Media & Publications

The lobular branch of the great auricular nerve is a recently recognized anatomical structure that plays a key role in supplying sensation to the earlobe. Unlike other branches, it has limited overlapping nerve supply, making it especially important to preserve during facial procedures such as facelifts. Damage to this branch can lead to prolonged or permanent numbness, which may impact patient satisfaction.

Recent anatomical research has helped define the location and pathway of the lobular branch, allowing surgeons to better identify and protect it during surgery. By incorporating this knowledge into surgical techniques, providers can improve sensory outcomes and enhance overall patient experience.

This publication explores an anatomy-based approach to midface rejuvenation focused on restoring youthful facial volume through precise filler and fat graft placement. The study introduces the concept of “volumizing viaducts,” which are specific anatomical pathways that allow providers to safely access targeted fat compartments within the midface.

By using detailed anatomical mapping and cadaveric research, the authors identified reproducible injection techniques that improve cheek projection, soften facial folds, reduce tear trough hollowing, and restore overall facial balance. Rather than simply filling wrinkles, this approach emphasizes structural restoration for more natural-looking results.

The research highlights the importance of understanding facial fat compartments, retaining ligaments, and surrounding anatomy to improve both aesthetic outcomes and patient safety during nonsurgical facial rejuvenation procedures.

This publication examines how the face changes over time through a three-dimensional perspective, highlighting that facial aging involves much more than wrinkles or loose skin. The research focuses on how volume loss, tissue descent, and structural changes in the fat compartments and underlying facial framework contribute to visible signs of aging.

Using advanced three-dimensional imaging and anatomical analysis, the study demonstrates that aging occurs in predictable patterns across areas such as the cheeks, jawline, temples, and under-eye region. These changes create contour irregularities, hollowing, and facial folds that impact overall facial harmony and youthful appearance.

The research also emphasizes the value of 3D imaging technology in aesthetic medicine, allowing providers to more accurately assess facial aging and customize treatment plans. By understanding the structural nature of facial aging, surgeons and aesthetic providers can create more precise, natural-looking results through both surgical and nonsurgical facial rejuvenation procedures.

This publication explores the detailed anatomy of the midface and its importance in facial volumizing procedures such as dermal fillers and fat grafting. The research emphasizes that successful midface rejuvenation requires a deep understanding of facial fat compartments, retaining ligaments, muscles, and surrounding vascular structures—not simply adding volume to superficial wrinkles or folds.

Using cadaveric dissections and anatomical analysis, the study identifies key target zones for safe and effective filler placement, as well as “adverse event zones” that should be avoided to reduce the risk of complications. The authors also developed a structured six-step facial analysis to guide providers in restoring cheek projection, improving tear trough hollowing, and enhancing overall facial balance.

The publication highlights the importance of restoring deeper structural support within the face to achieve more natural-looking, long-lasting rejuvenation results while maintaining normal facial movement and expression.

This publication examines the anatomy and clinical significance of the deep pyriform space, an important deep facial compartment located near the pyriform aperture in the midface. The study highlights how volume loss in this area contributes to common signs of facial aging, including deepened nasolabial folds, midface hollowing, loss of cheek support, and upper lip retrusion.

Through anatomical dissections and analysis, the research demonstrates how restoring volume within the deep pyriform space can provide foundational structural support to the midface and improve overall facial balance. Rather than focusing only on superficial wrinkles or folds, this anatomy-based approach addresses deeper causes of facial aging for more natural-looking rejuvenation results.

The publication also emphasizes the importance of detailed anatomical knowledge during injectable procedures, as the deep pyriform space is located near important vascular structures that require careful technique to maximize safety and treatment precision.