7.4 Pre- and Post-Operative Clinical Esthetics Care & SOAP Documentation

Key Takeaways

  • Clinical esthetic perioperative care bridges non-invasive skincare and surgical medicine, utilizing targeted pre-operative skin conditioning (4 to 8 weeks prior) and structured multi-phase post-operative care to optimize cosmetic surgery outcomes.

  • Pre-operative conditioning for Fitzpatrick Phototypes III through VI commonly includes topical tyrosinase inhibitors (such as hydroquinone, tranexamic acid, or azelaic acid) to suppress melanogenesis and prevent post-inflammatory hyperpigmentation (PIH).

  • Post-operative recovery follows three distinct stages: the Acute Phase (days 1–14, focusing on non-thermal LED phototherapy, MLD after clearance, and wound protection), the Sub-Acute Phase (weeks 2–6, focusing on suture recovery, physical SPF, and silicone scar therapy), and the Remodeling Phase (months 2–12, focusing on scar remodeling, light peels, and gentle microneedling).

  • Medical SOAP charting provides the standard legal and clinical record: Subjective (patient's reported history, symptoms, pain score), Objective (measurable analysis, device parameters, peel concentrations, lot numbers), Assessment (clinical skin response, endpoints achieved, tolerance), and Plan (home care, follow-up, referrals).

  • WAC 246-919-605 requires the delegating physician to ensure each laser, light, RF, or plasma treatment is documented in the patient's medical record; HIPAA applies when the practice is a covered entity or business associate.

Last updated: October 2026

7.4 Pre- and Post-Operative Clinical Esthetics Care & SOAP Documentation

Independent study guide by OpenExamPrep. The integration of advanced master esthetics into plastic surgery practices, facial plastic surgery centers, and medical aesthetic clinics has elevated the standard of care for perioperative patients. While the surgeon's scalpel addresses deep structural ptosis, platysmal banding, and redundant skin laxity, surgical intervention does not alter the cellular health, epidermal texture, microvascular perfusion, or pigmentation of the overlying cutaneous envelope.

Master estheticians play an essential role across the perioperative continuum: optimizing cutaneous barrier integrity before surgery, accelerating tissue healing during post-operative recovery, and maintaining surgical outcomes over the long term. Concurrently, operating within a medical environment demands adherence to medical charting, standardized clinical photography, informed consent protocols, and legal record retention standards.


Pre-Operative Conditioning Protocols (4 to 8 Weeks Prior)

The primary objective of pre-operative skin conditioning is to prepare cutaneous tissue for surgical trauma. Healthy, well-conditioned skin exhibits superior microvascular perfusion, a resilient stratum corneum barrier, robust cellular turnover, and quiescent melanocytes, resulting in faster re-epithelialization and reduced complication rates.

Pre-Operative Skin Conditioning Continuum (Weeks -8 to 0):

[ Weeks -8 to -4 ] ──> Initiate Tyrosinase Inhibitors (Fitzpatrick III-VI)
                       Initiate Topical Retinoids / AHAs (Accelerate Cellular Turnover)
                       Fortify Lipid Barrier (Ceramides, Cholesterol, Free Fatty Acids)
                                 │
                                 ▼
[ Weeks -4 to -1 ] ──> Professional Superficial Conditioning (Enzymes / Gentle Hydration)
                       Clinical Photography (Standardized 5-View Series)
                       Nutritional & Lifestyle Optimization (Smoking Cessation, Vitamin C)
                                 │
                                 ▼
[ Days -7 to -3 ]  ──> Mandatory Cessation Window: DISCONTINUE all Retinoids, AHAs/BHAs,
                       Physical Scrubs, and Chemical Exfoliants to prevent barrier disruption
                                 │
                                 ▼
[ Day 0: Surgery ] ──> Clean, uninflamed, intact stratum corneum ready for surgical prep

