Mogicato Giovanni, Raharison Fidiniaina, Ravakarivelo Monique, Sautet Jean
Université de Toulouse, INP, ENVT, Unité d'Anatomie - Imagerie - Embryologie, Toulouse, France.
J Med Primatol. 2012 Aug;41(4):256-65. doi: 10.1111/j.1600-0684.2012.00546.x. Epub 2012 Jun 6.
Far less is known about the normal anatomy of the nasal cavity of Eulemur fulvus; no computed tomography (CT) scan has ever been published.
Relevant CT scans were taken in the transverse, dorsal and longitudinal planes. These scans were compared with anatomical sections of heads.
Computed tomography scans revealed almost all nasal structures, but cannot differentiate between the various layers of the nasal mucosa. Results show a double-scroll arrangement of the ventral nasal concha. The dorsal nasal concha protrudes into the maxillary sinus, but no protrusion into the frontal sinus was observed. The ethmoturbinate I is completely closed back on itself and rostrally voluminous.
This work shows that at a clinical level, the integrity of the different turbinates can easily be appreciated from a simple CT scan. It will assist clinicians to evaluate pathological conditions that affect the nasal region.
关于黑狐猴鼻腔的正常解剖结构所知甚少;从未发表过计算机断层扫描(CT)图像。
在横切面、背侧和纵切面上进行相关CT扫描。将这些扫描结果与头部的解剖切片进行比较。
CT扫描显示了几乎所有的鼻腔结构,但无法区分鼻黏膜的不同层次。结果显示腹侧鼻甲呈双卷曲排列。背侧鼻甲突入上颌窦,但未观察到突入额窦。筛鼻甲I完全向后封闭且前端宽大。
这项研究表明,在临床层面,通过简单的CT扫描就能轻易了解不同鼻甲的完整性。这将有助于临床医生评估影响鼻腔区域的病理状况。