Diabetic Foot Files

Dr. G explores how capsaicin, the active compound in chili peppers, can reduce burning neuropathic pain by overactivating and desensitizing pain-sensing nerves.

The episode explains that capsaicin is not a cure for diabetic neuropathy or a treatment for ulcers, notes differences between low‑dose creams and the 8% prescription patch, and highlights safety precautions (apply only to intact skin, avoid eyes/mucous membranes, and have ...

Prediabtes isn’t “ Almost Diabetes” . This episode explains how type 2 diabetes often begins years before diagnosis as prediabetes — a compensatory metabolic state where insulin resistance, pancreatic stress, liver overproduction of glucose, and visceral fat-driven inflammation quietly disrupt glucose control.

You’ll learn the diagnostic thresholds (A1c 5.7–6.4%, fasting glucose 100–125 mg/...

This episode explains what "stump shrinkage" really means—residual limb volume changes, edema, tissue remodeling, and how different amputation levels affect function and prosthetic fitting.

It outlines practical management steps: compression and dressing strategies, wound and vascular monitoring, prosthetic planning, physical therapy, and the extra vigilance required for people with diabetes to protect the remaining limb and ...

This episode explores why some diabetic foot ulcers remain inflamed yet fail to clear microbes, distinguishing contamination, colonization, local infection, and clinical infection. It explains how immune dysregulation, neutrophil extracellular traps (NETs), macrophage dysfunction, biofilm, ischemia, hypoxia, neuropathy, and necrotic tissue create an ecosystem that prevents healing.

The episode emphasizes that antibiotics alone are ...

Dr. G discusses realistic expectations for diabetic foot ulcer healing, explaining the medical factors that affect recovery—blood flow, infection control, offloading, nutrition, and time—and why instant results are unlikely.

She contrasts routine wound healing with the emotional and practical challenges of limb salvage, emphasizes tracking progress with measurements and photos, celebrates small victories, and urges pati...

In this episode Dr. G explains why tissue adhesives like cyanoacrylates (e.g., Dermabond) work well for clean, superficial, low‑tension wounds but are inappropriate for diabetic foot ulcers. Diabetic ulcers involve neuropathy, poor perfusion, infection risk, dead space, undermining and impaired healing biology that glues cannot fix.

Key takeaways: adhesives only bond superficial skin edges and do not treat infection, necrosis, isch...

Dr. G explains transepidermal water loss (TEWL) and why a clinically closed diabetic foot ulcer can still have a compromised skin barrier. He outlines how TEWL reflects epidermal function, how diabetes and neuropathy impair skin recovery, and why “functional closure” differs from simple epithelialization.

A multicenter study found higher TEWL at recently closed ulcer sites was linked to increased and earlier recurrence,...

Dr. G explores how the tiny nematode C. elegans helps researchers study key processes related to diabetic foot ulcers, including wound detection, calcium signaling, cytoskeletal remodeling, mitochondrial reactive oxygen species, innate immune responses, and bacterial virulence.

While the worm cannot reproduce the full complexity of human diabetic foot disease, its transparency and genetic tractability make it a powerful early-stage...

This episode explains Erysipelothrix rhusiopathiae, an animal-associated bacterium that can enter through minor skin breaks—often from fish, meat, or livestock exposure—and cause a localized lesion called erysipeloid.

It highlights diagnostic traps in diabetic foot care, the importance of occupational history (remember FISH: Fish exposure, Inoculation, Slowly expanding lesion, Heart involvement), the organism's intrinsi...

Dr. G explains why informed consent in diabetic foot care is more than paperwork: it’s a time-sensitive conversation about capacity, risks, alternatives, and what happens if treatment is delayed.

The episode covers capacity versus competency, surrogate and physician consent in emergencies, the emotional weight of amputation decisions, and a four-phase consent model to help patients understand trajectories and make informed ch...

In this episode Dr. G explains how Newton’s laws of motion illuminate why some diabetic foot ulcers heal and others recur. He connects concepts like force, pressure, shear, and ground reaction forces to real-world biomechanics, footwear, and offloading strategies.

The episode focuses on practical takeaways: managing mechanical loading through appropriate offloading devices, understanding patient activity and adherence, and de...

Your Story Could Save a Limb: Inside the New Diabetic Foot Ulcer Patient Registry

What if the most important piece of diabetic foot ulcer research isn’t another clinical endpoint—but the patient’s story?

In this special episode of LIMBWatch, Dr. G sits down with Dr. Jared Adams, Senior Vice President of Global Medical Affairs, Digital, and Technology at Alira Health, to explore a powerful new approach to diabetic ...

Episode Summary

In this episode of LIMBWatch, we go beyond the wound itself to explore the science, clinical challenges, and innovations shaping the future of limb preservation.

We are joined by the team behind Lavior, including biomedical scientist and Chief Scientific Officer Dr. David Warren, wound care and hyperbaric medicine specialist Dr. Hanley, wound care podiatrist Dr. Sukoff, and National Sales Director Ashlyn Tapley.&nbs...

In this episode of Diabetic Fit Files Dr. G explores how the trace element copper affects diabetic foot ulcers at the cellular and molecular level.

Topics include copper's roles in angiogenesis, collagen cross-linking via lysyl oxidase, fibroblast signaling, antimicrobial and anti-biofilm effects, and the promise of controlled copper delivery systems like hydrogels and nanoparticles.

The episode stresses that copper is multifunctio...

This episode breaks down the neurological exam of the diabetic foot, explaining reflexes, vibration testing, monofilament assessment, proprioception, pinprick and temperature testing, and the autonomic changes that lead to dry skin and fissures.

It shows how different nerve fibers produce paradoxical symptoms, why loss of protective sensation causes silent injuries and ulcers, and why podiatry, vascular assessment and offloading ar...

This episode explains what to do if you have a diabetic foot ulcer and no health insurance, stressing that you should not ignore the wound or try to self-treat. It covers signs of infection, the need for vascular checks and offloading, and when to seek emergency care.

It also outlines practical options for uninsured patients—community health centers, sliding-fee clinics, hospital charity care—and simple home measures to...

This episode explores SMAPs — synthetic mimics of antimicrobial peptides — and how they use membrane-targeting chemistry to kill bacteria differently from conventional antibiotics.

It covers the science behind facial amphiphilicity, selectivity versus toxicity, challenges like biofilms and stability, and the potential role of SMAPs as future adjunctive topical therapies for diabetic foot ulcers, while emphasizing they r...

🎙️ Diabetic Foot Files: Limb Watch with Dr. Shilpa Rajan Mulki

What if some amputations could be prevented simply by recognizing the warning signs sooner?

In this episode of Diabetic Foot Files: Limb Watch, Dr. Gabrielle sits down with Dr. Shilpa Rajan Mulki, a diabetologist and diabetic foot and wound-...