Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜,角膜层间注入菌,建立模型,并理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜会延迟视知觉，所以塑料透视镜会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论用角膜表层术可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

法用角膜表层术,向角膜层间注入菌,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑会延迟视知觉，所以塑透视会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表片术可以成功建菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表片术,向角膜间注入菌,建模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料片延迟视知觉，所以塑料透视我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成功建立浅层角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑镜片会延迟知觉，所以塑镜会让我们以某种错觉解释影子的动作。

Conclusion Rabbit fungal keratitis model of Candida albicans can be built successfully with epikeratophakia.

结论应用角膜表层镜片术可以成功建立浅层菌性角膜炎的兔动物模型。

Methods Fungi were injected into the space between cornea and corneal graft with epikeratophakia, and pathological characteristics was observed.

方法应用角膜表层镜片术,向角膜层间注入菌,建立模型,并进行病理研究。

The black plastic lens will delay visual sense of perception, so the plastic photoscope will make us explain the motion of the shadows in a way of a certain illusion.

黑色塑料镜片会延迟视知觉，所以塑料透视镜会让我们以某种错觉解释影子的动作。