世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2013年
3期
509-514
,共6页
王长梅%韦英杰%贾晓斌%蔡雪婷%孙娥%宋捷
王長梅%韋英傑%賈曉斌%蔡雪婷%孫娥%宋捷
왕장매%위영걸%가효빈%채설정%손아%송첩
斑马鱼%泼尼松龙%骨质疏松%鲑鱼降钙素%依替膦酸二钠
斑馬魚%潑尼鬆龍%骨質疏鬆%鮭魚降鈣素%依替膦痠二鈉
반마어%발니송룡%골질소송%해어강개소%의체련산이납
Zebrafish%prednisolone%osteoporosis%salmon calcitonin%etidronate disodium
本文首次采用斑马鱼为模型动物,以糖皮质激素泼尼松龙为造模用药,建立一种快速、高效的骨质疏松新动物模型。选用受精后4 d或5 d的幼鱼暴露于不同浓度泼尼松龙溶液中,同时设0.5%DMSO溶媒阴性对照组,28.5益下在24孔板中培养5 d,至斑马鱼颅骨形成。采用茜素红对培养至9 d或10 d的斑马鱼骨骼进行染色,以显微检测、数码成像方法定量分析骨骼染色区域。与溶媒阴性对照组相比,2.5,10,25滋mol?L-1泼尼松龙组的斑马鱼骨骼染色面积和染色光密度值显著减少,提示泼尼松龙使斑马鱼骨骼矿化量和骨密度显著降低,成功诱导斑马鱼骨质疏松。并用该模型成功验证鲑鱼降钙素和依替膦酸二钠防治骨质疏松的作用。
本文首次採用斑馬魚為模型動物,以糖皮質激素潑尼鬆龍為造模用藥,建立一種快速、高效的骨質疏鬆新動物模型。選用受精後4 d或5 d的幼魚暴露于不同濃度潑尼鬆龍溶液中,同時設0.5%DMSO溶媒陰性對照組,28.5益下在24孔闆中培養5 d,至斑馬魚顱骨形成。採用茜素紅對培養至9 d或10 d的斑馬魚骨骼進行染色,以顯微檢測、數碼成像方法定量分析骨骼染色區域。與溶媒陰性對照組相比,2.5,10,25滋mol?L-1潑尼鬆龍組的斑馬魚骨骼染色麵積和染色光密度值顯著減少,提示潑尼鬆龍使斑馬魚骨骼礦化量和骨密度顯著降低,成功誘導斑馬魚骨質疏鬆。併用該模型成功驗證鮭魚降鈣素和依替膦痠二鈉防治骨質疏鬆的作用。
본문수차채용반마어위모형동물,이당피질격소발니송룡위조모용약,건립일충쾌속、고효적골질소송신동물모형。선용수정후4 d혹5 d적유어폭로우불동농도발니송룡용액중,동시설0.5%DMSO용매음성대조조,28.5익하재24공판중배양5 d,지반마어로골형성。채용천소홍대배양지9 d혹10 d적반마어골격진행염색,이현미검측、수마성상방법정량분석골격염색구역。여용매음성대조조상비,2.5,10,25자mol?L-1발니송룡조적반마어골격염색면적화염색광밀도치현저감소,제시발니송룡사반마어골격광화량화골밀도현저강저,성공유도반마어골질소송。병용해모형성공험증해어강개소화의체련산이납방치골질소송적작용。
Zebrafish was selected as model animal, and glucocorticoid prednisolone was used as a model com-pound to develop a rapid and high efficient osteoporosis novel model. A 5-day exposure was given to a series of prednisolone solutions with a range of concentration starting from either 4 days post fertilization (dpf) or 5 dpf. And 0.5% DMSO was selected as the negative solvent control group. All groups were incubated in 24-well plates (28.5℃). Zebrafish at 9 dpf or 10 dpf were stained with alizarin red. Quantitative analysis of the stained area was performed by microscopic inspection and digital imaging methods to reflect the amount of bone mineralization. And the results showed that the prednisolone group at the concentration of 2.5 μmol?L-1, 10 μmol?L-1 and 25μmol?L-1 can obviously decrease the staining area and the staining optical density values when compared with the negative solvent control group (0.5% DMSO), which suggested that prednisolone can significantly reduce the ze-brafish mineralized bone and the bone mineral density. Therefore, osteoporosis model using zebrafish induced by prednisolone was successfully developed. In addition, zebrafish osteoporosis model was successfully used to verify the effect of salmon calcitonin and etidronate disodium in the prevention of osteoporosis.