INTERFEROMETRIC EX VIVO EVALUATION OF THE SPATIAL CHANGES TO CORNEAL BIOMECHANICS INTRODUCED BY TOPOGRAPHIC CXL: A PILOT STUDY (vol 37, pg 263, 2021)

Wilson Abby; Jones John; Marshall John

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INTERFEROMETRIC EX VIVO EVALUATION OF THE SPATIAL CHANGES TO CORNEAL BIOMECHANICS INTRODUCED BY TOPOGRAPHIC CXL: A PILOT STUDY (vol 37, pg 263, 2021)

机译：干涉式exvivo通过地形CXL引入的角膜生物力学的空间变化评估：试验研究（Vol 37，PG 263,2021）

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《Journal of refractive surgery》 |2021年第5期|共1页
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Wilson Abby; Jones John; Marshall John;
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2. Interferometric Ex Vivo Evaluation of the Spatial Changes to Corneal Biomechanics Introduced by Topographic CXL: A Pilot Study [J] . Wilson Abby, Jones John, Marshall John Journal of refractive surgery . 2021,第4期

机译：干涉测量evivo对地形CXL引入的角膜生物力学的空间变化评估：试验研究
3. In-vivo corneal pulsation in relation to in-vivo intraocular pressure and corneal biomechanics assessed in-vitro. An animal pilot study [J] . Rogala Maja M., Danielewska Monika E., Antonczyk Agnieszka, Experimental Eye Research . 2017,第期

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6. Experimental and numerical investigation of temporal and spatial effects induced by motion and load in joint biomechanics: A study of joint loading in vivo, functional imaging, and finite element modeling with focus on articular cartilage. [D] . Gu, Xiang Ian. 2010

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7. An interferometric ex vivo study of corneal biomechanics under physiologically representative loading highlighting the role of the limbus in pressure compensation [O] . Abby Wilson, John Jones, John R. Tyrer, 2020

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8. Interferometric Ex Vivo Evaluation of the Spatial Changes to Corneal Biomechanics Introduced by Topographic CXL: A Pilot Study [O] . Abby Wilson, John Jones, John Marshall 2021

机译：干涉测量evivo对地形CXL引入的角膜生物力学的空间变化评价：试验研究

INTERFEROMETRIC EX VIVO EVALUATION OF THE SPATIAL CHANGES TO CORNEAL BIOMECHANICS INTRODUCED BY TOPOGRAPHIC CXL: A PILOT STUDY (vol 37, pg 263, 2021)

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