Goksu N, Haziroglu R, Kemaloglu Y, Karademir N, Bayramoglu I, Akyildiz N
Department of Otorhinolaryngology, Gazi University School of Medicine, Ankara, Turkey.
Ann Otol Rhinol Laryngol. 1992 Aug;101(8):699-704. doi: 10.1177/000348949210100814.
The middle ear of guinea pigs has long been used for experimental studies, but no detailed information about its temporal bone anatomy is available. In 18 adult guinea pigs, the temporal bone, eustachian tube, and inner ear anatomy, in addition to the anatomy of the middle ear, were investigated under the dissection microscope. In addition to properties of the eardrum, ossicles, air cell system, and cochlea previously described, the appearance of Huschke's foramen and the crista stapedis in an adult guinea pig ear, the structure of the eustachian tube, the architecture of the internal auditory canal, and the communication of the mastoid cells with the tympanic bulla are described. Differences and similarities among guinea pigs, other experimental animals, and humans are discussed to show the advantages and disadvantages of the guinea pig ear for experimentation.
豚鼠的中耳长期以来一直用于实验研究,但目前尚无关于其颞骨解剖结构的详细信息。在18只成年豚鼠中,在解剖显微镜下对颞骨、咽鼓管、内耳解剖结构以及中耳解剖结构进行了研究。除了先前描述的鼓膜、听小骨、气房系统和耳蜗的特性外,还描述了成年豚鼠耳中胡施克孔和镫骨嵴的外观、咽鼓管的结构、内耳道的结构以及乳突细胞与鼓泡的连通情况。讨论了豚鼠与其他实验动物和人类之间的异同,以展示豚鼠耳用于实验的优缺点。