Compensatory mechanisms in XXXX .

@entity1 @entity5971 @entity911 @entity9529 @entity346
@entity9529 may occur in a manifest or latent form. Since most @entity1 with @entity346 also have @entity346 with both eyes open (manifest @entity346 ), differentiation between these two entities frequently requires electronystagmographic wave form analysis. Such analysis shows distinctive characteristics for manifest and latent or manifest latent @entity9529 , suggesting different origins. Several compensation mechanisms exist by which @entity9529 is decreased and visual acuity improved. For @entity346 , these mechanisms include version or convergence innervation or a rest point between primary position and maximal lateroversion. In latent or manifest @entity346 , the @entity346 decreases when the fixating eye is adducted. @entity1 with manifest @entity9529 may use several of these compensation strategies. Because of the difficulties involved in distinguishing between manifest and manifest @entity346 without electronystagmography, @entity911 has arisen regarding the etiologic relationship between @entity9529 and @entity5971 . Such relationship clearly exists in some @entity1 with @entity346 and convergence dampening. However, in most @entity1 with @entity5971 and @entity9529 , the @entity346 is latent or manifest latent and there is no evidence of a causal relationship between these two entities.
