About
ZAEMA Academy is an independent, non-profit medical-education and training organisation, governed by its own Scientific Committee of dermatologists and plastic surgeons.
We provide licensed physicians with structured, hands-on training in evidence-based aesthetic and surgical medicine, combining online theory with supervised practical and cadaver-based (anatomy lab) sessions led by experienced specialists.
Our training spans two streams: Aesthetic medicine - HA dermal fillers, botulinum toxin and thread lifts, covering facial anatomy and danger zones, indication mapping, cannula and needle technique, patient safety and complication management, with practice on a range of CE-marked HA fillers.
Surgical education - cadaveric workshops for plastic and reconstructive surgeons, covering surgical anatomy, operative approaches and techniques on human specimens.
Our faculty engages with leading congresses including IMCAS, AMWC, AAD and EADV, and courses are delivered worldwide.
Who can enrol: ZAEMA courses are open to all licensed physicians.
Submission of a valid medical license is required for admission.
Completion of a ZAEMA course is not, by itself, a license to practise.
Publications
Tear Trough Deformity Refinement by an Innovative Hyaluronic Acid Injectable Filler
Journal of Skin and Stem Cell (JSSC), 2025. brieflands.com/journals/jssc/articles/163854
doi.org/10.5812/jssc-163854
The tear trough refers to the anatomical depression extending from the medial canthus obliquely down and out across the cheek. With aging or significant weight loss, there is often a loss of subcutaneous volume and thinning of the overlying skin in this area, resulting in a sunken appearance and shadowing that contributes to a fatigued look. Tear trough deformity is often treated with hyaluronic acid (HA) fillers or surgical interventions (blepharoplasty, fat grafting), but minimally invasive treatments have gained popularity due to fewer side effects. The HA-based dermal fillers, specifically designed for the periorbital region, can be used to restore volume, reduce the depth of the tear trough deformity, and improve the overall contour and brightness of the under-eye area. However, challenges like edema and irregularities persist due to filler quality, which usually concerns professionals.
A 52-Week Split-Face Study on the Efficacy and Safety of a New-Type Hyaluronic Acid Injectable Filler for Nasolabial Wrinkles
Journal of Skin and Stem Cell (JSSC), 2023. brieflands.com/journals/jssc/articles/139438
doi.org/10.5812/jssc-139438
The treatment outcome of nasolabial wrinkles or folds (NF) is widely considered a strong criterion for estimating the overall aesthetic results of different types of hyaluronic acid (HA) injectable fillers. These fillers have undergone various modifications and are classified as monophasic or biphasic, with monophasic fillers further divided into monodensified or polydensified.
Multifactorial Evaluation of Mesotherapy with an Innovative Hyaluronic Acid Skin Booster
Journal of Skin and Stem Cell (JSSC), 2025. brieflands.com/journals/jssc/articles/160757
doi.org/10.5812/jssc-160757
Mesotherapy is a skincare treatment that involves injecting small amounts of biocompatible substances, like hyaluronic acid (HA) molecules, into various layers of the skin. This method is commonly used to promote facial rejuvenation and improve skin vitality. A new mesotherapeutic HA substance has been recently produced containing cross-linked monophasic mono-densified HA spheres by the SCEDIS-MSCS technology method.
Real-World Safety and Performance of a Monophasic, Mono-Densified Hyaluronic Acid Dermal Filler (S.C.E.D.I.S. Technology) Across Facial Aesthetic Indications: A Multicentre Study of 1,600 Patients
Multicentre Real-World Observational Study. Under peer review (2026).
ZAEMA Academy's Scientific Committee is conducting a multicentre, real-world study of 1,600 patients across centres in Europe and the Middle East, designed to consolidate and confirm the findings of its three published pilot studies of S.C.E.D.I.S. technology. The study is currently under peer review, and the results will be published in a peer-reviewed scientific journal.