PACE
An advanced, evidence-based training ecosystem designed to elevate clinical skills, safety, and outcomes in medical aesthetics.
To access a comprehensive library of training modules, learn more about upcoming events and view previous webinar recordings, visit the PACE Training and Education Portal.
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Advancing Medical Aesthetics Education
Prollenium Advanced Clinical Education (PACE) is Prollenium’s advanced, evidence-based training ecosystem designed to elevate clinical skills, safety, and outcomes in medical aesthetics. PACE represents our global commitment to continuing education of the medical aesthetics community.
Through PACE, we offer providers small- and large-scale training opportunities, including:
In-Clinic Training
We partner with more than 150 highly-trained medical professionals to offer hands-on training in your clinic and PACE Academy, located in Richmond Hill, Ontario.
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Cadaver Labs
Led by an esteemed faculty of surgeons, our cadaver labs provide attendees with a comprehensive overview of facial anatomy and injection technique to avoid complications.
To register for upcoming cadaver labs, visit PACE Cadaver Labs.
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Full-Day Symposiums
PACE full-day programs immerse practitioners in advanced aesthetic education, blending expert instruction, hands-on practice, and the latest clinical insights to refine technique and deliver exceptional patient outcomes.
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Webinars
PACE webinars connect practitioners with expert faculty for concise, evidence-based learning on advanced aesthetic techniques and clinical best practices.
To view previous webinar recordings, visit the PACE Training & Education Portal.
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PACE Training & Education Portal
The PACE Training and Education Portal offers a comprehensive library of modules covering the full medical aesthetics journey — from foundational principles and facial anatomy to treatment planning, injection techniques, and complications management. Learning is delivered progressively, allowing practitioners to advance at their own pace while gaining practical, evidence-based insights supported by simulation tools and GEM© guidance.
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