It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部动物不同，它是一种大形的无颞窝动物，它靠身子下面的脚来支撑它庞大的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之无水晶症病患的功能性视力改善，是一项极佳之选。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部分爬行动物不同，它是一种大形无颞窝爬行动物，它靠身子脚来它庞大身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊之无水晶症病患功能性视力改善，是一项极佳之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部分爬行动物不同，它是一种大形的无颞窝爬行动物，它靠身子下面的脚来支撑它庞大的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预，经巩膜固定房人工水晶体术，对缺乏囊袋支撑之无水晶症病患的功能性视力改善，是一项极佳之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

部分爬行动物不同，它是一种形的无颞窝爬行动物，它靠身子下面的脚来支撑它庞的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之无水晶症病患的功能性视力改善，是一项极佳之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和部分爬行动物不同，它形的无颞窝爬行动物，它靠身子下面的脚来支撑它庞的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之无水晶症病患的功能性视力，项极佳之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部动物不同，它是一种大形的无颞窝动物，它靠身子下面的脚来支撑它庞大的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之无水晶症病患的功能性视力改善，是一项极佳之选。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部分爬行动物不同，它是一种大形无颞窝爬行动物，它靠身子下面支撑它庞大身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预结，显示经巩膜固定房人工水晶体术，对缺乏支撑之无水晶症病患功能性视力改善，是一项极佳之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部分爬行动物，是一种大形的无颞窝爬行动物，靠身子下面的脚来支撑庞大的身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患视力预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之无水晶症病患的功能性视力改善，是一之选择。

It was a large anapsid reptile that, unlike most reptiles, held its legs underneath its body to support its great weight.

和大部分爬行动物不同，它是一种大颞窝爬行动物，它靠身子下面脚来支撑它庞大身躯。

From the visual prognosis of our series, transscleral fixation of posterior chamber lens appears to be a viable alternative to improve functional visual acuity in acapsular aphakic patients.

由本篇病患预后结，显示经巩膜固定后房人工水晶体术，对缺乏后囊袋支撑之水晶症病患功能改善，是一项极佳之选择。