广东医学
廣東醫學
엄동의학
GUNAGDONG MEDICAL JOURNAL
2010年
1期
66-68
,共3页
黄志杰%姚秀琼%欧阳健明%梁蔚波
黃誌傑%姚秀瓊%歐暘健明%樑蔚波
황지걸%요수경%구양건명%량위파
泌尿系结石%纳米微晶%Zeta电位
泌尿繫結石%納米微晶%Zeta電位
비뇨계결석%납미미정%Zeta전위
urinary stone%nanocrystallite%zeta potential
目的 分析近年来珠江三角洲地区泌尿系结石患者的结石组分和尿微晶性质,期望为尿石症的预防和治疗提供启示.方法 采用X射线衍射(XRD)和傅立叶变换红外光谱(FT-IR)对随机抽样的30例结石样本进行联合分析;同时采用纳米粒度仪研究尿石症患者尿液中纳米微晶的平均粒径、粒度分布、多分散系数(PDI)和Zeta电位等性质,并与健康对照者进行比较.结果 珠江三角洲地区泌尿系结石以草酸钙结石为主,占76.6%;其次为尿酸结石,占16.7%;磷酸钙结石约占6.7%.尿石症患者尿微晶的平均粒径、粒度分布、多分散系数(PDI)和Zeta电位与健康对照者比较差异有统计学意义.结论 草酸钙、尿酸和磷酸钙构成了珠江三角洲地区泌尿系结石的主要成分;尿石症患者和健康对照者尿微晶在平均粒径、粒度分布、多分散系数(PDI)和Zeta电位等方面性质的差异使得正常人不容易得结石.
目的 分析近年來珠江三角洲地區泌尿繫結石患者的結石組分和尿微晶性質,期望為尿石癥的預防和治療提供啟示.方法 採用X射線衍射(XRD)和傅立葉變換紅外光譜(FT-IR)對隨機抽樣的30例結石樣本進行聯閤分析;同時採用納米粒度儀研究尿石癥患者尿液中納米微晶的平均粒徑、粒度分佈、多分散繫數(PDI)和Zeta電位等性質,併與健康對照者進行比較.結果 珠江三角洲地區泌尿繫結石以草痠鈣結石為主,佔76.6%;其次為尿痠結石,佔16.7%;燐痠鈣結石約佔6.7%.尿石癥患者尿微晶的平均粒徑、粒度分佈、多分散繫數(PDI)和Zeta電位與健康對照者比較差異有統計學意義.結論 草痠鈣、尿痠和燐痠鈣構成瞭珠江三角洲地區泌尿繫結石的主要成分;尿石癥患者和健康對照者尿微晶在平均粒徑、粒度分佈、多分散繫數(PDI)和Zeta電位等方麵性質的差異使得正常人不容易得結石.
목적 분석근년래주강삼각주지구비뇨계결석환자적결석조분화뇨미정성질,기망위뇨석증적예방화치료제공계시.방법 채용X사선연사(XRD)화부립협변환홍외광보(FT-IR)대수궤추양적30례결석양본진행연합분석;동시채용납미립도의연구뇨석증환자뇨액중납미미정적평균립경、립도분포、다분산계수(PDI)화Zeta전위등성질,병여건강대조자진행비교.결과 주강삼각주지구비뇨계결석이초산개결석위주,점76.6%;기차위뇨산결석,점16.7%;린산개결석약점6.7%.뇨석증환자뇨미정적평균립경、립도분포、다분산계수(PDI)화Zeta전위여건강대조자비교차이유통계학의의.결론 초산개、뇨산화린산개구성료주강삼각주지구비뇨계결석적주요성분;뇨석증환자화건강대조자뇨미정재평균립경、립도분포、다분산계수(PDI)화Zeta전위등방면성질적차이사득정상인불용역득결석.
Objective To seek the methods in the prevention and treatment of urinary stones, stone composition and the property of urinary crystallites of lithogenic patients in Pearl River Delta area in recent years were analyzed. Methods Thirty random stone samples were investigated by XRD and FT-IR method. The mean diameter, particle size distribution, polydispersity index(PDI) and Zeta potential of urinary nanocrystallites in lithogenic urines were investigated in nanoparticle size analyzer and were compared with those in healthy subjects. Results Calcium oxalate stone was the main urinary stones in Pearl River Delta area, which accounting for 76.6%, and followed by uric acid and calcium phosphate stones, which accounting for 16.7% and 6.7%, respectively. In urinary nanocrystallites, there was significant difference between lithogenic subjects and healthy subjects in mean diameter, particle size distribution, polydispersity index (PDI) and Zeta potential. Conclusion Calcium oxalate, uric acid, and calcium phosphate were the main constituents of urinary stones in Pearl River Delta area. The right mean diameter, particle size distribution, PDI and Zeta potential of urinary nanocrystallites prevent healthy subjects from lithangiuria.