FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2092201768> ?p ?o ?g. }

• W2092201768 endingPage "395" @default.
• W2092201768 startingPage "381" @default.
• W2092201768 abstract "AbstractIn the past few years, promising efforts to utilize microfabrication-based technologies have laid the foundation for developing advanced, and importantly more physiologically-realistic, microfluidic methods for risk assessment of engineered nanomaterials (ENMs). In the present review, we discuss the wave of recent developments using microfluidic-based in vitro models and platforms for nanotoxicological assays, such as determination of cell viability, cellular dose, oxidative stress and nuclear damage. Here, we specifically highlight the tangible advantages of microfluidic devices in providing promising tools to tackle many of the current and ongoing challenges faced with traditional toxicology assays. Most importantly, microfluidic technology not only allows to recreate physiologically-relevant in vitro models for nanotoxicity examinations, but also provides platforms that deliver an attractive strategy towards improved control over applied ENM doses. In a final step, we present examples of state-of-the-art microfluidic platforms for in vitro assessment of potential adverse ENM effects.KeywordsCytotoxicityengineered nanomaterialsexposure methodmicrofluidicsrisk assessment Declaration of interestThis research was supported by the Israel Science Foundation (ISF grant nr. 990/12) and by Research Grant Award No. PGA 1302 from the Environment and Health Fund (EHF), Israel and the Technion Center of Excellence in Exposure Science and Environmental Health (TCEEH). Dr S. K. Mahto was supported in part by the Russel Berrie Nanotechnology Institute (RBNI Nevet grant, Technion)." @default.
• W2092201768 created "2016-06-24" @default.
• W2092201768 creator A5025028170 @default.
• W2092201768 creator A5045271045 @default.
• W2092201768 creator A5050543195 @default.
• W2092201768 creator A5052676561 @default.
• W2092201768 creator A5060660907 @default.
• W2092201768 creator A5085869019 @default.
• W2092201768 date "2014-07-22" @default.
• W2092201768 modified "2023-10-14" @default.
• W2092201768 title "Microfluidic platforms for advanced risk assessments of nanomaterials" @default.
• W2092201768 cites W111775996 @default.
• W2092201768 cites W133322393 @default.
• W2092201768 cites W185687480 @default.
• W2092201768 cites W1924580230 @default.
• W2092201768 cites W1965953158 @default.
• W2092201768 cites W1966440946 @default.
• W2092201768 cites W1966476051 @default.
• W2092201768 cites W1971065423 @default.
• W2092201768 cites W1971377777 @default.
• W2092201768 cites W1973681903 @default.
• W2092201768 cites W1977345405 @default.
• W2092201768 cites W1979665070 @default.
• W2092201768 cites W1984934999 @default.
• W2092201768 cites W1986172289 @default.
• W2092201768 cites W1987416224 @default.
• W2092201768 cites W1987640784 @default.
• W2092201768 cites W1996157249 @default.
• W2092201768 cites W1997153101 @default.
• W2092201768 cites W1998058975 @default.
• W2092201768 cites W1998575828 @default.
• W2092201768 cites W2000005040 @default.
• W2092201768 cites W2000237980 @default.
• W2092201768 cites W2003430967 @default.
• W2092201768 cites W2003741425 @default.
• W2092201768 cites W2004294518 @default.
• W2092201768 cites W2004296046 @default.
• W2092201768 cites W2006228027 @default.
• W2092201768 cites W2015537219 @default.
• W2092201768 cites W2019188600 @default.
• W2092201768 cites W2019336608 @default.
• W2092201768 cites W2020367110 @default.
• W2092201768 cites W2021419893 @default.
• W2092201768 cites W2021525162 @default.
• W2092201768 cites W2022014262 @default.
• W2092201768 cites W2022176011 @default.
• W2092201768 cites W2022273314 @default.
• W2092201768 cites W2022955853 @default.
• W2092201768 cites W2023965095 @default.
• W2092201768 cites W2026908430 @default.
• W2092201768 cites W2027388599 @default.
• W2092201768 cites W2031094501 @default.
• W2092201768 cites W2033300348 @default.
• W2092201768 cites W2034555772 @default.
• W2092201768 cites W2036758296 @default.
• W2092201768 cites W2036948210 @default.
• W2092201768 cites W2037082433 @default.
• W2092201768 cites W2040330716 @default.
• W2092201768 cites W2040702211 @default.
• W2092201768 cites W2041612826 @default.
• W2092201768 cites W2044179563 @default.
• W2092201768 cites W2047321449 @default.
• W2092201768 cites W2047464462 @default.
• W2092201768 cites W2054068435 @default.
• W2092201768 cites W2055229046 @default.
• W2092201768 cites W2055863876 @default.
• W2092201768 cites W2060199860 @default.
• W2092201768 cites W2061353922 @default.
• W2092201768 cites W2065137641 @default.
• W2092201768 cites W2067273125 @default.
• W2092201768 cites W2069693261 @default.
• W2092201768 cites W2070010097 @default.
• W2092201768 cites W2076922024 @default.
• W2092201768 cites W2076994115 @default.
• W2092201768 cites W2078944426 @default.
• W2092201768 cites W2079340368 @default.
• W2092201768 cites W2082954814 @default.
• W2092201768 cites W2083217909 @default.
• W2092201768 cites W2083404959 @default.
• W2092201768 cites W2085327817 @default.
• W2092201768 cites W2089377837 @default.
• W2092201768 cites W2092811432 @default.
• W2092201768 cites W2092941484 @default.
• W2092201768 cites W2093082279 @default.
• W2092201768 cites W2095640767 @default.
• W2092201768 cites W2097095007 @default.
• W2092201768 cites W2100640364 @default.
• W2092201768 cites W2106878780 @default.
• W2092201768 cites W2111172898 @default.
• W2092201768 cites W2115542448 @default.
• W2092201768 cites W2117326659 @default.
• W2092201768 cites W2117416272 @default.
• W2092201768 cites W2118685639 @default.
• W2092201768 cites W2119361838 @default.
• W2092201768 cites W2123745142 @default.
• W2092201768 cites W2124296880 @default.
• W2092201768 cites W2124371680 @default.
• W2092201768 cites W2124611535 @default.

• next