Abstract
Background: Thread lifts using absorbable polydioxanone (PDO) threads are a popular minimally invasive approach for facial rejuvenation. However, limitations exist with current techniques.
Objective: Develop a new PDO thread lift technique to provide superior lifting and longer-lasting effects.
Methods: An anti-gravitational approach was designed using multiple crisscrossing PDO threads inserted upwards against gravity. Threads were anchored in fixed areas after passing through facial quadrants and repositioning structures.
Results: The technique lifted the SMAS, malar fat pad, and jowls through repositioning and multiplanar support. Thread crossing created stability and stimulated collagen. Immediate facial lifting was demonstrated.
Conclusions: This novel PDO thread technique provides robust lifting via an anti-gravitational approach and crisscrossing threads. It addresses limitations of current methods and may yield longer-lasting, more effective outcomes. Further studies will validate long-term effectiveness.