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生物技术核心设施:趋势与更新

Biotechnology core facilities: trends and update.

作者信息

Ivanetich K M, Niece R L, Rohde M, Fowler E, Hayes T K

机构信息

Biomolecular Resource Center, University of California, San Francisco 94143-0541.

出版信息

FASEB J. 1993 Sep;7(12):1109-14. doi: 10.1096/fasebj.7.12.8375609.

DOI:10.1096/fasebj.7.12.8375609
PMID:8375609
Abstract

A survey of 128 biotechnology core facilities has provided data on the finances, services, space requirements, and personnel. An average facility had four full-time personnel and 7.5 major instrument systems, and occupied 969 sq. ft. Average total income was $244,000/year, but annual user fee income was only $125,000. Typically, facilities required substantial institutional support or grants. Cost recovery (user fee income divided by total income) averaged 49%. During the last 5 years user fee income, total income, and cost recovery have increased. In-house charges for protein sequencing and peptide synthesis increased approximately 30%, while oligonucleotide synthesis charges decreased by 74%. The costs (charges corrected for subsidy from non-user fee income) for most services did not significantly change, except that oligonucleotide synthesis costs decreased by 25% in 1992. DNA synthesis had the highest throughout per month (116 samples), followed by amino acid analysis (86 samples) and DNA sequencing (67 samples). Other services averaged from 5 to 60 samples. DNA synthesis and purification were the services used by the greatest number of principal investigators. A number of services including DNA sequencing, mass spectrometry, capillary electrophoresis, RNA synthesis, electroblotting, and carbohydrate analysis have been introduced in the last 3 years. Although these services are characterized by high levels of methods development and non-user runs, they are offered by twice the percentage of facilities as in 1989, and are increasingly contributing to facility income.

摘要

一项针对128个生物技术核心设施的调查提供了有关财务、服务、空间需求和人员方面的数据。一个设施平均有4名全职人员和7.5套主要仪器系统,占用面积为969平方英尺。平均总收入为每年24.4万美元,但每年的用户费收入仅为12.5万美元。通常,这些设施需要大量的机构支持或资助。成本回收率(用户费收入除以总收入)平均为49%。在过去5年中,用户费收入、总收入和成本回收率都有所增加。蛋白质测序和肽合成的内部收费增加了约30%,而寡核苷酸合成收费下降了74%。除了1992年寡核苷酸合成成本下降了25%外,大多数服务的成本(经非用户费收入补贴校正后的收费)没有显著变化。DNA合成每月的通量最高(116个样本),其次是氨基酸分析(86个样本)和DNA测序(67个样本)。其他服务的样本数平均为5至60个。DNA合成和纯化是使用最多的主要研究者使用的服务。在过去3年中引入了许多服务,包括DNA测序、质谱分析、毛细管电泳、RNA合成、电印迹和碳水化合物分析。尽管这些服务的特点是方法开发水平高且非用户运行,但提供这些服务的设施比例是1989年的两倍,并且对设施收入的贡献越来越大。

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Biotechnology core facilities: trends and update.生物技术核心设施:趋势与更新
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Biotechnology core laboratories: An overview.生物技术核心实验室:概述
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Survey of current trends in DNA synthesis core facilities.DNA合成核心设施的当前趋势调查。
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A scalable high-throughput chemical synthesizer.一种可扩展的高通量化学合成仪。
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