본 게시판의 회원 작품을 무단복제 및 재배포 할 경우,
경고 없이 게시 중단 및 신고 조치함을 알려드립니다.
참가부문 | 상임이사 | 분야 | 2D |
---|---|---|---|
제목 | Mechanisms of the endoscopic brow lift affected by key anatomical factors | ||
대상 | 의료인 | 의뢰 | Yeop Choi, 최엽성형외과 |
제작도구 | Adobe Photoshop, Adobe Illustrator | 형식 | JPG |
이름 | 윤관현 (Youn Kwan Hyun) | 소속 | 인천가톨릭대학교대학원 |
작품설명
(Left) Illustration of the supraorbital nerve and three gliding layers (m1 to m3) in the brow and forehead. The numbering is in order according to the greatest amount of mobility: m1, galeal fat pad; m2, subcutaneous fat; and m3, preperiosteal loose areolar tissue. Note the deep and superficial divisions of the supraorbital nerve and the periosteal branch in the tissue layers. (Right) Illustration of key factors contributing to effective brow lifting: (1) frontalis/galea pulling, (2) supraorbital nerve tension, and (3) m1 and m3 modification. The frontalis/galea is the key transmitter of pulling force, and supraorbital nerve tension is a limiting factor for cephalic advancement of the forehead flap. The red dotted line represents a modified dissection pathway for sensory nerve protection: subgaleal dissection in the brow and inferior forehead and subperiosteal dissection in the rest of the forehead.
Reference: Kim SH, Kim IB, Choi Y. How the Lifting Amount of Endoscopic Brow Lifts Is Influenced by Supraorbital Nerve Tension and Brow Gliding-Layer Mobility. Plast Reconstr Surg. 2023 Aug 1;152(2):237e-247e. doi: 10.1097/PRS.0000000000010210. Epub 2023 Jul 27. PMID: 36727814.