ERG antibody

视网膜电图（electroretinogram，ERG）

　　 为一个复合的电反应。引导的方法是将一个引导电极与角膜接触，将另一个面积较大的参照电极放在额部，当给视网膜以光刺激时，可在示波器上记录到一系列电变化，即视网膜电图。视网膜电图可分成几个部分，一个典型的视网膜电图如附图中的粗线所示。光刺激下，开始有一个小的负波（角膜为负），称 a波，然后出现一个正（角膜为正）的 b波。如刺激强度较大，则在 b波之后，还有一个上升较缓慢的正波（角膜为正），称 c波。在光刺激结束时，还会有一个角膜为正的向上突起，称 d波。据分析， a波主要

Functional Phenotyping of Mouse Models with ERG

processing, and during the follow-up of therapeutic interventions. Full-field electroretinography (ERG), yielding a sum response of event-related transient electrical activity of the entire retina to light stimulation, is widely applied in human

Generation of Antibody Molecules Through Antibody Engineering

been overcome to a large extent using genetic-engineering techniques to produce chimeric mouse/human and completely human antibodies. Such an approach is particularly suitable because of the domain structure of the antibody molecule ( 2 ), where functional