Orbits are connected with the middle cranial fossa via the optic canal, the superior orbital
fissure, the M-type orbitomeningeal foramen, the metoptic canal, an accessory anterior …

Purpose: The osteologic anatomy of the orbit is still a field of intense research, particularly as
far as vascular channels are concerned. Among them, ethmoidal foraminas (EFs) are …

Purpose To review the literature on the location of the anterior ethmoidal foramen (AEF) and
trauma during transconjunctival medial wall decompression. Methods A comprehensive …

The ethmoidal foramens are located on the medial wall of the orbit and are key reference
points for intraoperative orientation. Detailed knowledge of the anatomy, bony landmarks …

Objective: The intent of this chapter is to provide a systematic reappraisal of the bony
anatomy of the orbit. The studies and the available literature on this topic are ever …

Purpose: The aim of the study was to elucidate the positional relationship of the ethmoidal
foramens (EFs) with reference to the nasion to facilitate prediction of the exact location of …

Purpose: To determine how accurately a ray through the anterior and posterior ethmoidal
foramina predicts the location of the optic foramen. Methods: Dried, well-preserved …

The aim: To find out the sources of origin, the chronology of ossification, the peculiarities of
age-related topographical and anatomical changes in the bones of the human orbit …

Amaç: Orbita endoskopik yaklaşımlarında cerrahi planlamaya yardımcı, önemli anatomik
yapılardan olan fissura orbitalis superior (FOS) ve canalis opticus' un (CO) morfometrik …

Резюме З'ясування джерел закладки кісток очної ямки людини, уточнення послідовності
їх осифікації дозволить створити морфологічне підгрунтя для ефективного тлумачення …