Personalized Facial Rejuvenation: Skin Boosters, PRP and Chemical Peels
Personalized Facial Rejuvenation: Skin Boosters, PRP and Chemical Peels
Course overview
Effective facial rejuvenation is not about choosing a single procedure. Predictable results depend on accurate patient assessment, understanding tissue needs, selecting the right treatment modality, and combining procedures according to individual indications.
This course provides a practical framework for modern, multimodal facial rejuvenation, covering skin boosters, autologous regenerative therapy, PRP and chemical peeling, from patient selection and preparation to injection, application and post-treatment care.
During the course, you will explore:
Skin boosters: modern facial rejuvenation protocols, indications and patient selection
PRP therapy: mechanisms of action, preparation methods and injection protocols
Chemical peels: classification, treatment selection, application techniques and post-care
Patient assessment: identifying individual skin concerns and selecting appropriate treatment strategies
Multimodal rejuvenation: combining different modalities according to patient needs
Evidence-based treatment planning: developing personalized protocols designed to achieve natural and predictable outcomes.
The course brings together regenerative medicine, injectable treatments and chemical resurfacing into a personalized approach to facial rejuvenation, helping practitioners make more informed treatment decisions and build effective combination protocols.
Course lessons
Lesson 1. Modern Facial Rejuvenation: Skin Booster Protocols & Patient Selection
This lesson establishes the foundation of modern facial rejuvenation and the physiological aging process. You will examine the aesthetic treatment pyramid to determine optimal clinical starting points and explore the definition, mechanism, and benefits of hyaluronic acid skin boosters. The lesson covers application techniques, treatable anatomical zones, treatment journey timelines, candidate selection, contraindications, and supporting clinical evidence.
Modern facial rejuvenation: definition and current clinical focus
Pathophysiology of skin aging: structural and cellular mechanisms
The aesthetic treatment pyramid: prioritizing modalities for optimal outcomes
Skin boosters: definition, mechanism of action, and targeted dermal improvements
Primary clinical indications for skin booster therapy
Administration techniques and general application concepts
Classification and types of skin boosters on the market
Key clinical benefits across various treatment zones
Treatment journey milestones and expected result timelines
Candidate profiling and ideal patient selection frameworks
Absolute contraindications, precautions, and high-risk cases
Evidence-based literature review and clinical studies.
Lesson 2. Autologous Regenerative Therapy: PRP Mechanism, Preparation & Injection Protocols
The second lesson focuses on autologous regenerative medicine using Platelet-Rich Plasma (PRP). You will study the physiological definition, growth factor release mechanisms, and tissue-remodeling effects of PRP. The lesson provides a step-by-step breakdown of the blood centrifugation and preparation process, injection techniques, combination protocols with microneedling, standardized treatment schedules, and key safety precautions.
Platelet-Rich Plasma (PRP): definition, biological function, and growth factor cascade
Cellular mechanism of tissue regeneration and collagen synthesis
Documented clinical effects on skin texture, tone, and hair density
Primary indications for autologous PRP therapy
Step-by-step PRP preparation: blood draw, centrifugation parameters, and separation
Clinical injection guidelines for PRP facials
Synergistic combinations: pairing PRP with microneedling (Vampire Facial)
Standardized treatment protocols and session intervals
Absolute contraindications, safety precautions, and patient screening
Literature review and evidence base supporting PRP therapy.
Lesson 3. Chemical Peeling Protocols: Classification, Application & Post-Care
This lesson delivers a comprehensive overview of chemical resurfacing modalities. You will study the mechanism of action, acid classifications by penetration depth (superficial, medium, deep), and clinical indications. The lesson walks through step-by-step procedure techniques, neutralization protocols, complication management, post-treatment aftercare, and combination pathways with other aesthetic treatments.
Chemical peels: terminology, biological function, and skin quality improvement
Mechanism of action: controlled epidermal/dermal exfoliation and renewal
Depth classification: superficial, medium, and deep chemical peels
Clinical indications: hyperpigmentation, acne, fine lines, and photoaging
Pre-peel skin conditioning and application techniques
Step-by-step procedural workflow: preparation, application, and neutralization
Managing side effects, adverse reactions, and peel complications
Post-treatment aftercare protocols and barrier repair guidelines
Combination treatment protocols with complementary modalities
Evidence-based research and clinical literature summary.
Lesson 4. Multimodal Rejuvenation: Personalized Treatment Planning & Evidence
The final lesson synthesizes individual modalities into personalized, multimodal treatment plans for long-term skin health. You will learn how to align patient expectations with realistic, gradual outcomes across multi-session regimens. The lesson reviews comparative evidence for PRP, skin boosters, and chemical peels, highlighting the synergistic benefits of combined therapies and providing key clinical takeaways.
Personalized treatment planning for long-term skin health
Managing patient expectations: setting milestones for gradual result progression
Comparative evidence and clinical outcomes for HA boosters, PRP, and chemical peels
The clinical rationale and scientific evidence for multimodal combination therapies
Summary of key takeaways and clinical pearls for everyday practice.
