Through approaches such as problem-based learning, clinical simulations, and the use of advanced educational technologies, students are prepared—using active teaching methodologies in a comprehensive and dynamic way—to meet the challenges of modern dental practice.

The program includes theoretical, practical, and clinical classes.

The program is accredited by the Ministry of Education (MEC), ensuring national recognition from a leading institution of higher education, Mandic. This guarantees the quality of instruction and provides a solid education that is recognized throughout the country.

A qualified and renowned faculty that provides personalized support and ongoing guidance to ensure excellence in learning.

With modern infrastructure, well-equipped clinics, multidisciplinary laboratories, and high-tech classrooms, we provide the ideal environment for both practical and theoretical learning. We are the only institution to feature a dedicated Mini Lab space, equipped with cutting-edge digital technologies and a team of highly trained prosthetic professionals, ensuring a fully digital workflow. In addition, the radiology center features state-of-the-art equipment, such as CT scanners, a portable scanner, image-processing software, and 3D imaging capabilities.

Dental surgeons, physicians, biomedical scientists, dermatofunctional physical therapists, pharmacists, and nurses.

THE FACE DIVIDED INTO THIRDS: ANATOMY AND COMMON VARIATIONS

The face divided into regions:

• Frontal and Temporal
• Malar/Zygomatic, Parotid-Masseter
• Cervical (submandibular and submental)
• Nasal region
• Mental region

TRAINING IN THE MOST EFFECTIVE HOF TECHNIQUES:

• How to interpret anatomy and possible variations through the shades of white, gray, and black in facial and cervical ultrasound
• How to choose the most appropriate ultrasound equipment based on your goals
• How to monetize ultrasound-guided HOF
• Diagnosis
• Complementary and pre-surgical protocols and management of complications

Scientific Program:

• Basic Components of an Ultrasound System
• Types of transducers and ultrasound generation
• Frequencies used in clinical ultrasound and their effect on image quality and penetration
• Interaction between ultrasound, tissue, and biological effects
• Basic principles of real-time ultrasound and Doppler
• Recognition and explanation of common artifacts
• Ultrasound techniques applied in facial aesthetic procedures
• The importance of ultrasound as an imaging modality in facial aesthetics
• Applications of Doppler ultrasound in facial aesthetic procedures
• Recognition and identification of fillers (AH, PMMA, PDO threads,

, hydroxyapatite, PLLA, hybrid fillers

• Vascular mapping of the face and neck region, identifying the course of the facial artery and its branches
• Ultrasound-guided facial aesthetic procedures

- Ultrasound-guided injection of HA or hybrid fillers

-Ultrasound-guided hyaluronidase injection

• Applications of ultrasound in the diagnosis and treatment of complications
• Recognition of arterial compression/occlusion clinically and via ultrasound
• Evidence of retained material on ultrasound, consequences, and anatomical structures

involved

No discounts are offered under the current policy.