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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Trans Am Ophthalmol Soc. 1977;75:436-455.

A series of rabbits have been operated upon utilizing two extracapsular techniques. An intraocular lens cast from several silicone materials was placed in each eye with the exception of one (number 9). 2. The eyes from these animals have been evaluated by clinical and microscopic techniques (including scanning electron microscopy). 3. From this limited study, it would appear that an intraocular lens made from cast silicone does not remarkably affect the physiological function of the rabbit eye. 4. Electron microscopic studies on some of the lenses in this series indicates no particular cellular reaction to or upon these lenses evaluated by this technique.

一系列兔子接受了两种囊外技术的手术。除一只兔子（编号9）外，每只眼睛都植入了由几种硅酮材料铸造的人工晶状体。2. 已通过临床和显微镜技术（包括扫描电子显微镜）对这些动物的眼睛进行了评估。3. 从这项有限的研究来看，由铸造硅酮制成的人工晶状体似乎不会显著影响兔眼的生理功能。4. 对该系列中一些晶状体的电子显微镜研究表明，通过该技术评估，这些晶状体未引发特殊的细胞反应。

Trans Am Ophthalmol Soc. 1977;75:436-455.

A series of rabbits have been operated upon utilizing two extracapsular techniques. An intraocular lens cast from several silicone materials was placed in each eye with the exception of one (number 9). 2. The eyes from these animals have been evaluated by clinical and microscopic techniques (including scanning electron microscopy). 3. From this limited study, it would appear that an intraocular lens made from cast silicone does not remarkably affect the physiological function of the rabbit eye. 4. Electron microscopic studies on some of the lenses in this series indicates no particular cellular reaction to or upon these lenses evaluated by this technique.

一系列兔子接受了两种囊外技术的手术。除一只兔子（编号9）外，每只眼睛都植入了由几种硅酮材料铸造的人工晶状体。2. 已通过临床和显微镜技术（包括扫描电子显微镜）对这些动物的眼睛进行了评估。3. 从这项有限的研究来看，由铸造硅酮制成的人工晶状体似乎不会显著影响兔眼的生理功能。4. 对该系列中一些晶状体的电子显微镜研究表明，通过该技术评估，这些晶状体未引发特殊的细胞反应。