骨骼肌佔總體重的40％，主要由分化的肌纖維組成，這些肌纖維不可逆地離開

骨骼肌佔總體重的40％，主要由分化的肌纖維組成，這些肌纖維不可逆地離開了細胞週期。成年肌肉受傷後，常為靜止狀態的常駐幹（衛星）細胞（SC）[1]重新進入細胞週期並產生成肌細胞，將參與肌原纖維的重建或修復。眾所周知，骨骼肌組織具有內在的顯著再生潛能，但是，在嚴重和長期的損傷情況下，這種潛能會受到損害。特別是，據報導骨骼肌組織能夠補償高達20％的肌肉質量損失，但超過該閾值，就無法實現天然肌肉組織結構和功能的恢復[2]

結果 (英文) 1:

40% of total weight of the skeletal muscles, mainly differentiated muscle fibers, muscle fibers which irreversibly leave the cell cycle. Adult muscle injury, often resting state of permanent dry (satellite) cells (SC) [1] to re-enter the cell cycle and produce myoblasts, will participate in the reconstruction or repair of muscle fibrils. As we all know, skeletal muscle tissue has significant intrinsic regenerative potential, but in severe and long-term damage, this potential may be damaged. In particular, it is reported in skeletal muscle can compensate for up to 20 percent of muscle mass loss, but more than the threshold value, it is not possible to restore the structure and function of natural muscle [2]

結果 (英文) 2:

Skeletal muscles account for 40% of the total body weight and are mainly composed of differentiated muscle fibers, which irreversibly leave the cell cycle. After the injury of the adult muscles, the resident dry (satellite) cells (SCs) that are often stationary re-enter the cell cycle and produce myoblasts, which will participate in the reconstruction or repair of myogen fibers. Skeletal muscle tissue is known to have significant intrinsic regenerative potential, but in the case of severe and long-term injury, this potential can be impaired. In particular, skeletal muscle tissue is reported to compensate for up to 20% of muscle mass loss, but beyond this threshold, natural muscle tissue and function cannot be recovered.

結果 (英文) 3:

Skeletal muscle accounts for 40% of the total body weight and is mainly composed of differentiated muscle fibers, which leave the cell cycle irreversibly. After adult muscle injury, resident stem (satellite) cells (SC) [1], which are usually at rest, re-enter the cell cycle and generate myocytes, which will participate in the reconstruction or repair of myofibrils. As we all know, skeletal muscle tissue has an intrinsic significant regenerative potential, but in the case of serious and long-term injury, this potential will be damaged. In particular, it has been reported that skeletal muscle tissue can compensate up to 20% of muscle mass loss, but beyond this threshold, the recovery of natural muscle tissue structure and function cannot be achieved [2]