Summary
Paul Klorin, division lead for dry needling at the Institute of Clinical Excellence, joins the show to discuss how electrical stimulation (e-stim) expands the clinical applications of dry needling beyond traditional trigger point therapy. He explains the contemporary rationale for combining needles with e-stim, covering how different frequencies and waveforms can target neurological conditions, tendinopathies, and chronic pain presentations that conventional pistoning techniques struggle to address. The conversation dives into specific clinical applications including using e-stim with dry needling for conditions like lateral epicondylalgia, Achilles tendinopathy, and neurological presentations. Paul discusses how the integration of e-stim allows practitioners to serve a broader patient population and achieve outcomes that needle placement alone cannot replicate, particularly for chronic pain patients who need a neuroplastic approach rather than a purely mechanical one.
Key Points
- E-stim combined with dry needling expands clinical targets beyond traditional trigger point therapy to include tendinopathies, neurological conditions, and chronic pain
- Different e-stim frequencies produce different physiological effects: low frequency (2-4 Hz) activates endorphin release, while higher frequencies (80-100 Hz) target enkephalin pathways
- The contemporary rationale for dry needling is shifting from purely myofascial trigger point theory toward neuroplastic and neurophysiological models
- Pistoning (the traditional in-and-out needle technique) is just one tool; e-stim provides a way to drive neurological change without aggressive tissue disruption
- E-stim through dry needles can create muscle contractions useful for motor retraining in patients with inhibited muscles
- Clinicians who only use trigger point dry needling are missing a large population of patients who could benefit from needle-based e-stim
- The ICE dry needling program teaches upper, lower, and advanced courses with progressive e-stim integration
- Combining e-stim with exercise and movement retraining produces better long-term outcomes than needling in isolation
Key Moments
Why e-stim expands dry needling beyond trigger point therapy
Paul Klorin explains that incorporating e-stim into dry needling makes it a fundamentally different tool with more versatility and broader clinical applications compared to traditional trigger point methods.
"The utilization and incorporation of e-STEM makes it a much different tool. You're going to find a lot more application. You're going to find a lot more versatility. And a lot of them want to know exactly what do you mean by that? Like, you know, what patients can I now see or serve that I maybe couldn't have in the traditional trigger point method or maybe a single point STEM?"
The contemporary rationale for dry needling is shifting
The conversation explores how dry needling theory is evolving from traditional myofascial trigger point models toward neuroplastic and neurophysiological approaches, with each school having its own foundational research basis.
"the newer research, the whole contemporary rationale. You can say that for any camp, honestly. It's like, why does the Piston Camp Piston? Because there's a whole foundational theory on why myofascial pain exists."
E-stim frequencies target different pain pathways
The discussion covers how different e-stim frequencies produce distinct physiological effects when combined with dry needles, allowing clinicians to target specific neurological pathways for pain management and motor retraining.
"Fantastic. Dude, let's jump into it. And what I want to chat about and just really dive straight into because there's so many ways we can go with you from the dry needling world. But I think what I get the most questions from personally is, Jeff, what is different about the Ice Physio dry needling courses?"
