Differential effects of mood stabilizers on telomere homeostasis in neuroblastoma cells in vitro.

Can endoscopic visualization improve the identification of anatomical structures within the lower premasseteric space and buccal space in living tissue to complement existing anatomical knowledge derived from cadaveric dissections? In this study, 5 cases were selected from 80 face lift procedures with intraoperative endoscopic documentation. Endoscopic visualization provided magnified views of the spaces, enabling differentiation of ligamentous, vascular, and neural structures and confirming anatomical relationships previously described in cadaveric studies. Endoscopic visualization may help surgeons better recognize deep facial anatomy within natural spaces, potentially supporting safer sub-superficial musculo-aponeurotic system dissection during face lifts and complementing the historical anatomical knowledge derived from cadaveric dissections.