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- W15532337 endingPage "44" @default.
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- W15532337 abstract "The National Academy of Sciences publication, Toxicity Testing in the 21st Century: A Vision and a Strategy, proposes a paradigm shift in toxicology from current animal-based testing towards the application of emerging technologies, i.e., assays based on human cells or non-mammalian models, high throughput testing, omics approaches, systems biology, and computational modeling. These technologies should be used to identify how chemicals interact with cellular response networks and alter them to toxicity pathways. According to the authors, such a new paradigm would provide a better scientific understanding and more adequate data to predict the adverse effects of chemicals on human health. As expected from a vision document, the report enthusiastically and optimistically describes a radical transformation of toxicology from current practices to a new approach. Several toxicologists have commented on the report, and although they generally confirm the importance of the vision, they pose critical questions regarding its feasibility. Unlike the theoretical concepts, which are carefully described, many practical aspects of how to establish the vision are less well defined. Today’s technologies provide great opportunities, although many challenges remain regarding their development, implementation, and validation to adequately assess human health effects. To bring the envisioned toxicology closer to concrete implementation, it is important to identify the current knowledge gaps in the vision and develop solutions. The goal of this review is to evaluate the technologies proposed as to their maturation to transform toxicity testing in the 21st century. This paper will provide an overview of the current standing by defining advantages, limitations, and developmental needs. In doing so, I do not intend to point out obstacles but, rather, to focus on current opportunities to advance toxicity testing for human risk assessment." @default.
- W15532337 created "2016-06-24" @default.
- W15532337 creator A5051899360 @default.
- W15532337 date "2011-01-01" @default.
- W15532337 modified "2023-10-10" @default.
- W15532337 title "Current standing and future prospects for the technologies proposed to transform toxicity testing in the 21st century" @default.
- W15532337 cites W116101333 @default.
- W15532337 cites W135132853 @default.
- W15532337 cites W1515565388 @default.
- W15532337 cites W1551130549 @default.
- W15532337 cites W1553198783 @default.
- W15532337 cites W1577686813 @default.
- W15532337 cites W1579194856 @default.
- W15532337 cites W158791869 @default.
- W15532337 cites W1600906309 @default.
- W15532337 cites W170824772 @default.
- W15532337 cites W1825734791 @default.
- W15532337 cites W1963948945 @default.
- W15532337 cites W1964996503 @default.
- W15532337 cites W1965301367 @default.
- W15532337 cites W1967035211 @default.
- W15532337 cites W1967049808 @default.
- W15532337 cites W1967325600 @default.
- W15532337 cites W1967637682 @default.
- W15532337 cites W1967977080 @default.
- W15532337 cites W1969779341 @default.
- W15532337 cites W1970023965 @default.
- W15532337 cites W1970156673 @default.
- W15532337 cites W1970197319 @default.
- W15532337 cites W1971606140 @default.
- W15532337 cites W1972032737 @default.
- W15532337 cites W1973511738 @default.
- W15532337 cites W1973632433 @default.
- W15532337 cites W1973973036 @default.
- W15532337 cites W1976306324 @default.
- W15532337 cites W1977540882 @default.
- W15532337 cites W1978486653 @default.
- W15532337 cites W1979055768 @default.
- W15532337 cites W1980066896 @default.
- W15532337 cites W1980249371 @default.
- W15532337 cites W1980505601 @default.
- W15532337 cites W1980750912 @default.
- W15532337 cites W1980789957 @default.
- W15532337 cites W1981184494 @default.
- W15532337 cites W1981870052 @default.
- W15532337 cites W1983843607 @default.
- W15532337 cites W1984088653 @default.
- W15532337 cites W1984539096 @default.
- W15532337 cites W1985007959 @default.
- W15532337 cites W1986537212 @default.
- W15532337 cites W1986656764 @default.
- W15532337 cites W1987052865 @default.
- W15532337 cites W1987774343 @default.
- W15532337 cites W1988996039 @default.
- W15532337 cites W1989046997 @default.
- W15532337 cites W1989574730 @default.
- W15532337 cites W1989912122 @default.
- W15532337 cites W1990090021 @default.
- W15532337 cites W1990303859 @default.
- W15532337 cites W1990615035 @default.
- W15532337 cites W1990965504 @default.
- W15532337 cites W1991343446 @default.
- W15532337 cites W1991354544 @default.
- W15532337 cites W1993716914 @default.
- W15532337 cites W1994357942 @default.
- W15532337 cites W1994495458 @default.
- W15532337 cites W1995013024 @default.
- W15532337 cites W1995042037 @default.
- W15532337 cites W1997377262 @default.
- W15532337 cites W1997866449 @default.
- W15532337 cites W1998942510 @default.
- W15532337 cites W1999247227 @default.
- W15532337 cites W1999954704 @default.
- W15532337 cites W2000408838 @default.
- W15532337 cites W2003562853 @default.
- W15532337 cites W2004594957 @default.
- W15532337 cites W2005129098 @default.
- W15532337 cites W2005296007 @default.
- W15532337 cites W2006557127 @default.
- W15532337 cites W2006790387 @default.
- W15532337 cites W2007165568 @default.
- W15532337 cites W2007541245 @default.
- W15532337 cites W2009983872 @default.
- W15532337 cites W2012527044 @default.
- W15532337 cites W2012867417 @default.
- W15532337 cites W2013210063 @default.
- W15532337 cites W2013944878 @default.
- W15532337 cites W2014685553 @default.
- W15532337 cites W2015884084 @default.
- W15532337 cites W2016060560 @default.
- W15532337 cites W2016260616 @default.
- W15532337 cites W2016330743 @default.
- W15532337 cites W2016976019 @default.
- W15532337 cites W2017194371 @default.
- W15532337 cites W2017480366 @default.
- W15532337 cites W20181848 @default.
- W15532337 cites W2019544469 @default.
- W15532337 cites W2020106098 @default.