Welcome to Regenerative Precision

Your local center for precision and regenerative medicine, empowering your journey to lasting health and vitality. We combine DNA, gut biome, Menla Health Scans, and comprehensive bloodwork with advanced biologics such as peptides, stem cells, IV therapy, red light, hyperbaric oxygen, and shockwave. Every plan is medically supervised and individualized, so you understand your data and your next steps. Located in Layton, we serve Northern Utah adults seeking non-surgical solutions, longevity, and renewed energy.

Regeneration

Support joint repair and reduce pain using coordinated stem cells, peptide stacks, shockwave, PEMF, and red light.


Longevity

Optimize hormones, thyroid, metabolism, and mitochondrial health with structured programs for energy, weight, and cognitive clarity.


Diagnostics

Map DNA, gut biome, Menla Health Scan results, and bloodwork to reveal root causes and target therapies precisely.


Our Story and Philosophy

We returned to practice after decades in traditional medicine because regenerative care opened new possibilities for healing. Instead of symptom cycles, we now focus on biologics, precision diagnostics, and cellular repair that can change long-term outcomes. Our Layton clinic, established in 2023, is family-owned, female-led, and medically directed, with every therapy backed by scientific research. We unite DNA and gut testing, Menla Health Scans, and advanced labs with peptides, stem cells, IV therapy, and energy-based modalities in integrated plans. We welcome adults who want clear answers, time with a practitioner, and a thoughtful, data-driven path forward.

Data-Guided Personal Medicine

We begin with DNA, gut biome, Menla scans, and labs, then design measurable precision plans.

Regenerative Suite

Stem cells, peptides, IVs, shockwave, red light, PEMF, and hyperbaric oxygen coordinate regenerative healing.

Local Experts, Lasting Partnership

Family-owned, female-led care in Layton, offering ongoing follow-up, telehealth, memberships, and punch passes.