BIOPHYSICAL MECHANISMS OF MUSCLE CONTRACTION
- Authors
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Ubaydullayeva Vazira Patchakhanovna
Tashkent State Medical University
Author
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Sabitova Tamanno Oybek qizi
1st-Year Students of General Medicine Tashkent State Medical University
Author
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Otamurodova Maftuna Shaymurod qiz
1st-Year Students of General Medicine Tashkent State Medical University
Author
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- Keywords:
- Muscle contraction; biophysics; actin–myosin interaction; contractile proteins; mechanochemical energy conversion; calcium regulation; sarcomere; action potential; neuromuscular transmission; cross-bridge cycle; contraction force; tetanic contraction; muscle biomechanics; molecular mechanisms; energy metabolism.
- Abstract
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In this article, muscle contraction is considered from a biophysical perspective as a complex process of converting chemical energy into mechanical work, carried out through the coordinated interaction of protein structures within muscle fibers. This process is of fundamental importance for understanding the mechanisms of motor activity, regulation of physiological functions, and adaptation to physical нагрузкам. The analysis of biophysical mechanisms of muscle contraction makes it possible to reveal the features of molecular interactions that determine the strength, speed, and stability of contractions in different types of muscle tissue.
- Downloads
- Published
- 2025-12-18
- Issue
- Vol. 1 No. 2 (2025)
- Section
- Articles
- License
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This work is licensed under a Creative Commons Attribution 4.0 International License.
