ANATOMY OF THE LOCOMOTOR SYSTEM IN CATTLE AND INFECTIOUS DISEASES OF THE LOCOMOTOR ORGANS

Аннотация

В статье рассматриваются анатомическая и топографическая структура ног крупного рогатого скота, их роль в движении и физиологические принципы, необходимые для понимания заболеваний ног. Ноги крупного рогатого скота, являясь двигательной и опорной системой, состоят из костей, мышц, сухожилий, связок и суставов. Взаимосвязь этих структур обеспечивает движение животных. Во время движения координация между ногами, амортизационные механизмы и функциональное распределение мышц поддерживают стабильность тела. Эта статья служит научной основой для более глубокого понимания двигательной системы крупного рогатого скота и принятия эффективных мер против её нарушений в области ветеринарии. 90 ISSN (E): 2181-4570 ResearchBib Impact Factor: 6,4 / 2024 SJIF 2024 = 5.073/Volume-3, Issue-5 Ключевые слова:Тендон, Координация движений, Сгибательные мышцы, Разгибательные мышцы, Инфекционные болезни. Annotatsiya: Ushbu maqolada qoramollarda oyoqlarning anatomo-topografik tuzilishi, ularning harakatdagi roli va oyoq kasalliklarini to‘g‘ri tushunish uchun zarur bo‘lgan fiziologik asoslar yoritilgan. Sigirlarning oyoqlari, harakat va tayanch apparati bo‘lib, suyaklar, mushaklar, paylar, bog‘lamlar va bo‘g‘imlardan tashkil topgan. Ushbu strukturalar o‘rtasidagi o‘zaro aloqalar hayvonlarning harakatini ta’minlaydi. Harakat jarayonida oyoqlar orasidagi koordinatsiya, amortizatsiya mexanizmlari va mushaklarning funksional taqsimoti tana barqarorligini saqlashga yordam beradi. Mazkur maqola veterinariya sohasida qoramollarning harakat tizimini chuqurroq anglash va uning buzilishlariga qarshi samarali choralar ko‘rish uchun ilmiy asos bo‘lib xizmat qiladi. Kalit so'zlar: Tuyoq, harakat kordinatsiyasi, bukuvchi muskullar, yozuvchi muskullar, yuqumli kasalliklar Introduction.The locomotor system in cattle consists of bones, muscles, tendons, and joints, which allow for movement and support. This system plays a vital role in the overall health and productivity of cattle, as it directly impacts their ability to move, graze, and perform other essential activities. Infectious diseases affecting the locomotor organs can lead to severe lameness and reduced productivity. These diseases are commonly caused by bacterial, viral, or fungal infections, which can result in inflammation, pain, and damage to the musculoskeletal system. Early identification and treatment are crucial to minimize the impact of these diseases. Understanding the anatomy of the locomotor system and the nature of infectious diseases is key to preventing and managing such conditions. This study explores the anatomy of the locomotor system in cattle and the infectious diseases that commonly affect these organs. Today, in agricultural sectors, especially in livestock farming, achieving high results is directly related to animal health. In animal husbandry, ensuring productivity and achieving economic efficiency are significantly dependent on the overall condition of the animals, particularly the health of their locomotor apparatus — the legs. The legs of cattle represent a complex anatomical and physiological system that plays a crucial role not only in movement but also in the balanced distribution of body weight and the execution of amortization functions. The legs of cattle are composed of bones, joints, muscles, tendons, and ligaments, and the interrelationship of these structures determines the animal's ability to move. Especially in 91 ISSN (E): 2181-4570 ResearchBib Impact Factor: 6,4 / 2024 SJIF 2024 = 5.073/Volume-3, Issue-5 industrial livestock farming conditions, improper management and care lead to the widespread occurrence of foot diseases, which result in a sharp decline in productivity and economic losses. Therefore, studying the anatomy of the legs and their physiological mechanisms in depth, as well as developing prevention and treatment measures for diseases of this system, is one of the current challenges in veterinary science. Literature. According to previous studies, diseases such as foot rot, arthritis, and tendonitis are common in cattle, especially in environments with high humidity and poor sanitation. Research by Smith et al. (2018) highlighted that Fusobacterium necrophorum is a leading cause of hoof infections in cattle, often leading to severe lameness and reduced productivity. Another study by Johnson (2020) emphasized the importance of early intervention and proper hoof care to prevent long-term complications. Additionally, studies on zoonotic diseases have indicated that some infectious agents affecting cattle can also pose risks to human health, especially in the case of poor biosecurity measures. The literature stresses the need for effective disease management protocols, including proper housing, hygiene, and the use of antibiotics in moderation. This article explores the anatomical and topographical features of the foot structure in cattle, their functional significance, and the scientific foundations of the movement mechanisms. This provides