The Deep Plane Facelift is a sophisticated surgical procedure designed to address advanced facial aging, encompassing a depth of facial anatomy extending from the skin down to the underlying fascia and skeletal structures.
Oregon Deep Plane Facelift Anatomy
The human face comprises multiple layers, including superficial adipose tissue, mid-dermal layers, and reticular dermis, in addition to glandular excision of the salivary glands such as the submandibular gland.
Objectives and Indications
Deep Plane Facelift is a highly specialized surgical intervention intended for patients exhibiting prominent signs of facial aging, including prominent nasolabial folds, naso-jugal grooves, and platysmal banding.
The Deep Plane Facelift procedure typically commences with the insertion of surgical incisions at pre-determined sites to allow for optimal glandular excision and dermal layer manipulation.
Surgical Technique
Under general anesthesia, deep plane dissection involves careful separation of the subcutaneous adipose tissue from the underlying galeal-fascial plane to reach the masseter muscle. This area comprises extensive venous plexus networks necessitating attention from skilled anesthetists to minimize postoperative edema.
Once a plane of dissection is established, anatomical landmarks such as the facial arteries and the facial nerve must be meticulously identified and preserved during glandular excision.
Through an intracutaneous or subcutaneous excision of skin, followed by undermining and redraping, a natural facial aesthetic can be restored in addition to addressing the underlying tissues through glandular excision and dermal manipulation. This approach aims to reposition or reanimate key facial structures, creating a fresher, and generally more youthful appearance.
Postoperative Care and Treatment
The recovery period following Deep Plane Facelift is crucial in facilitating optimal wound healing and minimizing edema.
Following postoperative recovery unit discharge, patients are generally advised a period of 1-2 weeks of limited activity, along with supportive measures such as cold compresses to minimize potential postoperative edema.
It is also essential to monitor postoperative complications such as seroma or hematoma which can occur in the event of insufficient or improper wound closure.
Conclusion
The Deep Plane Facelift remains a valuable surgical tool in addressing the complexities of advanced facial aging.
While the procedure carries inherent risks and complications necessitating careful consideration, evidence suggests positive patient outcomes and rejuvenation following Deep Plane dissection and glandular excision.