Application of a Proposed Multi-Positional Circumferential Arm Liposuction Method and Quantification of its Clinical Efficacy Evaluation

• Published in: Aesthetic plastic surgery Vol. 45; no. 3; pp. 1115 - 1124
• Main Authors: Gu, Yunpeng, Kang, Ning, Lv, Qianwen, Qi, Yue, Liu, Zhenjun, Chen, Weiwei, Sun, Xuejian, Chen, Haodong, Ma, Gui-e, Qi, Zuoliang
• Format: Journal Article
• Language: English
• Published: New York Springer US 01-06-2021; Springer Nature B.V
• Subjects: Liposuction; Medicine; Medicine & Public Health; Original; Original Article; Otorhinolaryngology; Plastic Surgery; Quantification; Circumferential arm liposuction; Multi-pose; Clinical efficacy
• ISSN: 0364-216X; 1432-5241
• DOI: 10.1007/s00266-020-02121-2

Background
Upper arm liposuction mainly focuses on the posterolateral region, which may lead to a lack of harmony between the aspirated and unaspirated areas. In addition, the treatment effect of arm liposuction is often evaluated only by preoperative and postoperative photograph comparison and simple measurement; quantitative research on this topic is still lacking.
Methods
The multi-positional circumferential arm liposuction (MCAL) technique was proposed and applied to a total of 34 females in our hospital from 2017 to 2019. Three-dimensional data of 12 patients before the operation and after 2–3 months were collected and processed by 3D imaging, and the volume reduction rate was evaluated quantitatively.
Results
The MCAL method was successfully applied in the clinic, and its surgical effect was quantitatively studied. The mean follow-up time of 12 patients was (75.2 ±13.1) days, and the postoperative volume was significantly reduced. The postoperative volume of patients with type I, type II and type III decreased by (10.79 ±2.55)%, (17.25 ±3.02)% and (22.76 ±3.51)%, respectively.
Conclusion
Our new MCAL technique was successful, maximizing the esthetic results in upper limb contour refinements in the superficial fascial layer. The clinical efficacy of this proposed MCAL method was evaluated by CT and 3D digital technology, which provided further accuracy in demonstrating its effect on the shape of the arm.
Level of evidence IV
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