A Single-Blinded Prospective Study on Using Botulinum Toxin Type A for Reducing Alar Mobility. Y Zhong, D Cao, S Zhou, H Duan, M Wei, Z Yu.
This excerpt will show up on the home page Blog/News feed
Training AI, Wearing Tech,
and Imaging Health.
This excerpt will show up on the home page Blog/News feed
This excerpt will show up on the home page Blog/News feed
This excerpt will show up on the home page Blog/News feed
This excerpt will show up on the home page Blog/News feed
Asian alar anatomy has great distinction from Caucasian, processing conspicuous alar movement and damaging alar aesthetic dynamically. This novel study defined alar mobility by three-dimensional anthropometric analysis, providing objective references for alar dynamic aesthetic and arousing plastic surgeons’ attention on keeping balance of static and dynamic aesthetic in rhinoplasty.
The proposed method was evaluated on the analysis of 3D facial shape and patient characteristics (N=5011). Experiments showed that this conceptually simple method achieved state-of-the-art fair prediction performance and interpretability, showing its great potential for clinical applications.
Soft tissue asymmetry is predominately presented in the lower-third of the face in skeletal Class III patients and with various variations on other facial anatomical regions. Morphometric techniques and computer intensive analysis have allowed sophisticated quantification and visualization of the pointwise asymmetry on the full face.
This excerpt will show up on the home page Blog/News feed
This is a retrospective serial longitudinal study of consecutively enrolled infants from September 2012 to July 2016 with BCLP who underwent NAM before primary lip and nose reconstructive surgery.
This excerpt will show up on the home page Blog/News feed