A skeletal muscle produces tension (also known as muscle force) when n terjemahan - A skeletal muscle produces tension (also known as muscle force) when n Bahasa Indonesia Bagaimana mengatakan

A skeletal muscle produces tension

A skeletal muscle produces tension (also known as muscle force) when nervous or electrical stimulation is applied. The force generated by a whole muscle reflects the number of active motor units at a given moment. A strong muscle contraction implies that many motor units are actived, with each unit developing its maximal tension, or force. A weak muscle contraction implies that fewer motor units still develops its maximal tension. By increasing the number of active motor units, we can produce a steady increase in muscle force, a process called motor unit recruitment.
Regardless of the number of motor units activated, a single stimulated contraction of whole skeletal muscle is called a muscle twitch. A tracing of a muscle twitch is divided into three phases : the latent period , the contraction phase, and the relaxaxion phase. The latent period is short period between the time of muscle stimulation and the beginning of a muscle response. Although no force is generated during this interval,chemical changes occur intracellularly in preparation for contraction (including the release of calcium from the sarcoplasmic reticulum). During the contraction phase, the myofilaments untilize the cross-bridge cycle and the muscle develops tension. The threshold voltage is the smallest stimulus required to induce an action potential in a muscle fiber’s plasma membrane , or sarcolemma. As the stimulus voltage to a muscle is increased beyond the threshold voltage. Maximal tension in the whole muscle occurs when all the muscle fibers have been activated by a sufficiently strong stimulus (referred to as the maximal voltage )
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A skeletal muscle produces tension (also known as muscle force) when nervous or electrical stimulation is applied. The force generated by a whole muscle reflects the number of active motor units at a given moment. A strong muscle contraction implies that many motor units are actived, with each unit developing its maximal tension, or force. A weak muscle contraction implies that fewer motor units still develops its maximal tension. By increasing the number of active motor units, we can produce a steady increase in muscle force, a process called motor unit recruitment.Regardless of the number of motor units activated, a single stimulated contraction of whole skeletal muscle is called a muscle twitch. A tracing of a muscle twitch is divided into three phases : the latent period , the contraction phase, and the relaxaxion phase. The latent period is short period between the time of muscle stimulation and the beginning of a muscle response. Although no force is generated during this interval,chemical changes occur intracellularly in preparation for contraction (including the release of calcium from the sarcoplasmic reticulum). During the contraction phase, the myofilaments untilize the cross-bridge cycle and the muscle develops tension. The threshold voltage is the smallest stimulus required to induce an action potential in a muscle fiber’s plasma membrane , or sarcolemma. As the stimulus voltage to a muscle is increased beyond the threshold voltage. Maximal tension in the whole muscle occurs when all the muscle fibers have been activated by a sufficiently strong stimulus (referred to as the maximal voltage )
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Sebuah otot rangka menghasilkan ketegangan (juga dikenal sebagai kekuatan otot) saat stimulasi saraf atau listrik diterapkan. Gaya yang dihasilkan oleh otot seluruh mencerminkan jumlah unit motor yang aktif pada saat tertentu. Sebuah kontraksi otot yang kuat menyiratkan bahwa banyak unit motor actived, dengan masing-masing unit mengembangkan ketegangan maksimal, atau kekuatannya. Sebuah kontraksi otot yang lemah menunjukkan bahwa unit motor yang lebih sedikit lagi mengembangkan ketegangan maksimal nya. Dengan meningkatkan jumlah unit motorik aktif, kita dapat menghasilkan peningkatan yang stabil dalam kekuatan otot, proses yang disebut unit motor perekrutan.
Terlepas dari jumlah unit motorik diaktifkan, kontraksi dirangsang tunggal seluruh otot rangka disebut kedutan otot. Sebuah penelusuran kedutan otot dibagi menjadi tiga tahap: periode laten, fase kontraksi, dan fase relaxaxion. Periode laten adalah waktu singkat antara waktu stimulasi otot dan awal respon otot. Meskipun tidak ada kekuatan yang dihasilkan selama interval ini, perubahan kimia terjadi intraseluler dalam persiapan untuk kontraksi (termasuk pelepasan kalsium dari retikulum sarkoplasma yang). Selama fase kontraksi, myofilaments untilize siklus lintas jembatan dan otot berkembang ketegangan. Tegangan ambang adalah stimulus terkecil yang diperlukan untuk menginduksi potensial aksi di membran plasma serat otot ini, atau sarcolemma. Sebagai tegangan stimulus untuk otot meningkat melampaui ambang tegangan. Ketegangan maksimal dalam seluruh otot terjadi ketika semua serat otot telah diaktifkan oleh stimulus yang cukup kuat (disebut sebagai tegangan maksimal)
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