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MORFOLOGICAL FEATURES OF THE WARM-BLOODED ANIMALS` SPLEEN

机译:暖血动物脾脏的形态学特征

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? The spleen is an important multifunctional organ, one of parts of the peripheral immune system and hematopoiesis. It is sensitive to biotic, abiotic, and environmental factors. Determination of morphological features and morphometric parameters are important for the development of organ test-systems. The major indicators are the relative weight of the spleen and its main structural components. These criteria could be used in the therapy, prevention, pathology, the study of influence of factors of different origins, for received from farm animals environmentally friendly and safe products. Our research was carried out by light microscopy with the production of permanent histological preparations. The formalin and Сarnoy liquid were used as fixatives. Paraffin sections were stained with hematoxylin, eosin, and azure by methods of Van Gieson and Brachet. Spleen has the same structure and principle consists of a support-contractile apparatus and pulp in birds and mammals. Each animal species had its own characteristic of morphological features. The relative weight of spleen was the greatest in horses (0.48±0,01?%) and the lowest was in pigeons (0.02±0.01?%). Support-contractile apparatus was better developed in horses (13.64±1.13?%) and sheep (12.08±0.42?%), and the lesser in chickens (3.02±0.95?%) and rabbits (5.87±0.69?%). The proportion of trabecular system prevailed on the proportion of capsules in all studied animals, except rabbits. The birds had no radial trabeculae, in rabbits they are insignificant. The number of capsular trabecular are lesser than the pulps in horses, pigs, and sheep. Large pulps` trabeculae are united together, forming trabecular tree, while parenchyma is formed by the white and red pulp. The main structural components of the white pulp are the lymphoid nodules and lymphoid sheath near the vessels. The lymphoid nodules have zonal structure in mammals, whereas they are absent in birds. The relative area of lymphoid nodules in animals dominates under the area of lymphoid sheaths near the vessels; this difference was more than twice in horses (5.01±0.63 and 2.41±0.17 %), rabbits (11.95±2.67 and 5.73±1.40?%). In all the studied mammals the light center had the largest relative area in rabbits (2.08±0.49?%), and the lowest was registered in horses (0.98±0.11?%). The marginal zone occupies the largest relative area in sheep (6.52±0.98?%), the least – in horses (2.02±0.12?%). The mantle zone and zone near the vessels were better developed in rabbits (3.36±0.76?and 2.41±0.84?%); the red pulp was better developed in chickens (78.30±1.98?%), pigs (78.87±2.36?%) and horses (78.94±4.39?%), while sheep had the lesser developed red pulp (69.99±1.0?%).
机译:?脾脏是重要的多功能器官,是外周免疫系统和造血功能的组成部分之一。它对生物,非生物和环境因素敏感。形态特征和形态参数的确定对于器官测试系统的发展很重要。主要指标是脾脏及其主要结构成分的相对重量。这些标准可用于治疗,预防,病理学,研究不同来源因素的影响,以便从农场动物获得环境安全的产品。我们的研究是通过光学显微镜进行的,具有永久性组织学制备物。福尔马林和arnoy液体用作固定剂。通过Van Gieson和Brachet的方法,用苏木精,曙红和天青对石蜡切片进行染色。脾脏具有相同的结构和原理,由鸟类和哺乳动物的支持收缩装置和牙髓组成。每个动物物种都有其自己的形态特征。脾脏的相对重量在马匹中最大(0.48±0.01%),在鸽子中最低(0.02±0.01 %%)。支持收缩装置在马(13.64±1.13%)和绵羊(12.08±0.42%)中更好地发展,而在鸡(3.02±0.95%)和兔子(5.87±0.69%)中则较弱。在所有研究的动物中,小梁系统的比例占胶囊的比例,兔子除外。鸟类没有radial骨小梁,在兔子中它们无足轻重。小马囊,小梁的数量少于马,猪和羊的果肉。大果肉的小梁被结合在一起,形成小梁树,而薄壁组织则由白色和红色的果肉形成。白色牙髓的主要结构成分是血管附近的淋巴结节和淋巴鞘。淋巴结节在哺乳动物中具有带状结构,而在鸟类中则不存在。动物的淋巴结节的相对面积在血管附近的淋巴鞘面积以下占主导;马(5.01±0.63和2.41±0.17%),兔子(11.95±2.67和5.73±1.40%)的这种差异是两倍以上。在所有研究的哺乳动物中,光中心的相对面积在兔子中最大(2.08±0.49%),在马中最低(0.98±0.11%)。边缘区在绵羊中的相对面积最大(6.52±0.98%),在马中则最小(2.02±0.12%)。兔的披风区和靠近血管的区更好地发展(3.36±0.76%和2.41±0.84%)。在鸡(78.30±1.98%),猪(78.87±2.36%)和马(78.94±4.39%)中,红浆的发育更好,而绵羊的红浆则较差(69.99±1.0%)。

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