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To explore the binocular disparity information for children with a normal vision based on computer-assisted evaluation system.We examined the random dot zero-order disparity,line zero-order disparity,2nd-order disparity and random dot motion parallax for 97 children with normal vision.And 94 children reached 100″ vision disparity both in random dot zero-order disparity and line zero-order disparity (pass rate of 96.9％) ; all 94 cases passed the 2nd-order disparity and random dot motion parallax.Thus children with a normal vision develop their stereopsis.
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to observe the infarction volume.Nitrate reductase assay was used to detect the level of NO in brain tissue of the rats.The level of S100βin brain was detected by ELISA method.Results Compared with model group,the brain infarction volumes of the rats 24 and 72 h after cerebral ischemia reperfusion in curcumin group were significantly decreased (P<0.05).Compared with sham operation group,the NO and S100βlevels in the brain tissue 24 and 72 h after cerebral ischemia reperfusion of the rats in model group were significantly increased(P<0.05);compared with model group,the levels of NO in the brain tissue 24 and 72 h after cerebral ischemia reperfusion in curcumin group were remarkably decreased (P<0.05);compared with modee group,the level of S100βin the brain tissue 72 h after cerebral iscemia reperfusion in curcumin group was remarkably decreased (P < 0.05 ). Conclusion Curcumin can significantly reduce the degree of ischemia reperfusion injury in the rats and reduce the levels of NO and S100βin brain tissue,which suggests that the decrease of NO and S100βlevels in brain tissue may be associated with the neuroprotective effect of curcumin.
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OBJECTIVE:To promote rational drug use for gestational women. METHODS: Gestational women' medication status and demand were analyzed and they were provided with guidance on correct medication. RESULTS & CONCLUSION: The pharmaceutical care service provided for gestational women can prevent drug-induced physical impairment on fetus and mother,which is of great importance for improving gestational quality and reducing birth defects.
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Objective To investigate the difference between contrast sensitivity,noise and crowding phenomenon in normal and ametropic amblyopia children. Design Prospective case series. Participants 50 normal children and 50 ametropic amblyopia children. Method Using the noise visual acuity test chart,crowded visual acuity chart and contrast sensitivity visual chart of the visual perception system developed by the National Medical Care Apparatus Engineering Research Center,normal and ametropic amblyopia children were examined in Beijing Tongren Hospital. Main Outcome Measures The number and the constituent ratio of normal and abnormal children in contrast sensitivity,noise and crowding phenomenon. Results The abnormal results of contrast sensitivity in ametropic amblyopia children and normal children were 60 eyes (60%) and 15 eyes (15%) respectively; the abnormal result of noise visual acuity were 62 eyes (62%) and 30 eyes (30%) respectively; the crowded visual acuity were 56 eyes (56%) and 0 eye respectively (all P=0.000). In mild,moderate and severe ametropic amblyopia children,the abnormal results of contrast sensitivity were 32 eyes (51.61%),20 eyes (66.67%) and 8 eyes (100%) respectively (P=0.005),the abnormal results of crowding phenomenon were 30 eyes (48.39%),18 eyes (60%) and 8 eyes (100%) respectively (P=0.010),the abnormal results of noise were 39 eyes (69.90%),18 eyes (60.00%) and 5 eyes (62.5%) respectively (P=0.868). In mild,moderate and severe refractive error children,the abnormal results of contract sensitivity were 33 eyes (70.21%),9 eyes (34.12%) and 17 eyes (62.96%) respectively (P=0.011),the abnormal results of noise were 30 eyes (63.83%),15 eyes (57.69%) and 17 eyes (62.96%) respectively (P=0.868),the abnormal results of crowding phenomenon were 30 eyes (63.83%),11 eyes (42.31%) and 17 eyes (62.96%) respectively (P=0.172). Conclusion Contrast sensitivity,noise and crowding phenomenon in visual perception tests can be used to estimate the impairment of visual perception in amblyopia children.