This comprehensive article explores the classification of muscles, offering a detailed examination of the major types based on structure, function, and arrangement. It delves into skeletal muscles, responsible for voluntary movements; smooth muscles, governing involuntary actions; and cardiac muscles, essential for maintaining heart function. The structural classification covers parallel, pennate, and convergent muscles, elucidating their unique features and applications. Additionally, the functional classification categorizes muscles as prime movers, antagonists, synergists, and fixators, providing insights into their roles during movement. The article emphasizes the clinical significance of understanding muscle classification in fields like physical therapy and sports science. Overall, it serves as a comprehensive guide for readers seeking a nuanced understanding of the diverse world of muscles.
This comprehensive article explores the classification of muscles, offering a detailed examination of the major types based on structure, function, and arrangement. It delves into skeletal muscles, responsible for voluntary movements; smooth muscles, governing involuntary actions; and cardiac muscles, essential for maintaining heart function. The structural classification covers parallel, pennate, and convergent muscles, elucidating their unique features and applications. Additionally, the functional classification categorizes muscles as prime movers, antagonists, synergists, and fixators, providing insights into their roles during movement. The article emphasizes the clinical significance of understanding muscle classification in fields like physical therapy and sports science. Overall, it serves as a comprehensive guide for readers seeking a nuanced understanding of the diverse world of muscles.
| № | Author name | position | Name of organisation |
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| 1 | Djuraeva B.G. | !! | !! |
| 2 | Abdukhalilov J.. | !! | !! |
| 3 | Abdusaminov S.. | !! | !! |
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