Objectives: comparaison of probes
learning curve
easy to use

Introduction: ultrasonography is a mandatory to inject safely fillers and accurately toxin

Results: Digital probe, a small probe on a single finger gives you the freedom of movement of 9 other fingers, leaving you the crucial touch and facial contours.

Conclusion: digital probe give you the third eye and keep your hands free of movement
the finger probe is more0 adapted to your practice than others device

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Objectives: Ultrasound is vital for accurately diagnosing and identifying potential complications from dermal fillers, helping injectors provide effective treatments. This lecture aims to review the ultrasound features of various filler-related nodules, including overcorrection, superficial placement, abscesses, granulomatous reactions, panniculitis, and recurrent edema. This knowledge assists physicians in choosing the best treatment options.

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Objectives: Dermal filler injections are a cornerstone of aesthetic medicine, providing non-invasive solutions for facial contouring and rejuvenation. However, complications such as retrograde flow (back-flow) of filler material and subsequent product migration have emerged as significant concerns, potentially leading to unpredictable aesthetic outcomes and patient dissatisfaction. Despite its clinical importance, the mechanisms underlying retrograde flow and product migration remain under explored.

Introduction: This study aims to investigate how retrograde flow during filler injection contributes to the unintended migration of the product, using high-frequency ultrasound (HFUS) to visualize and analyze these phenomena. A total of [insert sample size] patients who underwent filler treatments in regions such as the lips, nasolabial folds, and tear troughs were evaluated. Ultrasound assessments were performed immediately after injection and during follow-up periods to monitor the movement of the filler material.

Materials / method: The study underscores the critical role of proper injection techniques, including low-pressure application and awareness of anatomical landmarks, in minimizing the risk of retrograde flow. HFUS proved to be an indispensable tool in detecting and tracking filler migration, offering real-time insights into the dynamics of dermal filler behavior

Results: Our findings demonstrate that retrograde flow occurs primarily when excessive injection pressure is applied, particularly in areas with high vascular density or in cases where the injector fails to maintain a controlled flow rate. This back-flow can lead to filler migration along anatomical planes, such as the facial arteries or interstitial tissue, resulting in volume shifts, contour irregularities, or nodules in unintended locations.

Conclusion: These results highlight the need for advanced injector training and advocate for the integration of ultrasound technology into routine aesthetic practice. By understanding the factors contributing to retrograde flow and migration, practitioners can improve safety, predictability, and patient satisfaction in dermal filler treatments.

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Objectives: To showcase the important role of ultrasound in aesthetic medicine, enhancing precision, minimizing vascular complications, and introducing a novel ultrasound-guided facial analysis system. This system elevates treatment planning, anatomical mapping, and patient satisfaction.

Introduction: Traditional injection techniques rely on anatomical estimates, increasing the risk of vascular occlusion and asymmetries. Ultrasound imaging enables direct visualization of anatomical structures, ensuring a data-driven approach that refines aesthetic assessments and treatment strategies.

Materials / method: A proprietary ultrasound-guided facial analysis system was developed, integrating vascular mapping, tissue characterization, and structural assessment. Clinical applications in dermal filler placement, complication prevention, and treatment planning were evaluated.

Results: The implementation of ultrasound-guided facial analysis in my experience significantly improved procedural accuracy, optimized filler distribution, and reduced complication rates. Enhanced mapping allowed for individualized treatment strategies, leading to superior aesthetic outcomes and increased patient satisfaction.

Conclusion: Ultrasound is redefining aesthetic medicine by shifting from empirical techniques to precision-based, patient-specific approaches. This novel facial analysis system represents a shift in aesthetic planning, setting a new standard for safety, efficacy, and personalized treatment strategies.

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Objectives: Highlights in ultrasound and aesthetics :
Present and future

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability

Objectives: Demonstrating the role of ultrasound guidance in diagnosing and managing filler-related complications in the top five most frequently injected facial areas.

Introduction: Filler-related complications can escalate into severe conditions if not promptly recognized, diagnosed, and treated, potentially leading to serious outcomes such as tissue necrosis and delayed inflammatory reactions. Under the guidance of experienced ultrasonographers, ultrasound facilitates effective diagnosis and immediate treatment of these complications, allowing for direct intervention following diagnosis.

Materials / method: Utilizing ultrasound guidance, this presentation focuses on the five most frequently injected facial areas, detailing the relevant injection anatomy. It also showcases ultrasound-guided treatments using a high-end machine with an 18-20 MHz probe, performed by an experienced injector and ultrasonographer.

Results: Ultrasound guidance provides a 'third eye' beneath the skin, enabling the visualization of the underlying causes of filler-related complications. Additionally, it enhances the understanding of injection anatomy, offering a clearer insight into the complexities involved.

Conclusion: The integration of ultrasound technology into daily aesthetic injectables practice enhances the understanding of facial biomechanics, improves comprehension of injection anatomy, and facilitates the diagnosis and treatment of filler-related complications.

Disclosures

Did you receive any funding to support your research for this TOPIC?
No

Were you provided with any honoraria, payment or other compensation for your work on this study?
No

Do you have any financial relationship with any entity which may closely compete with the medications, materials or instruments covered by your study?
No

Do you own or have you applied for any patents in conjunction with the instruments, medications or materials discussed in your study?
No

This work was not supported by any direct or non direct funding. It is under the author's own responsability