Supplement application for a CLARIOstar Plus microplate reader with six detection modalities
Supplement application for a CLARIOstar Plus microplate reader with six detection modalities
批准号:
10577405
负责人:
RAJAT ROHATGI
金额:
$10.88万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2016
资助国家:
美国
项目状态:
未结题
起止时间:
2016-07-01 至 2026-06-30
关键词:
Administrative SupplementAwardBiochemistryBiological AssayCell CommunicationCell NucleusCellsCellular AssayDegenerative DisorderDetectionErinaceidaeFluorescenceFluorescence PolarizationFundingGene ActivationGoalsKineticsLaboratoriesMaintenanceMalignant NeoplasmsMeasurementModalityMonitorNational Institute of General Medical SciencesPathway interactionsPerformanceProteinsReaderResearchResearch Project GrantsServicesSignal TransductionSpeedSystemTimeTissuesTrainingWNT Signaling PathwayWorkcost effectivedesigndevelopmental diseaseinstrumentluminescenceprogramsrepairedsmall moleculesmoothened signaling pathway
中文摘要
补充摘要
具有六种检测模式的APLIOstar Plus酶标仪的补充申请
这是一份行政补充申请书,用于购买一个MPLIOstar Plus多模式微孔板
作者:BMG Labtech XIOStar是一款高性能、中等通量的仪器,
环境控制,提供了一个统一的解决方案,以六种检测方式,在我们的日常使用
NIGMS资助的工作:UV/维斯吸光度,荧光,发光,荧光偏振,
时间分辨荧光和ALPHA测定。我之所以要求使用AZIOStar,是因为以下原因。(一)
它将取代我实验室里用于Hedgehog和WNT的坏掉的、有十年历史的酶标仪
我的NIGMS MIRA(R35 GM 118082)奖支持的所有项目的核心信号分析。(2)它将
通过加强我们的研究,推进我在2021年NIGMS R35/MIRA更新中概述的研究计划的目标。
能够通过环境控制、蛋白质-蛋白质和小分子-蛋白质进行活细胞测定
相互作用测量和动力学测量,所有这些都具有十倍的速度,灵敏度和动态
与我们以前的仪器相比。(3)具有这些能力的酶标仪目前还不
在斯坦福大学提供的成本效益的基础上,考虑到我们的密集使用需求。生物化学系
斯坦福大学的一个研究所将用仪器服务和放置微孔板的空间的资金来支持这次购买
读者总而言之,该卫星将加速我实验室的NIGMS资助的研究项目,
为从事这些项目的学员提供检测设计和优化方面的尖端培训。
英文摘要
Supplement Summary
Supplement application for a CLARIOstar Plus microplate reader with six detection modalities
This is an administrative supplement application for the purchase of a CLARIOstar Plus multi-mode microplate
reader from BMG Labtech. The CLARIOStar is a high-performance, medium-throughput instrument with
environmental control that provides a unifying solution to the six detection modalities used routinely in our
NIGMS-funded work: UV/Vis absorbance, fluorescence, luminescence, fluorescence polarization,
time-resolved fluorescence and ALPHA assays. I am requesting the CLARIOStar for the following reasons. (1)
It will replace a broken, decade-old microplate reader that is used in my laboratory for Hedgehog and WNT
signaling assays central to all the projects supported by my NIGMS MIRA (R35 GM118082) award. (2) It will
advance the goals of the research program outlined in my 2021 NIGMS R35/MIRA renewal by enhancing our
capability to perform live cell assays with environmental control, protein-protein and small molecule-protein
interaction measurements, and kinetic measurements, all with ten-fold higher speed, sensitivity and dynamic
range compared to our previous instrument. (3) A microplate reader with these capabilities is not presently
available at Stanford on a cost-effective basis given our intensive usage needs. The Biochemistry Department
at Stanford will support this purchase with both funds for instrument service and space to house the microplate
reader. In summary, the CLARIOstar will accelerate NIGMS-funded research projects in my laboratory and
provide cutting-edge training in assay design and optimization for trainees that work on these projects.
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