CONDITIONS WE TREAT
Surgery creates significant biological stress — oxidative burden, immune activation, and inflammatory responses that profoundly affect healing trajectory and recovery speed. SynergyO3 designs physician-supervised protocols to optimize your biological resilience before surgery and accelerate tissue repair, immune recovery, and functional restoration afterward.
CLINICAL PRESENTATION
Surgical recovery challenges vary by procedure type, patient age, comorbidities, and pre-operative biological status. Dr. Volpp evaluates your specific surgical context and biological baseline to design targeted pre- and post-operative support protocols. Individual results vary.
SynergyO3 works with patients preparing for or recovering from orthopedic surgery (joint replacement, spinal, sports medicine), cardiovascular surgery, oncologic procedures, major abdominal surgery, dental surgery (especially post-implant and extraction), and complex elective procedures requiring extended recovery.
Pre-operative assessment includes inflammatory markers (CRP, ESR), oxidative stress biomarkers, immune function parameters, mitochondrial markers, nutritional status (albumin, pre-albumin, micronutrient levels), and cardiovascular fitness assessment to identify optimization targets before the surgical date.
COMMONLY OVERLAPPING CONDITIONS
CLINICAL EDUCATION
Surgery triggers a predictable but highly variable biological cascade: acute oxidative burst during tissue manipulation, inflammatory cytokine release, immune system activation and subsequent suppression, anesthesia effects on mitochondrial function, and tissue repair signaling. Optimizing this biological response before and after surgery can significantly improve recovery trajectory.
Surgical tissue manipulation, anesthesia, and ischemia-reperfusion events generate significant reactive oxygen species that overwhelm normal antioxidant defenses. This oxidative burst impairs mitochondrial function, delays wound healing, and amplifies the post-operative inflammatory response.
Major surgery causes a biphasic immune response: initial pro-inflammatory activation followed by immune suppression (CARS — Compensatory Anti-inflammatory Response Syndrome). This immune depression reduces infection resistance and can persist for weeks, particularly following oncologic and cardiac procedures.
Volatile anesthetic agents transiently impair mitochondrial electron transport chain function, reducing cellular ATP production. In patients with existing mitochondrial vulnerability, this may contribute to post-operative cognitive dysfunction, prolonged fatigue, and delayed functional recovery.
KEY STATISTICS
Comprehensive intake, targeted labs, and biomarker assessment to map biological drivers.
Physician-designed sequenced protocol combining EBOO, HOCATT, and IV nutrients.
Follow-up labs, functional benchmarks, and protocol refinement based on response.
ROOT CAUSE INVESTIGATION
Dr. Volpp evaluates each patient's complete picture — identifying which biological mechanisms are most active — before any protocol is designed. Individual results vary.
Vitamin C is an essential cofactor for collagen synthesis — the primary structural protein in wound healing. Pre-operative Vitamin C repletion has demonstrated benefits in surgical wound healing. Zinc, copper, and arginine are additional critical cofactors for optimal tissue repair.
Tissue repair is an energetically expensive process requiring substantial ATP production for cellular proliferation, protein synthesis, and active transport. Optimizing mitochondrial function before surgery ensures the cellular energy infrastructure for effective post-operative healing.
Post-surgical inflammation and lymphatic disruption cause tissue edema that can impair circulation, increase infection risk, and delay healing. Supporting lymphatic function through therapy reduces swelling duration and improves nutrient delivery to healing tissues.
TREATMENT APPROACH
All protocols are physician-designed and supervised by Dr. Heather Volpp, MD. Therapies are selected based on each patient's evaluation. Results may vary.
Pre-operatively, EBOO ozone therapy may reduce baseline oxidative burden and prime antioxidant defenses before the surgical oxidative challenge. Post-operatively, it may support tissue oxygenation, immune recovery, and the mitochondrial function needed for efficient tissue repair.
The HOCATT's far-infrared and ozone steam combination supports lymphatic drainage to reduce post-surgical edema, improves peripheral circulation to healing tissues, and may accelerate metabolic waste clearance from the surgical site.
YOUR PATH FORWARD
Every patient begins with a comprehensive physician evaluation. No protocol begins before Dr. Volpp has reviewed your complete clinical picture.
A comprehensive intake with Dr. Volpp reviewing your symptom timeline, prior lab work, medications, and functional status. Targeted lab panels are ordered to identify active biological drivers.
Based on your evaluation findings, Dr. Volpp designs a sequenced treatment protocol — typically combining EBOO sessions, HOCATT therapy, and IV nutrient support at clinically appropriate intervals.
Functional benchmarks and symptom tracking guide protocol adjustments. Follow-up labs assess inflammatory markers and key biomarkers. Treatment frequency is adjusted as you progress toward your goals.
COMMON QUESTIONS
TAKE THE NEXT STEP
Begin with a comprehensive consultation with Dr. Heather Volpp, MD — Board-Certified Internal Medicine. Your evaluation will review your full clinical picture and identify which biological mechanisms may be driving your symptoms.
Book Your Appointment →Physician-Supervised · SynergyO3 Medical · Encinitas, CA · (760) 450-4602
Individual results vary. Consult with Dr. Volpp during your evaluation.
