Derbalah Amira, El-Gendy Samir A A, Abd-Elhafeez Hanan H, Soliman Soha, El-Mansi Ahmed A, Seif Manal, Rashwan Ahmed M, Eldesoqui Mamdouh B, Rutland Catrin Sian, Kubale Valentina, Alsafy Mohamed A M
Histology and Cytology Department, Faculty of Veterinary Medicine, Alexandria University, Alexandria, Egypt.
Anatomy and Embryology Department, Faculty of Veterinary Medicine, Alexandria University, Alexandria, Egypt.
Front Vet Sci. 2024 Sep 20;11:1417278. doi: 10.3389/fvets.2024.1417278. eCollection 2024.
The morphological characteristics of eyes in fishes are highly diverse and have evolved to meet the specific visual requirements as per their habitats. These morphological features of eyes are important for researchers and ecologists. The dusky spinefoot () is a tropical teleost fish with a laterally flattened body which lives in the Mediterranean Sea. Currently, there are no histological data relating to the eye.
In this study, the morphology of the eye was examined to enhance our understanding of its structure and its relationship to fish ecology. Detailed gross and microscopic features were recorded using light and scanning microscopy.
The key observations describe the main structural features of the eye of , specifically, the diameter of the orbit, architecture of three tunics of eye and detailed lens description. The choroid was divided into four layers, and had a , consisting of numerous small blood vessels in the choroidal gland. The was observed, which is interesting since is herbivore and herbivores typically lack a .
These observations shed new light on the intricate eye structure of and provide valuable insights into its visual abilities and adaptations to the aquatic environment and feeding behavior.
鱼类眼睛的形态特征高度多样,并且已经进化以满足其栖息地的特定视觉需求。眼睛的这些形态特征对研究人员和生态学家来说很重要。暗鳍鲷是一种热带硬骨鱼,身体侧扁,生活在地中海。目前,没有关于暗鳍鲷眼睛的组织学数据。
在本研究中,对暗鳍鲷的眼睛形态进行了检查,以增进我们对其结构及其与鱼类生态学关系的理解。使用光学显微镜和扫描显微镜记录了详细的大体和微观特征。
关键观察结果描述了暗鳍鲷眼睛的主要结构特征,具体而言,眼眶直径、眼睛三层膜的结构以及晶状体的详细描述。脉络膜分为四层,并且有一个脉络膜腺,由脉络膜腺中众多小血管组成。观察到了[此处原文缺失相关结构名称],这很有趣,因为暗鳍鲷是草食性动物,而草食性动物通常缺乏[此处原文缺失相关结构名称]。
这些观察结果为暗鳍鲷复杂的眼睛结构提供了新的线索,并为其视觉能力以及对水生环境和摄食行为的适应性提供了有价值的见解。