Key Components of Pre-Operative Regimens

  1. Melanocyte Suppression (Tyrosinase Inhibitors):
    • Target Population: Commonly recommended for Fitzpatrick Phototypes III through VI, and any patient with a history of post-inflammatory hyperpigmentation (PIH) or melasma.
    • Mechanism: Surgical incisions, tissue undermining, and thermal laser cutting provoke acute inflammatory mediator release (prostaglandins and leukotrienes), which stimulates melanocytes to hyper-secrete melanin. Administering topical tyrosinase inhibitors—such as prescription hydroquinone, tranexamic acid, kojic acid, arbutin, or azelaic acid—for 4 to 8 weeks prior downregulates the rate-limiting enzyme in melanogenesis, significantly reducing post-surgical PIH.
  2. Cellular Turnover & Vascular Conditioning:
    • Active Retinoids: Physician-prescribed tretinoin or cosmetic retinol for 6 to 8 weeks accelerates epidermal renewal, increases dermal glycosaminoglycans, promotes capillary angiogenesis, and thickens the viable epidermis. Clinical studies confirm that pre-conditioning with topical vitamin A significantly shortens post-operative re-epithelialization times.
    • Antioxidant Fortification: Daily application of stable topical antioxidants (L-ascorbic acid, tocopherol, ferulic acid) protects cells from surgical ischemia-reperfusion oxidative stress.
  3. Barrier Fortification:
    • Replenishing the stratum corneum with physiological lipids—ceramides, cholesterol, and essential fatty acids in an optimal equimolar ratio—strengthens the bilamellar lipid barrier, minimizing trans-epidermal water loss (TEWL) and reducing susceptibility to post-operative irritant dermatitis.
  4. Mandatory Pre-Surgical Cessation Window:
    • Exactly 3 to 7 days prior to surgery, the patient must discontinue all active topical retinoids, alpha-hydroxy acids (glycolic, lactic), beta-hydroxy acids (salicylic), and mechanical scrubs. Discontinuing these agents allows the stratum corneum to stabilize, preventing unexpected, deep penetration of harsh surgical antiseptic prepping agents (such as ChloraPrep or povidone-iodine), which can cause chemical burns on vulnerable skin.

Primary Aesthetic Surgical Procedures

Surgical ProcedureSurgical InterventionEsthetic Focus & Pre/Post Risks
Rhytidectomy (Facelift)Undermining skin flaps, repositioning SMAS, excising redundant facial skinPre-op vascular conditioning; post-op edema, hematoma monitoring, periauricular scar management
BlepharoplastyUpper/lower eyelid fat excision/repositioning and skin reductionDelicate periorbital barrier; severe ecchymosis, edema, temporary lagophthalmos (inability to close eyelid)
RhinoplastyReshaping nasal bone and cartilage frameworkProlonged supratip soft tissue edema, sebaceous congestion across nasal bridge, fragile cartilage
Submental LiposuctionTumescent aspiration of subcutaneous cervical adipose tissueSubmental ecchymosis, risk of subcutaneous scar adhesions, fibrosis; benefits from early MLD
Brow Lift (Forehead Lift)Elevation of ptotic eyebrows, resection of frontalis/corrugator tissueForehead paresthesia, temporary sensory loss, hair follicle shock along incision lines
Ablative Laser ResurfacingFull-thickness surgical ablation with CO2\text{CO}_2 (10,600 nm) or Er:YAG (2940 nm)Prolonged erythema (up to 3–6 months), strict infection control (HSV prophylaxis), high PIH risk

Post-Operative Recovery Phases & Esthetic Interventions

Post-operative recovery unfolds across three distinct physiological phases, each requiring tailored clinical esthetic interventions.

Post-Operative Recovery Timeline & Modalities:

[ ACUTE PHASE (Days 1 - 14) ]
  ├── Clinical Goals: Edema reduction, hematoma clearance, wound protection
  ├── Approved Modalities: Non-thermal Red/NIR LED Phototherapy (633 nm & 830 nm)
  │                        Manual Lymphatic Drainage (MLD) (Physician clearance; avoid incisions)
  └── Skincare: Sterile physiological saline compresses, pure occlusive barrier balms (petrolatum)

[ SUB-ACUTE / PROLIFERATIVE PHASE (Weeks 2 - 6) ]
  ├── Clinical Goals: Suture line maturation, barrier repair, scar management
  ├── Approved Modalities: Gentle superficial fruit enzymes (papain, bromelain) to remove crusting
  │                        Manual scar massage (collagen alignment along lines of tension)
  └── Skincare: Medical-grade silicone scar gel/sheeting, 100% physical mineral SPF 30+

[ REMODELING PHASE (Months 2 - 12) ]
  ├── Clinical Goals: Remodeling mature scars, resolving residual erythema, dyschromia correction
  ├── Approved Modalities: Light superficial chemical peels (mandelic, lactic)
  │                        Medical microneedling (0.5 - 1.5 mm) on mature surgical scars
  └── Skincare: Re-introduce active home care (tyrosinase inhibitors, gentle retinoids)

