XXXX levels in the @entity7462 vary in different @entity2790 experimental models.

@entity1 @entity95 @entity7462 @entity2790 @entity842 @entity2747 @entity2297 @entity4023
This study investigated the relationships among intraocular pressure (IOP), @entity842 (NO) levels, and aqueous flow rates in experimental @entity2790 models. A total of 75 @entity95 were used. One of four different materials [i.e., a-chymotrypsin, latex microspheres (Polybead), red blood cell ghosts, or @entity4023 (Healon GV)] was injected into the eyes of the 15 animals in each experimental group; the remaining 15 @entity95 were reserved for a control group. The IOP changes in the five groups were recorded on postinduction Days 1-3, Day 7, Day 14, Day 30, Day 60, Day 90, and Day 120. On postinduction Day 7, the dynamics and NO levels in the @entity7462 were recorded. Significant IOP elevations were induced by a-chymotrypsin (p  <  0.01) and Polybead (p  <  0.01) on each postinduction day. In the red blood cell ghosts model, significant elevations (p  <  0.01) were found on postinduction Days 1-3; Healon GV significantly elevated IOP (p  <  0.01) on postinduction Day 1 and Day 2. On postinduction Day 7, the @entity7462 NO levels increased significantly in the models of a-chymotrypsin, Polybead, and red blood cell ghosts (all p  <  0.01), while the aqueous flow rates were significantly reduced in the models of a-chymotrypsin and Polybead (p  <  0.005). Persistent @entity2790 models were induced with a-chymotrypsin and Polybead in the @entity95 . The Polybead model exhibited the characteristic of an increased @entity7462 NO level, similar to @entity1 eyes with @entity2747 and @entity2297 .
