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Re: Foresto T, Song I, Kim BS, Lim TH. 2018. Stabilization of the lumbar spine by spinal muscle forces producing compressive follower loads: 3-dimensional computational study

机译：Re：Foresto T，Song I，Kim BS，Lim Th。 2018年脊柱肌力稳定脊柱脊柱产生压缩从动轴承载荷：三维计算研究

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Ian A. F. Stokes; Mack G. Gardner-Morse;
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1. Re: Foresto T, Song I, Kim BS, Lim TH. 2018. Stabilization of the lumbar spine by spinal muscle forces producing compressive follower loads: 3-dimensional computational study [J] . Stokes Ian A. F., Gardner-Morse Mack G. Journal of orthopaedic research . 2018,第12期

机译：Re：Foresto T，Song I，Kim BS，Lim Th。 2018年脊柱肌力稳定脊柱脊柱，产生压缩从动轴承载荷：三维计算研究
2. Stabilization of the lumbar spine by spinal muscle forces producing compressive follower loads: 3-dimensional computational study [J] . Foresto Tianjiao, Song InO, Kim Byeong Sam, Journal of orthopaedic research . 2018,第11期

机译：脊髓肌力稳定脊柱脊柱产生压缩从动荷载量：三维计算研究
3. Spinal muscles can create compressive follower loads in the lumbar spine in a neutral standing posture. [J] . Han KS, Rohlmann A, Yang SJ, Medical engineering & physics. . 2011,第4期

机译：脊柱肌肉可以以中立的站立姿势在腰椎产生压迫跟随者负荷。
4. CAN SIMPLE TRUNK MUSCLE MODELS BALANCE AND STABILIZE LUMBAR SPINE DURING SUPPORT OF SYMMETRIC AND ASYMMETRIC LOADS? A FE MODEL STUDY [C] . A. Kiapour, A. Shirazi-Adl, M. Parnianpour ASME Bioengineering Conference . 2007

机译：在支持对称和不对称负荷的支持期间，简单的树干肌肉模型可以平衡和稳定腰椎吗？ FE模型研究
5. The Effect of Variations in the Strength and Type of Spinal Muscles on the Stabilization of the Lumbar Spine via Follower Compressive Load Mechanism. [D] . Song, Ino. 2017

机译：脊柱肌肉力量和类型的变化通过跟随者压缩负荷机制对腰椎稳定的影响。
6. The Changes in Range of Motion after a Lumbar Spinal Arthroplasty with Charité™ in the Human Cadaveric Spine under Physiologic Compressive Follower Preload : A Comparative Study between Load Control Protocol and Hybrid Protocol [O] . Se-Hoon Kim, Ung-Kyu Chang, Jae-Chil Chang, 2009

机译：生理性压迫跟随者预紧力对人尸体脊柱进行Charité™腰椎置换术后运动范围的变化：负荷控制方案与混合方案的比较研究
7. The Changes in Range of Motion after a Lumbar Spinal Arthroplasty with Charité™ in the Human Cadaveric Spine under Physiologic Compressive Follower Preload : A Comparative Study between Load Control Protocol and Hybrid Protocol [O] . Kim, Se-Hoon, Chang, Ung-Kyu, Chang, Jae-Chil, 2009

机译：生理性压迫跟随者预紧力对人尸体脊柱进行Charité™腰椎置换术后运动范围的变化：负荷控制方案与混合方案的比较研究

Re: Foresto T, Song I, Kim BS, Lim TH. 2018. Stabilization of the lumbar spine by spinal muscle forces producing compressive follower loads: 3-dimensional computational study

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