1. Acute Phase (Days 1 to 14)

  • Clinical Focus: Tissue rest, minimizing edema and ecchymosis, monitoring for hematoma or infection, and supporting acute re-epithelialization.
  • Permitted Esthetic Interventions:
    • Non-Thermal LED Photobiomodulation: Red (633 nm633\ \text{nm}) and Near-Infrared (830 nm830\ \text{nm}) low-level light therapy delivered without heat accelerates mitochondrial cytochrome c oxidase activity, upregulating ATP synthesis and suppressing pro-inflammatory cytokines (IL-1, TNF-alpha) to speed healing and ease discomfort.
    • Manual Lymphatic Drainage (MLD): Once approved by the attending surgeon (typically days 3 to 5 post-op), gentle Vodder MLD clears extravasated erythrocytes and lymph fluid, reducing swelling and bruising. The clinician works on proximal neck nodes and stays strictly away from fresh surgical incision lines.
    • Barrier Care: Cleanse with sterile saline or gentle non-foaming post-procedure washes. Keep incisions covered with pure petrolatum-based ointments or medical wound dressings.
  • Prohibited: No active cosmetic serums, no chemical exfoliants, no thermal treatments, no makeup, and no direct pressure over healing skin flaps.

2. Sub-Acute / Proliferative Phase (Weeks 2 to 6)

  • Clinical Focus: Supporting closure of suture lines, controlling scar tissue formation, and restoring barrier hydration.
  • Permitted Esthetic Interventions:
    • Silicone Scar Therapy: Medical-grade topical silicone scar gels or silicone gel sheets represent the gold-standard therapy for healing surgical scars. Silicone creates an occlusive, semi-permeable membrane that normalizes stratum corneum hydration, signaling underlying fibroblasts to decrease excess collagen production and preventing hypertrophic or keloid scar formation.
    • Gentle Scar Massage: Once all sutures are removed and incisions are fully re-epithelialized with no scabbing (typically weeks 3 to 4), manual scar mobilization can begin. Working along and across the incision line softens fibrotic adhesions, mobilizes tethered skin flaps, and guides collagen fibers to align along natural skin tension lines.
    • Superficial Enzyme Exfoliation: Gentle fruit enzymes (papain from papaya, bromelain from pineapple) digest dead surface corneocytes and crusting without irritating healing tissue.
    • Strict Photoprotection: 100% physical mineral sunscreen containing zinc oxide and titanium dioxide (>SPF 30> \text{SPF } 30) is mandatory to protect immature scars from UV-induced post-inflammatory hyperpigmentation.

3. Long-Term Remodeling Phase (Months 2 to 12)

  • Clinical Focus: Softening mature surgical scars, resolving residual erythema, evening dyschromia, and improving overall skin texture.
  • Permitted Esthetic Interventions:
    • Superficial Chemical Peeling: Gentle superficial lactic acid, mandelic acid, or low-concentration glycolic acid peels refine texture and resolve lingering pigmentation.
    • Corrective Microneedling: Controlled CIT (0.5 mm0.5\ \text{mm} to 1.5 mm1.5\ \text{mm}) over mature, non-erythematous surgical scars breaks up dense, fibrotic scar tissue bands and stimulates new collagen and elastin remodeling.
    • Vascular Lasers & IPL: Pulsed dye laser (595 nm) or Intense Pulsed Light (560 nm) targets lingering post-surgical telangiectasias and persistent erythema.

Medical Charting & Standardized Clinical Photography

In medical aesthetics, precise clinical documentation is essential for tracking treatment outcomes, ensuring patient safety, and maintaining legal compliance.

