Century Erwin van Vliet Johns Hopkins University / /
IndustryTerm
throughput technologies / gene imaging / chemical space / test systems / biotechnology / in vivo imaging data / explore in vitro bioluminescence imaging applications / differentiation protocols / pharmaceutical industry / industrial chemicals / important technology / biological systems / large chemical space / content imaging approaches / throughput systems / data mining / optical-based molecular imaging / fluorescence imaging / media suspensions / chemical exposure / untested chemicals / imaging / chemical and toxicological properties / trans20 port systems / pluripotent stem cell applications / embryonic and adult human stem cell applications / main biological systems / test chemicals / stem cell applications / target site / chemical-induced effects / chemical toxicity / consumer products / human stem cell applications / knock-out technologies / environmental chemicals / environmental chemicals ranges / in vitro systems / bioluminescence imaging / content imaging applications / non-mammalian model systems / drug discovery applications / cellular response networks / cell applications / chemical / well-characterized chemicals / differentiation protocol / flow cytometric technology / chemical exposures / throughput applications / chemicals / in vitro test systems / /
MedicalCondition
neurodegenerative disease / human skin irritation / central necrosis / rabbit skin irritation / ventricular arrhythmia / disease / /
Organization
National Research Council / Center for Alternatives / U.S. Environmental Protection Agency / Johns Hopkins University / National Academy of Sciences / Bloomberg School of Public Health / /
Person
Truman / Erwin van Vliet / Fernandez-Suarez / /
Position
Walker / suitable model for high throughput screening / relevant model for testing genotoxicity / messenger / Fisher / reporter / /
Current Standing and Future Prospects for the Technologies Proposed to Transform Toxicity Testing in the 21st Century Erwin van Vliet Johns Hopkins University, Bloomberg School of Public Health, Center for Alternatives