Surgery without preparation is incomplete medicine.
Recovery can be engineered.
— Dr. Robert Whitfield, MD
Traditional surgical preparation
is incomplete.
Most surgeons focus exclusively on the procedure itself. The standard preoperative workup — basic labs, a medical history review, and clearance from your primary care physician — was designed for a different era of medicine. It identifies whether you can survive surgery, not whether your body is optimized to heal from it.
Even Enhanced Recovery After Surgery (ERAS) protocols, while a meaningful step forward, primarily address perioperative management: what happens in the hours and days immediately surrounding your procedure. They reduce opioid use, shorten hospital stays, and standardize postoperative care. But they do not address the underlying biological terrain that determines how well you actually recover.
The SHARP Method was created to fill this gap. It asks a fundamentally different question: What if we could engineer your body's capacity to heal before the first incision is ever made?
Three tiers of surgical preparation.
Understanding where the SHARP Method fits in the landscape of surgical preparation protocols — and why it represents a fundamentally different approach.
Traditional
Standard of Care
ERAS
Enhanced Recovery
SHARP
Complete Preparation
A systematic approach to surgical optimization.
Each pillar of the SHARP Method addresses a specific biological system that influences surgical outcomes. Together, they create a comprehensive picture of your body's readiness to heal — and a roadmap to optimize it.
Genetic Detoxification Profiling
MTHFR and Phase 1/2/3 detoxification pathway analysis. Understanding your genetic capacity to process and eliminate toxins determines how your body will handle the metabolic stress of surgery and anesthesia.
Toxic Burden Assessment
Comprehensive testing for 87 toxins — including 29 mycotoxins, 20 heavy metals, and 38 environmental chemicals. Identifying and reducing your toxic load before surgery removes obstacles to healing.
Gut Microbiome Analysis
Your gut microbiome is the foundation of your immune system. Analyzing and optimizing microbial diversity before surgery strengthens your body's primary defense and recovery mechanism.
Food Sensitivity Testing
Testing for sensitivities across 200+ foods to identify hidden sources of chronic inflammation. Eliminating inflammatory triggers before surgery creates a cleaner biological environment for healing.
Hormonal Balance Assessment
Hormonal imbalances directly impair wound healing, immune function, and tissue regeneration. Optimizing hormonal status before surgery ensures your endocrine system supports — rather than hinders — recovery.
Personalized Supplementation
Based on the findings from all five preceding assessments, a targeted supplementation protocol is designed specifically for your biology. No generic multivitamins — every supplement addresses a documented need.
Anyone preparing for surgery who wants
to optimize their outcome.
The SHARP Method is not limited to a specific type of surgery. It is designed for any patient who believes that preparation matters — and that the body's capacity to heal can be meaningfully improved before the procedure begins.
Elective Surgery Patients
Cosmetic, reconstructive, or planned orthopedic procedures where you have the time to prepare properly.
Patients with Complex Medical Histories
Autoimmune conditions, prior surgical complications, or chronic inflammation that may affect healing.
Health-Conscious Individuals
Those who already invest in their health and want the same rigor applied to their surgical preparation.
Revision Surgery Patients
Patients undergoing secondary procedures who want to address factors that may have contributed to initial complications.
Breast Implant Patients
Women considering explant surgery or breast implant revision who want comprehensive preparation and assessment.
Patients Seeking a Second Opinion
Those who feel their current surgical plan is missing something — and want a more thorough approach to preparation.
Dr. Robert Whitfield, MD
Dr. Robert Whitfield is a board-certified plastic surgeon practicing in Austin, Texas, and the creator of the SHARP Method. His work sits at the intersection of surgical excellence and functional medicine — driven by the conviction that how a patient is prepared for surgery is as important as the procedure itself.
As Past President of the Aesthetic Surgery Education and Research Foundation (ASERF) from 2019 to 2020, Dr. Whitfield committed the organization's resources to funding breast implant illness (BII) research — a decision that reflected his broader commitment to patient safety over institutional convention.
His research includes first-author publication of the largest PCR-tested explant capsule series, demonstrating a 29% microbial contamination rate — findings published in Microorganisms (2024). He has testified at FDA hearings on breast implant safety, advocating for greater transparency and more rigorous safety standards.
Credentials
Key Publication
"Clinical Evaluation of Microbial Communities and Associated Biofilms with Breast Augmentation Failure"
Whitfield R, Tipton CD, Diaz N, Ancira J, Landry KS
Microorganisms (2024) · PMID: 39338504
FDA Testimony
Read Dr. Whitfield's testimony on breast implant safety
SHARP Surgery Center
A vertically integrated surgical environment built entirely around the SHARP Method. Every aspect of the facility — from preoperative assessment through recovery — is designed to deliver the full SHARP protocol under one roof.
This is not a traditional surgical center with the SHARP Method added on. It is a facility conceived from the ground up to make comprehensive surgical preparation the standard of care — not the exception.
Begin your surgical preparation.
Whether you are weeks away from surgery or just beginning to explore your options, these resources provide an accessible entry point into the SHARP Method.
Inflammation Support Guide
A practical guide to understanding and managing the inflammatory pathways that affect surgical recovery. Start here.