Standardized Clinical Photography Protocols

High-quality clinical photography provides an objective baseline, tracks clinical progress, and serves as vital legal documentation:

  1. Standardized Lighting: Dedicated diffuse studio flash systems or fixed positioning cross-polarized lighting. Ring flashes should be avoided for skin texture analysis as they flatten facial contours.
  2. Consistent Neutral Background: Solid, non-reflective matte blue, neutral grey, or black medical backdrop.
  3. Patient Preparation: All makeup, jewelry, and eyewear removed; hair completely secured back from the face, forehead, and ears with a medical headband; neutral facial expression (eyes open looking straight ahead, lips relaxed and gently together, teeth not showing).
  4. Standardized 5-View Series:
    • Frontal View (0∘0^\circ): Direct anterior view aligned with the Frankfort horizontal plane (line from the inferior border of the bony orbit to the superior margin of the external auditory meatus parallel to the floor).
    • Right Oblique (45∘45^\circ): Patient turned 45 degrees to the right; aligns the tip of the nose with the outer contour of the cheek.
    • Left Oblique (45∘45^\circ): Patient turned 45 degrees to the left.
    • Right Lateral Profile (90∘90^\circ): Pure right lateral profile; nasal tip and chin in clear relief.
    • Left Lateral Profile (90∘90^\circ): Pure left lateral profile.

SOAP Note Architecture in Clinical Esthetics

The SOAP note format is the standard medical documentation architecture used across clinical dermatology and aesthetic practices:

SOAP Clinical Charting Structure:

┌───────────────────────────────────────────────────────────────────────────────┐
│ S ──> SUBJECTIVE: Patient's direct voice, chief complaint, symptoms, pain    │
│       scale (0-10), history, compliance, new medications, lifestyle changes.   │
├───────────────────────────────────────────────────────────────────────────────┤
│ O ──> OBJECTIVE: Quantifiable clinical data, visual skin examination,          │
│       Fitzpatrick/Glogau, exact device parameters, peel %/pH, lot numbers.    │
├───────────────────────────────────────────────────────────────────────────────┤
│ A ──> ASSESSMENT: Clinician's professional synthesis, tissue response,        │
│       endpoints achieved, tolerance, comparison to prior visits.              │
├───────────────────────────────────────────────────────────────────────────────┤
│ P ──> PLAN: Post-care instructions delivered, prescribed home regimen,         │
│       follow-up timeline, physician consultations, next scheduled modality.   │
└───────────────────────────────────────────────────────────────────────────────┘

1. Subjective ("S")

The patient's self-reported history, stated in their own words:

  • Chief Complaint (CC): The primary aesthetic concern that brought the patient in.
  • History of Present Condition (HPC): When the concern began, previous interventions, and personal triggers.
  • Reported Symptoms: Sensations of itching, stinging, tightness, or pain rated on a numeric scale (0 to 10).
  • Home Care Compliance: Patient's adherence to prescribed pre-conditioning regimens and daily photoprotection.
  • Health Status Updates: Any changes in medical history, new systemic medications, recent sun exposure, or active cosmetic procedures since the prior visit.

2. Objective ("O")

Quantifiable, observable, and measurable clinical data recorded by the clinician:

  • Skin Analysis Findings: Fitzpatrick phototype (I–VI), Glogau photoaging classification (I–IV), presence of visible telangiectasias, erythema grade, active comedone/papule count, and baseline hydration.
  • Calibrated Treatment Parameters: Comprehensive documentation of every modality setting used during the treatment:
    • Microneedling: Device serial number, cartridge pin configuration (e.g., 12-pin sterile), needle depths by facial subunit (0.5 mm0.5\ \text{mm} to 1.5 mm1.5\ \text{mm}), motor speed (RPM), glide agent lot number and expiration date.
    • Chemical Resurfacing: Acid agent, exact concentration (%), pH, number of passes or coats, dwell time, frosting level (None, Level I, Level II, Level III), neutralizing solution used, and chemical lot numbers.
    • Energy Modalities: Wavelength (nm), spot size (mm), fluence (J/cm2J/\text{cm}^2), pulse duration (ms), total pulses delivered, and dynamic cooling settings.

3. Assessment ("A")

The clinician's professional evaluation of the patient's skin and immediate response to treatment:

  • Immediate Cutaneous Response: Clinical endpoints achieved (e.g., uniform Level II cloud-like frosting across malar cheeks, uniform pinpoint petechiae across scarred areas, immediate mild perifollicular erythema).
  • Patient Tolerance: Physiological comfort during the session, pain scale response to the modality, and recovery time.
  • Progress Analysis: Comparison to baseline photos and prior treatments.

4. Plan ("P")

The forward-looking clinical plan and patient instructions:

  • Post-Care Instructions: Detailed written and verbal home instructions delivered to the patient, including emergency contact procedures for complications.
  • Prescribed Home Regimen: Specific medical-grade barrier products, frequency of application, and mandatory physical sun protection.
  • Follow-Up Schedule: Date and time of next follow-up evaluation (e.g., 48-hour check-in call, 2-week post-care evaluation, 4-week subsequent treatment session).
  • Medical Referrals: Physician consultation requests or clinical escalations, if indicated.

