plantar fasciitis cases
Practical ways to balance EMR setup with patient management
Why You Should Listen
If you’re switching EMRs or looking to streamline your podiatry practice, this episode provides real-world insights. Learn how I’m approaching ModMed setup while continuing to manage high-volume patient care, shockwave treatments, and orthotics, without burning out.
Key Topics Covered
[0:00] Preparing for the ModMed EMR transition and setting up protocols
[1:17] Success story with Dlucan for toenail improvement
[1:45] Bunion management tips and shoe recommendations
[2:11] Using orthotics and focused shockwave therapy for foot injuries
[3:01] Insights on optimizing shockwave therapy scheduling
[3:47] Managing bunion pain, plantar fasciitis, and routine care
[4:02] Using ultrasound for better fascia assessment
[4:44] Addressing possible gout and managing uric acid testing
[5:11] EPAT progress updates and improved patient outcomes
[5:19] Injection therapy for ankle pain relief
[5:29] Setting up three-session shockwave treatments for early cases
[6:00] Shoe recommendations and budin splints for toe issues
[6:19] Managing first met pain with Moxyam and contrast baths
[6:31] Matrixectomies, hammer toes, and orthotic dispensing
[7:01] Shockwave therapy outcomes and patient satisfaction
[7:23] Treating fungal infections and diabetic foot ulcers
👉 Tune in to learn how to successfully manage an EMR transition, optimize shockwave therapy, and improve workflow efficiency while continuing to deliver quality patient care.
