OHI-S Perioral and Lip Aesthetics Rejuvenation, Neuromodulation and Fillers 7 lesson 1h 47m

The “Perioral and Lip Aesthetics: Rejuvenation, Neuromodulation and Fillers” course offers a comprehensive approach to perioral rejuvenation, spanning seven lessons and lasting 1 hour and 47 minutes. Moving beyond treating individual wrinkles, it details how to achieve predictable, natural-looking results by understanding facial aging, muscle dynamics, lip architecture, individual morphotypes, and the properties of injectable materials. The program connects anatomical assessments with age- and morphotype-specific treatment strategies utilizing neuromodulators and dermal fillers.
Learning Objectives

Analyze perioral aging and smile evaluation, including anatomy, muscle dynamics, and clinical assessment.

Evaluate lip architecture and smile harmonization based on facial ratios, perioral lines, and established treatment protocols.

Understand the foundations of neuromodulation, including mechanisms of action, facial morphotypes, and structural changes associated with aging.

Apply age- and gender-specific protocols, encompassing treatment strategies and dosing considerations from the 20s through 60+.

Implement morphotype-based treatment planning through upper- and lower-face case studies and a structured consultation workflow.

Understand multi-layered facial aging mechanics, detailing the role of bone, fat, muscle, and skin in age-related changes.

Evaluate dermal filler science, including material types, rheology, and various hyaluronic acid formulations.

Target Audience
This course is designed for aesthetic practitioners, dermatologists, plastic surgeons, and medical professionals looking to enhance their skills in non-surgical perioral rejuvenation.
Best for Dermatologists, Plastic Surgeons, Aesthetic Medicine Physicians, and Maxillofacial Surgeons.
Topics
Lesson 1. Perioral Aging & Smile Evaluation: Anatomy, Muscle Dynamics & Assessment

Parameters of an attractive smile: modern clinical approaches to smile enhancement

Structural characteristics of facial aging in the perioral region

Pathophysiology and progressive stages of the smile aging process

Applied muscular anatomy relevant to lower-face and perioral rejuvenation

Comprehensive smile assessment: clinical evaluation framework and diagnostics

Skin quality assessment in the lower third of the face

Target indications for perioral rejuvenation procedures

Clinical case studies and treatment plan analysis

Lesson 2. Lip Architecture & Smile Harmonization: Ratios, Perioral Lines & Protocols

Primary objectives and aesthetic goals of lip enhancement

Ideal lip ratios and anatomical proportions across diverse patient profiles

Treating downturned oral commissures: age-related etiology and correction techniques

Perioral wrinkles: etiology and non-surgical treatment options

Gummy smile management: identifying underlying causes and applying targeted protocols

Chin and smile harmony: structural assessment and rejuvenation techniques

Jawline support: anatomical contribution to perioral framing and lower-third definition

Combination treatment case study

Developing individualized, patient-centric treatment plans

Evidence-based analysis: key findings from recent systematic reviews

Aligning patient expectations with realistic, long-term clinical outcomes

Lesson 3. Neuromodulation Foundations: Mechanisms, Morphotypes & Structural Aging

Clinical necessity for individualized botulinum toxin therapy

Botulinum Toxin Type A: pharmacodynamics and mechanism of action

Multilayered impact of facial aging on skin, fat pads, and dynamic muscle tone

Structural analysis: characteristics of the youthful vs. aging face

Classification and analysis of morphological facial types

How face shape, structural mass, and muscle dynamics alter treatment strategies

Lesson 4. Age-Specific Protocols & Gender-Specific Dosing (20s to 60+)

Neuromodulation strategies across distinct age cohorts

Patients in their 20s: preventative dosing and micro-toxin objectives

Patients aged 30–45: managing dynamic rhytids and early tissue changes

Patients aged 45–60: age-related structural skin shifts and supportive dosing

Patients over 60: managing tissue laxity, resting rhytids, and hypertonicity

Male vs. female facial anatomy: structural differences, muscle mass, and dosing adjustments

Lesson 5. Morphotype-Based Upper/Lower-Face Case Studies & Consultation Workflow

Forehead morphological variations and tailored injection mapping

Glabellar muscle complex: hypertonicity patterns and dosing distribution

Periorbital (crow’s feet) management: youth vs. mature protocols and risk mitigation

Lower-face morphological characteristics and dynamic muscle balance

Clinical case analysis: 4 step-by-step morphology-based treatment breakdowns

Identification and prevention of common injection errors and complications

Standardized clinical consultation algorithm and assessment workflow

Key clinical pearls and evidence-based reference review

Lesson 6. Multi-Layered Facial Aging Mechanics: Bone, Fat, Muscle & Skin

Introduction to facial aesthetics and fundamental concepts

Pathophysiology of the multi-layered facial aging process

Age-related skin changes: elastosis, structural rhytids, and sleep compression lines

The Glogau wrinkle scale: classification and clinical application

Adipose dynamics: superficial vs. deep cheek fat compartment changes

Structural comparison: young vs. aging facial characteristics

Muscle hypertonicity and retaining ligament laxity in aging

Craniofacial bone resorption: orbital rim, nasal aperture, and lower-face remodeling

Traditional vs. modern concepts of facial aging with clinical case examples

Lesson 7. Dermal Filler Science: Material Types, Rheology & Hyaluronic Acid Formulations

Facial aesthetics theory: Golden Ratio, Triangle of Beauty, and the Pyramid of Aging

History and evolution of dermal fillers in aesthetic medicine

Resorbable vs. non-resorbable fillers: safety profiles and approved materials

Calcium Hydroxylapatite (CaHA / Radiesse): characteristics, indications, and mechanisms

Poly-L-Lactic Acid (PLLA / Sculptra): characteristics, biostimulation, and usage

Hyaluronic Acid (HA): synthesis, properties, and synthetic vs. animal-derived forms

Dermal filler rheology explained: elastic modulus, viscosity, and cohesivity

Variables affecting filler performance: cross-linking technology, concentration, and particle size

Classification of HA fillers and detailed overview of the Juvéderm Vycross range (Voluma, Volift, Volbella)