Complete Sample Aesthetic SOAP Note

Below is an authentic clinical SOAP note documenting an advanced resurfacing procedure:

CLINICAL AESTHETIC ENCOUNTER NOTE
Patient Name: Elena Vance                      DOB: 04/12/1984
Date of Service: October 3, 2026               Provider: Jane Doe, Licensed Master Esthetician
Supervising Physician: Dr. Marcus Reed, MD     Location: Advanced Dermatology & Aesthetics

[S] SUBJECTIVE:
Patient presents for scheduled Session #3 of clinical acne scar revision and photoaging management.
Chief Complaint: "Persistent atrophic boxcar scars on bilateral cheeks and uneven skin tone."
Medical History: Reviewed and updated. Patient reports no new systemic medications, no change in health.
Denies sun exposure over past 30 days; compliant with daily zinc oxide SPF 50 mineral sunscreen.
Reports 6 weeks of compliant pre-conditioning with physician-prescribed 4% hydroquinone and 0.05% tretinoin cream nightly.
Tretinoin and hydroquinone were discontinued 5 days ago per pre-treatment instructions.
Pain Score at start: 0/10. Denies active cold sores, pregnancy, or oral isotretinoin use.

[O] OBJECTIVE:
Fitzpatrick Phototype: III. Glogau Photoaging Scale: Group II.
Skin Examination: Stratum corneum intact, well-hydrated. Multiple shallow rolling and boxcar scars
noted on bilateral malar and mandibular cheeks (depth 0.5 - 1.0 mm). Zero active cystic acne or pustules.
Zero active erythema or open abrasions.

PROCEDURAL RECORD:
1. Pre-Treatment Prep: Skin cleansed x 2 with gentle surfactant. Degreased thoroughly with 70% isopropyl
   alcohol followed by pure acetone prep to eliminate all surface cutaneous sebum.
2. Percutaneous Collagen Induction (CIT), performed under the clinic's written physician protocol:
   Device: DermaPrecision Motorized Pen (Serial #DP-2024-918), fitted with single-use sterile 12-pin
   cartridge (Lot #NC-4410, Exp: 08/2028). Single-use barrier sleeve placed over handpiece.
   Glide Medium: Pure sterile non-crosslinked Hyaluronic Acid in 0.9% physiological saline
   (HyalSterile, Lot #HA-3012, Exp: 05/2028). Zero preservatives.
   Parameters by zone:
   - Forehead & Temples: 0.5 mm depth, speed setting 2 (7,000 RPM), 2 passes (circular/cross-hatch).
   - Bilateral Malar Cheeks: 1.0 mm - 1.25 mm depth, speed setting 4 (11,000 RPM), 3 passes.
   - Atrophic Scar Depressions: 1.5 mm spot needling, speed setting 4, pinpoint precision.
   - Perioral & Nose: 0.25 mm depth, speed setting 1 (5,000 RPM), 2 passes.
   Needle cartridge ejected directly into OSHA Biohazard Sharps Container at completion.

[A] ASSESSMENT:
Patient tolerated procedure exceptionally well. Pain managed effectively throughout (peaked at 4/10).
Clinical Endpoints Achieved: Uniform bright erythema across full face; pinpoint petechial bleeding
achieved across bilateral cheek scars, confirming entry into vascular papillary dermis. Zero linear
shearing, tears, or deep hematomas. Skin responded predictably without abnormal whealing or urticaria.

[P] PLAN:
1. Post-Treatment Protocol: Applied chilled sterile saline compresses for 10 minutes post-procedure,
   followed by a thin layer of sterile post-procedure barrier balm (petrolatum/ceramide base).
2. Home Care Instructions: Verbally explained and provided written post-care instructions:
   - Do NOT touch face, wash, or apply any products for the next 12 hours.
   - After 12 hours, cleanse with lukewarm water and gentle non-foaming cleanser only.
   - Apply provided sterile HA serum and barrier ointment every 3 to 4 hours as needed for tightness.
   - Strictly NO makeup, NO sweating, NO hot tubs, NO direct sun exposure for 72 hours.
   - Physical zinc oxide mineral SPF 30+ mandatory beginning tomorrow morning.
   - Discontinue all active acids, retinoids, and vitamin C for 7 full days.
3. Follow-Up: Scheduled 48-hour follow-up telephone check-in on October 5, 2026. Next clinical session
   scheduled in 4 weeks on October 31, 2026, for post-care evaluation and Session #4.
Provider Signature: Jane Doe, LME #60341829

