Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状体离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力的原因主要有成岩用、热力用、生化用、用、渗及流体密度差异用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

液和用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜患者体内增多，腹膜清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察肾康注射液治疗慢性肾功能衰竭的疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜是通过腹膜这层天然的生物膜，腹中的腹液和腹膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期患者接受腹膜治疗，约占人口总数的15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目探讨超声生物显微镜(UBM)在挫伤性睫状体离诊断和治疗中临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力原因主要有成岩作用、热力作用、生化作用、构造作用、渗析及流体密度差异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

透析液和透析用水、B液、软水口、配液容器培养出菌和条件。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目观察肾康注射液治疗慢性肾功能衰竭疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液透析提供一个好方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜透析是通过腹膜这层天然生物膜，腹腔中腹透液和腹膜毛细血管内血液之间进行水和溶质转运与交换过程。目前全世界约有10万名终末期透析患者接受腹膜透析治疗，约占透析人口总数15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状体离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力的原因主要有成岩作、热力作、生化作、构造作、及流体密度差异作等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

液和水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在膜患者体内增多，膜清除效果差，且可能影响膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察肾康注射液治疗慢性肾功能衰竭的疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

膜是通过膜这层天然的生物膜，腔中的液和膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期患者接受膜治疗，约占人口总数的15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力的原因主要有成岩作、热力作、生化作、构造作、渗析及流差异作等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

透析液和透析水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察肾康注射液治疗慢性肾功能衰竭的疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液透析提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜透析是通过腹膜这层天然的生物膜，腹腔中的腹透液和腹膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期透析患者接受腹膜透析治疗，约占透析人口总数的15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状体离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形异常地层压力的原因主要有作用、热力作用、生化作用、构造作用、及流体密度差异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

液和用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜患者体内增多，腹膜清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察肾康注射液治疗慢性肾功能衰竭的疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜是通过腹膜这层天然的生物膜，腹腔中的腹液和腹膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期患者接受腹膜治疗，约占人口总数的15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目探讨超声生物显微镜(UBM)在挫伤性睫诊断和治疗中临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力原因主要有成岩作用、热力作用、生化作用、构造作用、渗析及流密度差异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

透析液和透析用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目观察肾康注射液治疗慢性肾功能衰竭疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液透析提供一个好方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜透析是通过腹膜这层天然生物膜，腹腔中腹透液和腹膜毛细血管内血液之间进行水和溶质转运与交换过程。目前全世界约有10万名终末期透析患者接受腹膜透析治疗，约占透析人口总数15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状体离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力的原因主要有成岩作用、热力作用、生化作用、构造作用、渗及流体密度异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

液和用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜患者体内增多，腹膜清除，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察肾康注射液治疗慢性肾功能衰竭的疗,为控制慢性肾衰患者肾衰进程而延缓进行血液提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜是通过腹膜这层天然的生物膜，腹腔中的腹液和腹膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期患者接受腹膜治疗，约占人口总数的15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目探讨超声生物显微镜(UBM)在挫伤性睫状体离诊断和治疗中临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力主要有成岩作用、热力作用、生化作用、构造作用、渗析及流体密度差异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

透析液和透析用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目观察肾康注射液治疗慢性肾功能衰竭疗效,为控制慢性肾衰患者肾衰进程而延缓进行血液透析提供一个好方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜透析是通过腹膜这层天然生物膜，腹腔中腹透液和腹膜毛细血管内血液之间进行水和溶质转运与交换过程。目前全世界约有10万名终末期透析患者接受腹膜透析治疗，约占透析人口总数15%。

Objective To explore the value of ultrasound biomicroscope (UBM) in diagnosis and treatment of ciliary body dialysis.

摘要目的探讨超声生物显微镜(UBM)在挫伤性睫状体离的诊断和治疗中的临床意义。

The reasons forming abnormal formation pressure mainly includes digenesis, thermogenesis, biochemical action, tectonic action, dialysis, and fluid density difference action.

形成异常地层压力的原因主要有成岩作用、热力作用、生作用、构造作用、渗析及流体密度差异作用等。

The pathopoiesis bacteria and pathopoiesis bacteria in condition were identified in dialysis fluid,fluid B.offlake of soft water and preparing container.

透析液和透析用水、B液、软水口、配液容器培养出致病菌和条件致病茵。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective To investingate the clinical effect of Shenkang injection in treating chronic renal failure and control process of it,slowing down and decreasing the numbers of dialyses.

目的观察康注射液治疗慢性功能衰竭的疗效,为控制慢性衰患者衰进程而延缓进行血液透析提供一个好的方法。

At present, all over the world, about one hundred thousand uraemic patients, which is about 15 precent of the total dialysis population are accepting peritoneal dialysis treatment.

腹膜透析是通过腹膜这层天然的生物膜，腹腔中的腹透液和腹膜毛细血管内的血液之间进行水和溶质转运与交换的过程。目前全世界约有10万名终末期透析患者接受腹膜透析治疗，约占透析人口总数的15%。