The nasal cavity has a robust vascular supply, and bleeding is a primary obstacle to the minimally invasive skull base technique. Venous bleeding, including the cavernous sinus, can be managed…
Before the vascularized pedicled nasoseptal flap was popularized, lumbar drains (LDs) were routinely used for cerebral spinal fluid (CSF) diversion in endoscopic skull base reconstruction. LDs are not necessary in…
“Endoscopic endonasal skull base surgery has dramatically changed and expanded over recent years due to significant advancements in instrumentation, techniques, and anatomic understanding. With these advances, the need for more…
The sellar region is a tiny anatomic compartment in which many lesions and developmental diseases can be found. If pituitary adenomas represent most of the sellar mass, it is important…
Since the description of a transnasal approach for treatment of pituitary tumors, transsphenoidal surgery has undergone continuous development. Hirsch developed a lateral endonasal approach before simplifying it to a transseptal…
Endoscopic endonasal approaches have widely accepted techniques for managing benign and malignant processes along the entire ventral skull base with similar or better results compared with open procedures, but with…
The pituitary gland functions prominently in the control of most endocrine systems in the body. Diverse processes such as metabolism, growth, reproduction, and water balance are tightly regulated by the…
Building an endoscopic cranial base practice can be challenging and is predicated on the right team. Successful outcomes stem from an efficient and talented team that improves its skills experientially…
The anatomy of the skull base is complex with multiple neurovascular structures in a small space. Understanding all of the intricate relationships begins with understanding the anatomy of the sphenoid…
Raj Sindwani, MD, FACS, Editor Troy D. Woodard, MD, FACS, Editor