Legal & Regulatory Mandates: Washington State Requirements

Master estheticians must maintain strict legal and regulatory compliance when practicing clinical modalities:

  1. Washington Documentation Rules: WAC 308-20 does not set a client-record retention period for licensees; its three-year record rules apply to school and apprentice training records. In medical settings, WAC 246-919-605 makes the delegating physician responsible for ensuring every laser, light, RF, or plasma treatment is documented in the patient's medical record, and the practice's written policies govern how long records are kept.
  2. HIPAA & Patient Privacy Standards: When the practice is a HIPAA covered entity (such as a physician practice that bills health plans electronically) or a business associate, the Health Insurance Portability and Accountability Act (HIPAA) applies to its staff. Protected Health Information (PHI), including clinical charts, intake questionnaires, medical histories, and clinical photographs, must be safeguarded under the practice's HIPAA policies and protected from unauthorized disclosure. Clinical photos must never be shared, stored on personal smartphones, or posted to social media without a signed, formal HIPAA photo release authorization.
  3. Informed Consent: Prior to performing any clinical modality, the clinician must obtain a signed and dated Informed Consent document. The consent must clearly outline: the nature and clinical purpose of the procedure, foreseeable discomfort, expected downtime, realistic clinical expectations, possible adverse risks (erythema, burns, infection, hyperpigmentation, hypopigmentation, scarring), alternative treatments, and post-procedure compliance requirements.

Key Study Tables

Perioperative Esthetic Care Timeline

PhaseTimelineEsthetic GoalsRecommended Clinical ModalitiesMandatory Precautions
Pre-Op ConditioningWeeks -8 to -1Optimize barrier, suppress melanocytes, stimulate vascularityGentle lactic/enzyme peels, superficial ultrasonic cleansingStop active retinoids and AHAs/BHAs 3 to 7 days before surgery
Acute Post-OpDays 1 to 14Reduce acute edema, clear ecchymosis, support barrierNon-thermal LED red/NIR (633/830 nm633/830\ \text{nm}), light MLD after clearanceAvoid incision lines; zero active serums; sterile saline and pure occlusives only
Sub-Acute RecoveryWeeks 2 to 6Support scar maturation, remove crusting, prevent PIHManual scar massage along lines of tension, gentle fruit enzymesMedical silicone scar gel/sheeting; 100% physical mineral SPF 30+ mandatory
Remodeling PhaseMonths 2 to 12Remodel surgical scars, resolve erythema, even pigmentationSuperficial chemical peels, medical microneedling (0.5−1.5 mm0.5-1.5\ \text{mm})Re-introduce active home care gradually; monitor scar for hypertrophy
Test Your Knowledge

When documenting a clinical chemical peel or microneedling procedure in a medical spa setting, which element belongs strictly within the Objective ("O") section of the SOAP note?

A

The client's self-reported pain score of 3 out of 10 and their reported compliance with morning sunscreen

B

The client's chief complaint that their facial rhytids and hyperpigmentation have worsened over the summer

C

The clinician's recommendation to apply a physical zinc oxide barrier balm every two hours and return in four weeks

D

Measured parameters such as needle depth, peel strength, lot numbers, and frost level

Test Your Knowledge

Under WAC 246-919-605, who must ensure that each delegated laser, light, radiofrequency, or plasma treatment is documented in the patient's medical record?

A

The front-desk coordinator

B

The Department of Licensing inspector

C

The delegating physician

D

The device manufacturer

Test Your Knowledge

Why is the administration of topical tyrosinase inhibitors (such as hydroquinone, tranexamic acid, or azelaic acid) recommended for 4 to 8 weeks prior to surgical procedures or deep resurfacing in Fitzpatrick Phototypes III through VI?

A

They act as systemic anticoagulants that eliminate bruising following blepharoplasty

B

They dissolve the stratum corneum to eliminate the need for surgical skin prepping agents

C

They prevent wound contraction by permanently paralyzing dermal fibroblasts

D

They reduce melanin production, lowering the risk of PIH after surgical trauma

Sections you finish are checked off in the contents.