根据光化学原理，推测出在激光透明皮质乳化术中等离子体闪光破坏了蛋白质分子高级结构的次级键，使蛋白质分子结构伸展松散而分解的物理过程，分解产物携带过剩能量，互相凝聚，随机形成无序散漫结构，从而有可能解释激光致使晶状体透明皮质乳化混浊术中存在的延迟反应现象。 According to the photochemistry principle, it is inferred that in the process of laser transparent cortical emulsification, the plasma flash disrupts the secondary bonds of the high-order structure of the protein molecule and causes the molecular structure of the protein to expand and loosely decompose. The decomposition products carry excess energy, agglomerate with each other and randomly form Disorderly structure, which may explain the laser induced ophthalmic cortical opacification emulsification ophthalmology exists in the phenomenon of delayed response.