Sentences with phrase «nanotechnology risk»

One of the projects, for example, is on Nanotechnology Risk Perceptions, another is on «Gun Risk» Perceptions.

We conducted an experimental public opinion study of the effect of balanced information on nanotechnology risk - benefit perceptions.

An improved but still flawed government - wide plan for nanotechnology risk research is the result of a broken system.

Nanotechnology risk research «needs to be proactive — identifying possible risks and ways to mitigate risks before the technology has a widespread commercial presence,» the report says.

Not exact matches

According to an online experiment of 2,338 Americans supported by the National Science Foundation, «introducing name calling into commentary tacked onto an otherwise balanced newspaper blog post, the study showed, could elicit either lower or higher perceptions of risk, depending on one's predisposition to the science of nanotechnology.»

[26] Several groups have called for organic standards to prohibit nanotechnology on the basis of the precautionary principle [27] in light of unknown risks of nanotechnology.

The odds of nanotechnology's killing off humanity are extremely remote, but the science is obviously not without real risks.

«In Europe, people made decisions about genetically modified food irrespective of the technology,» says Andrew Maynard, director of the Risk Science Center at the University of Michigan and an editor of the International Handbook on Regulating Nanotechnologies.

An industry group, the Silver Nanotechnology Working Group, said that there has been a long history of safe, regulated use of ionic silver, which «suggests that the EPA is adequately managing the risks of silver nanoparticles.»

The recent growth is driven, experts say, by aging populations and increased life expectancy in the developed world; combination products that couple a medical device with a drug, the device usually acting as a drug - delivery vehicle; miniaturization (via nanotechnology), making medical devices less invasive; and the use of molecular diagnostics to customize therapeutic regimens and to assess individual disease risk.

«One of the risks is a risk that the consumer will not accept nanotechnology because of not having understood what happens when people are exposed and what are the downstream consequences of that exposure.»

«Almost all nanotechnology poses no risk,» says Ann Dowling, chair of the working group behind the study.

Most nanotechnology poses no new risk to human health or the environment, concludes a study commissioned by the UK government.

New technologies, such as synthetic biology, nanotechnology and artificial intelligence, carry largely unknown — but potentially huge — risks, according to the report.

The point was further emphasized in a press release put out by Nature Nanotechnology this week: «These findings suggest that direct and indirect effects of nanoparticles on cells are equally crucial when considering the potential risks of their use in nanomedicine.»

The two sides have fought to a standoff for years over the strategy the federal government should take to ensure that the environmental, health, and safety (EHS) risks of nanotechnology are adequately addressed.

The bill is intended to strengthen and provide transparency in federal research efforts to understand the potential environmental, health, and safety risks of nanotechnology.

The team, reporting its work in Nature Nanotechnology doi: 10.1038 / s41565 -017-0029-3, says that it is now busy further developing tools for metagenomics - based risk assessment — in particular with respect to antibiotic - resistance genes and their relation to environmental stressors.

With nanotechnology, an emerging field of science with unknown risks, this practice is continuing, a landmark study has found.

Likewise, if the benefits are unclear and the risks uncertain, the products of nanotechnology will be a hard sell.»

Navigating the risk landscape that surrounds nanotechnology development can be a daunting task — especially if you are an early career researcher just getting started in the field.

She has over 90 academic publications and has held several leadership and advisory positions, including Chair of the Gordon Conference on Science and Technology Policy, Secretary and Council Member of the Society for Risk Analysis, the European Commission Expert Group for Science in Society and the EU's «SYNTH - ETHICS» project, the FDA Blood Products Advisory Committee, and the UN WHO - FAO Expert Group for Agrifood Nanotechnology.

The emergence and development of sustainable nanotechnologies will depend on strategic, coordinated and integrated research addressing potential health and environmental risks.

Here is a great, green post-doctoral opportunity for US citizens at the US EPA's National Risk Management Research Laboratory (NRMRL) located in Cincinnati, Ohio in the area of Life cycle assessment with emphasis on nanotechnology.

But in a report that I wrote about last year, an expert panel convened by the National Research Council sharply criticized the federal government's efforts to identify possible health or environmental risks of nanotechnology.

Yet the history of major new scientific research programs (such as genetic modification of organisms, nanotechnology and stem cell research) tells us that the political and social risks of new technological paradigms are often more important than any potential physical harms (13).

[59] Science is recruited not to advance technological innovation, but to assess the potential or possible risks of both industrialization and new technologies, from bio - and nanotechnology to pesticides, electromagnetic waves, and greenhouse gas emissions.

The report details the complexity of nanotechnology and demonstrates that current uses fail to deliver benefits for global warming, resource depletion and pollution, but instead increase energy use and create environmental risks.

Ethical Consumer's stance is that while nanotechnology could be very valuable if proven safe, not enough research has been done about the potential risks, and it is not really necessary in a home appliance anyway.

Pidgeon, N. F., Harthorn, B., Bryant, K. & Rogers - Hayden, T. Deliberating the risks of nanotechnology for energy and health applications in the US and UK.

Maynard et al. say nanotechnology needs to: develop instruments to assess exposure to engineered nanomaterials in air and water within next 3 - 10 years; create and test ways of evaluating the toxicity of nanomaterials in 5 - 15 years; generate models to predict their possible impact on the environment and human health over the next 10 years; develop ways to assess the health and environmental impact of nanomaterials over their entire lifetime, within 5 years; and, enable risk - focused research into nanomaterials, within the next 12 months.

Cultural Cognition of the Risks and Benefits of Nanotechnology Whose Eyes Are You Going to Believe?

There are some good people working hard to advance the toxicology and analytical science to support risk assessment of nano materials, many of whom know that we need to keep the cats in the bag until we know what we are doing because one or two high - profile cases of illnesses arising due to nanotechnology will cause the public to lose faith in what is a very promising technology.

Keywords: cultural cognition, nanotechnology, risk perception, biased assimilation, polarization

cultural cognition, risk perception, risk regulation, nuclear power, global warming, terrorism, gun control, school shootings, HPV, nanotechnology

This tool, called SUNDS for SUstainable Nanotechnology Decision Support system, will structure the participants» risk assessment process.

Gary's research interests include the use of genetic information in environmental regulation, risk and the precautionary principle, legal aspects of personalized medicine, and regulation of emerging technologies such as nanotechnology, neuroscience and biotechnology.