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Objectives: Show data on fat grafting process devices
Show data on facial fat graft outcomes using different techniques
Review concepts of facial fat graft survival

Introduction: The Coleman technique was introduced in 1984 as a standardized approach to facial fat grafting. Since then numerous devices for processing and cleaning fat, adjunctive treatments such as the addition of PRP, stromal vascular fraction, nanofat and anatomical replacement of lost deep compartment fat have been introduced in an effort to improve outcomes and fat graft survival.

Materials / method: Review of the literature reveals a changing landscape. New processing devices, the discovery of stem and regenerative cells in fat and a better understanding of the theories of fat graft survival have been reviewed. Data has been collected on 187 patients undergoing a new protocol of anatomic and regenerative fat grafting and objective three dimensional imaging with Vectra has demonstrated unique volume curves.

Results: Using a new protocol of anatomic and regenerative fat grafting with microfat for structural replacement and a cell optimized nanofat for regeneration has demonstrated objective volumetric improvement of nearly 80 percent at 19 months after treatment.

Conclusion: New protocols and new understanding of fat graft survival are presented that have demonstrated remarkable regenerative and volumetric effects. This protocol of anatomic replacement and regenerative fat grafting with microneedling and a nanofat biocream have far exceeded previous reports of fat graft survival.

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请注明名称（个人，公司，学会等等）: lipocube, mage group

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Objectives: facial contor treatment by fat graft

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这项工作的完成感谢以下机构的支持：

Objectives: The authors present their experience with adipose transfer for regenerative purposes, in combination with the use of laser technologies on the recipient area, aiming to enhance the regenerative capabilities of the transferred stem cell components.

Introduction: International literature and experience gained through the use of various equipment to pretreat the recipient skin before the transfer of autologous adipose tissue have demonstrated that this technique contributes to better clinical outcomes. Additionally, in treating skin areas affected by various pathologies, the regenerative action has shown improvement. The authors present their own method of skin pretreatment performed a few hours before the injection of regenerative adipose tissue.

Materials / method: The study used a fat transfer method based on the SEFFI procedure and portable dual simultaneous wavelength fractional laser technology (1550 nm and 1927 nm) for stimulation. For facial areas, 24 hours before the adipose tissue injection, after applying a lidocaine-based anesthetic cream for about 30 minutes, the skin is treated with a dual-wavelength laser using variable powers ranging from 15 to 25 mJ for the 1550 nm wavelength and 0 to 4 mJ for the 1927 nm wavelength, depending on the patient’s skin type. The treatment density is adjusted according to the area’s size. The treatment should b

Results: The authors present their results through case studies and discuss the indications, contraindications, and complications.

Conclusion: The authors illustrate how this method of pretreating recipient tissues enhances and improves the regenerative effect of the vascular stromal component contained in the transferred adipose tissue.

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Objectives: Using AI assisted facial fat transfer guidelines to simplify and enhance fat transfer techniques

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请注明名称（个人，公司，学会等等）: shareholder

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和审阅情况: lipocube

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Objectives: Describe the evolution and the versatility of fat transfer to facial rejuvenation surgery.

Introduction: This study presents a series of cases of surgeries performed in a private clinic, demonstrating the versatility of applying fat transfer in facial treatment.

Materials / method: The fat was collected from the abdominal region by liposuction using 3.0 mm cannulas with 60 ml syringes and was decanted. Then the fat was transferred to 20 ml syringes and subjected to mechanical fragmentation using 1.4 and 1.2 mm diameter transfer devices. The fat was transferred to the face with 1.4 and 1.2 mm microcannulas. The volume transferred were defined by the facial volume deficit in the deep and superficial fat compartments.

Results: Series of clinical cases demonstrating treatment of facial hemi-atrophy caused by facial paralysis and treatment with fat transfer for facial symmetrization; clinical cases demonstrating facial rejuvenation surgeries performed exclusively with fat transfer structuring and volumizing the face; clinical cases demonstrating facial rejuvenation surgeries associating fat transfer with eyelid, facelift and neck surgeries. The benefits of replacing volume in aging areas with biologically active and autologous tissue ensures natural results and additionally improves the quality of surrounding tissues.

Conclusion: Current fat processing and transfer techniques allow fat transfer, either alone or in conjunction with other surgical procedures, to restructure the face, provide volume and improve the quality of the facial issues, including skin properties.

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Objectives: 1. The Future of Regenerative Aesthetics of the face: Stromal Enriched Lipograft and Advanced Emerging Technologies harness the Power of Lipografting

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