Why Hair Seems So Resilient- What we are actually destroying

In this deep-dive episode of Electrolysis Unplugged, Stephanie Shields and Joanie Gonella take the science of hair removal one step further—unpacking one of the most common (and frustrating) questions in electrology: If we’re destroying the growth center, why does hair seem to come back?Building on their previous discussion of follicular anatomy, they explore the hair follicle as a highly resilient, regenerative mini-organ—designed by biology to survive, repair, and repeat. This episode breaks down the complex systems behind that resilience, including the roles of the dermal papilla, matrix, bulge stem cells, and outer root sheath.Through real practitioner questions, they clarify:Why electrolysis does not create new folliclesWhat structures are actually being targeted and destroyedHow hormones and hair cycles influence perceived regrowthWhy partial treatment can lead to thicker, more stubborn hairWhat you’re really seeing when a “sheath” appears on extracted hairThis episode reframes “regrowth” not as failure—but as biology doing exactly what it was designed to do. By understanding the follicle’s survival mechanisms, practitioners can refine technique, set realistic expectations, and deliver truly permanent results over time.Whether you’re a student, seasoned electrologist, or simply fascinated by the science of hair growth, this conversation will change how you think about permanence in hair removal.