The effectiveness of movement or color has not been well studied in assessing stereopsis in @entity1 with strabismus. We developed a new stereotest equipped with both a monochromatic dynamic random dot stereogram (DRDS) and a @entity3641 ( @entity3641 ) and examined the stereopsis of @entity1 with strabismus. Three-dimensional (3D) images were displayed on a liquid crystal display equipped with a parallax barrier system, allowing 3D images to be seen independently by each eye without glasses. A DRDS with maximum disparity of 3200 seconds of arc was displayed having front-rear movement. An @entity3641 displaying cartoon characters with disparities of 400 seconds of arc was also tested and compared with the Titmus stereotest. A total of 52 strabismic @entity1 were tested. The DRDS showed a significantly higher (P = 0.02) detection rate of stereopsis (39/52, 75%) as compared with the Titmus @entity238 test (28/52, 54%). The @entity3641 did not show any difference in the stereopsis detection rate (24/521, 46%) when compared with the Titmus animal test (20/52, 38%). Thus, the DRDS was useful in detecting stereopsis in @entity1 without stereopsis on the conventional Titmus @entity238 test, while the @entity3641 did not show any difference when compared with the Titmus animal test. The DRDS may examine a different aspect of stereopsis from the static stereopsis measured by the Titmus stereotest or @entity3641 .

Use of dynamic and colored stereogram to measure stereopsis in strabismic XXXX .

@entity1 :: ('9606', 'Species') :: ['patients'] @entity3641 :: ('MESH:D003117', 'Disease') :: ['static-colored stereogram', 'SCS'] @entity238 :: ('7227', 'Species') :: ['fly']
@entity1 :: (9606,Species) :: ['patients']
