Macromolecular Interaction Core
Macromolecular Interaction Core
批准号:
8242738
负责人:
PAUL L FOX
金额:
$26.11万
依托单位国家:
美国
项目类别:
财政年份:
2011
资助国家:
美国
项目状态:
已结题
起止时间:
2011-04-01 至 2014-03-31
关键词:
Adventitious TissueAortaAreaAtherosclerosisBiological AssayBlood VesselsCellsCollaborationsCore FacilityDataFast GreenFormalinFreezingGelatinGreen SHeartHematoxylinHuman ResourcesIn SituIndividualInflammatory ResponseLaboratoriesLearningLesionLipidsLipoproteinsLocationMicroscopeMusPerfusionPhosphate BufferPlant RootsPreparationProtocols documentationResearch PersonnelSalineSlideStaining methodStainsStandardizationSurfaceThickThoracic aortaTissuesTrainingTransgenic MiceWorkabdominal aortaaortic archinvestigator trainingmouse modeloil red O
中文摘要
动脉粥样硬化和脂蛋白分析核心设施的范围是定量评估小鼠模型中两个位置的动脉粥样硬化病变区域。对于主动脉根部试验,每个研究者只负责提供用10%磷酸盐缓冲福尔马林盐水灌注的切除心脏。然后,Core人员将:1)将心脏嵌入明胶中,2)在OCT中冷冻明胶块,3)准备5张载玻片,每张载玻片包含4张12.5微米厚的切片,覆盖主动脉根部的前500微米,4)用油红O、苏木精和快绿染色载玻片,5)定量一张载玻片上的病变区域
英文摘要
The scope of the Atherosclerosis and Lipoprotein Analysis Core facility is the quantitative assessment of atherosclerosis lesion areas at two locations in mouse models. For the aortic root assay, each individual investigator is only responsible for providing the excised saline-perfused heart in 10% phosphate buffered formalin. The Core personnel will then: 1) embed the heart in gelatin, 2) freeze the gelatin block in OCT, 3) prepare 5 slides containing four 12.5 micron thick sections each, that cover the first 500 microns of the aortic root, 4) stain the slides in oil red O, hematoxylin, and fast green, and 5) quantitate the lesion areas on one
section per slide and calculate the mean lesion are per section. For the en face assay, the Core will provide a trained technologist to work under the project leader's approved protocol to: 1) anesthetize the mice, 2) perform saline perfusion, which euthanizes the mouse by exsanguination, 3) dissect the mouse to display the mouse aorta in situ, 4) remove the aorta and trim off adventitial tissue, 5) cut the aorta longitudinally and fix it flattened between two microscope slides, 6) stain the aorta with oil red O, 7) mount the aorta on a microscope
slide, and 8) quantify the % surface lesion area in the entire aorta, as well as in the regions of the aortic arch, and thoracic and abdominal aortas.
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会议论文
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依托单位:
海外基金