JBT核心管理特刊。

S. Mische
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引用次数: 0

摘要

生物医学研究的进步主要是由技术的改进、创新和突破推动的,这是基础科学、临床前科学和临床科学之间日益复杂的合作。不幸的是,这种日益复杂的技术与不断增长的研究成本和不断缩减的联邦研究预算相关联。综上所述,这为投资核心设施提供了强有力的理由。核心并不新鲜,几十年来一直是研究领域的一部分。核心利用集中设施中的专业知识和最先进的技术,并以经济有效的方式支持机构研究。越来越多的人认识到,核心的集中管理确保了机构投资、财务和资源管理以及核心科学家的专业和职业发展的最佳实践。通过为整个研究社区提供最先进的仪器和多学科专业知识,集中化可以最大限度地提高机构的研究能力,建立一种与机构战略目标相结合的协作文化,并在竞争激烈的环境中取得成功。然而,要想取得成功,核心需要资助机构和合作伙伴发现机会并提供资金支持,科学家们拥抱团队科学,核心科学家们体现协作共享的精神,以及致力于实现这一目标的机构和政策。
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JBT Special Issue on Core Management.
Progress in biomedical research is largely driven by improvements, innovations, and breakthroughs in technology, an increasingly complex collaboration among basic, preclinical, and clinical science. Unfortunately, this increasing sophistication correlates with both growing research costs and a shrinking federal research budget. Taken together, it makes a strong argument for investing in core facilities. Cores are not new, having been a part of the research landscape for decades. Cores leverage expertise and state-of-the-art technology in centralized facilities and support institutional research in a cost-effective and efficient manner. There is a growing recognition that centralized administration of cores ensures best practices for institutional investment, financial and resource management, and core scientist professional and career development. Centralization maximizes institutional research capabilities by providing state-of-the-art instrumentation and multidisciplinary expertise for the entire research community, establishing a culture of collaboration integrated and aligned with institutional strategic goals and success in a highly competitive playground. However, to be successful, cores requires funding agencies and partners who identify opportunities and provide financial support, scientists who embrace team science, core scientists who personify the ethos of collaborative sharing, and committed institutions and policies that make it happen.
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Article Watch: July, 2024. Improved Yield of SPRI Beads-Based Size Selection in the Very High Molecular Weight Range. Protein Expression Autoinduction in a Cold-Shock Expression System in Escherichia coli. Article Watch: April, 2024. Core Exchange: A Professional Development Program for Shared Resource Personnel.
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