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中文摘要
翻译
行政核心:项目总结 由马歇尔·斯托勒博士和他的副主任Pankaj Kapahi博士和 Thomas Chii将负责创建一个跨学科的预防复发中心 肾结石。行政核心将在团队成员之间进行协调,以确保顺利 项目的进展情况。行政核心将创造一种跨学科的氛围,因此调查人员 来自不同学科,包括人类临床医生、苍蝇遗传学家、生理学家、兽医和模型医生 开发人员可以无缝地工作以实现他们的目标。将通过电子邮件和 安排好的会议。该管理核心将确保各方(不同的)之间的沟通 学科和地点)以合作、协作和富有成效的方式进行,目的是创造协同效应 互动。管理核心的关键目的是维持一个在 具有凝聚力、尊重和诚实的风尚,并将其研究结果传播给广大科学界。三人组 行政核心的主要目标将包括:1)建立跨学科中心;2)确保 有效管理中心内的资源;以及3)与更广泛的研究发展互动 社区。行政核心将促进乔治·M·马歇尔委员会其他成员之间的沟通。 奥布莱恩泌尿外科中心通过合作和各种泌尿外科会议。它也会带来发散 高中,大学,医学和硕士学生,泌尿外科和非泌尿外科住院医师小组, 博士后研究员、协调员、数学建模人员和各种主要研究人员一起组成了一个 协调一致的工作组,以了解所涉及的多个方面,以更好地了解和帮助防止 复发性结石病。
英文摘要
ADMINISTRATIVE CORE: PROJECT SUMMARY The Administrative core directed by Dr. Marshall Stoller and his associate directors Drs. Pankaj Kapahi and Thomas Chi will be responsible for creating an interdisciplinary center for prevention of recurrent nephrolithiasis. The Administrative core will coordinate between the members of the team to ensure smooth progress of the project. The Administrative core will create an interdisciplinary atmosphere so investigators from varied disciplines including, human clinicians, fly geneticists, physiologists, veterinarian and model developers can work seamlessly to achieve their aims. Consistent communication will occur via email and scheduled meetings. This Administrative core will ensure communication between all parties (of disparate disciplines and locations) in a collegial, collaborative and productive manner with an aim to create synergistic interactions. The critical purpose of the Administrative Core is to maintain an integrated team working in a cohesive, respectful, and honest fashion, and disperse its findings to the scientific community at large. The 3 major aims of the Administrative core will include: 1) establishing an interdisciplinary center; 2) ensuring efficient management of resources within the center; and 3) developing interactions with the wider research community. The Administrative Core will facilitate communication between other members of the George M. O’Brien Urology Centers through collaborations and various urology meetings. It will also bring divergent groups of high school, college, medical and Master’s students, urologic and non-urologic medical residents, post-doctoral fellows, coordinators, mathematical modelers, and various principal investigators together into a coherent working group to understand the multiple facets involved to better understand and to help prevent recurrent stone disease.
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A Drosophila Model Investigates the Role of Metals in Initiating Urinary Stones
A Drosophila Model Investigates the Role of Metals in Initiating Urinary Stones
Optimizing Kidney Stone Management Using Metallomics and Metabolomics
Optimizing Kidney Stone Management Using Metallomics and Metabolomics
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