A new type of vaccine using nanotechnology protects against a range of coronaviruses – in mice.
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Articles on Nanoparticles
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Nanoparticles can help address a dependency on platinum — a rare and expensive material — to generate clean power.
Nanoparticles have contributed to profound medical advances like the COVID-19 vaccine, but without oversight, they pose ethical and environmental issues.
Cardiovascular disease and cancer share many parallels in their origins and how they develop. Nanoparticles offer one potential way to effectively treat both with reduced side effects.
The proteins that cover nanoparticles are essential to understanding how they work in the body. Across 17 proteomics facilities in the US, less than 2% of the identified proteins were identical.
Tellurium is a critical mineral for renewable energy – but little is known about its environmental effects and how it circulates in the wild.
There are ‘jewels’ among the piles of ash that remain once sugarcane’s fibrous material is burned.
As antibiotics lose their power to treat some forms of TB, interest in the antibacterial powers of curdlan is rising.
The COVID-19 mRNA vaccines put nanomedicine in the spotlight as a potential way to treat diseases like cancer and HIV. While the field isn’t there yet, better design could help fulfill its promise.
Some vaccine hesitancy is based on a fear of the nanoparticles used in mRNA vaccines. But humans have been interacting with nanoparticles for millennia, and we use nanotechnology-based devices every day.
Higher doses of radiotherapy for cancer treatment destroy more healthy tissue as well as more tumour cells. Gold nanoparticles sensitize tumours to radiation, making treatment more effective.
These tiny nanoparticles might provide a new way to see what’s happening in the brain and even deliver treatments to specific cells – if researchers figure out how to use them safely and effectively.
Nanoparticles are extremely tiny particles, with external dimensions smaller than 100 nanometres (0.0001 of a millimetre). Here’s what we know about nanotechnology in food.
A PhD student in chemistry addresses some of the most common misconceptions about chemistry.
These single-celled organisms naturally respond to the Earth’s weak magnetic field. Scientists are untangling how it all works, looking to future biomedical and other engineering applications.
The reason that nanoparticles hold such hope for TB treatment is that they can be carefully targeted.
There are countless nanoscopic architectures in nature, creating iridescence, sticky feet, magnetic navigation – and more.
Gold can be used to make jewelry, but also to fight cancer. Several clinical trials are currently underway in the United States where patients are being treated with gold nanoparticles.
Nanotechnology brings together multiple science disciplines to create devices that mimic the refinements of nature. It’s difficult – and exhilarating.
Less-toxic hair dye would be a great invention. But discounting the risks that come with nanoparticles could undermine other efforts to protect human health and environmental from their effects.
Top contributors
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Professor of Advanced Technology Transitions, Arizona State University
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Associate Professor, Pharmaceutical Sciences, University of the Western Cape
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Associate Professor of Immunotoxicology; Co-ordinator of Nanosafe Australia and Asia Nano Safe research networks, RMIT University
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Professor & Chair in Air Quality and Health; Founding Director, Global Centre for Clean Air Research (GCARE), Co-Director, Institute for Sustainability, University of Surrey, University of Surrey
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PhD Candidate in Chemistry, McGill University
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Senior lecturer in Pharmacology, University of Adelaide
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Doctoral Student in Biochemistry, University of Washington
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Postdoctoral research assistant, University of Sheffield
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PhD candidate, UNSW Sydney
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Lecturer in Robotics, University of Bristol
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Professor of Engineering Science, University of Oxford
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Soil Scientist, Australian Centre for International Agricultural Research
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Professor of Chemical Engineering and Chemistry, University of Sheffield
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Reader in Nanomaterials Chemistry, University of Central Lancashire
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Professeur de ESPCI Paris, Chaire AXA imagerie biomédicale, membre de l'Institut Langevin, spécialiste de l'interaction onde-matière, ESPCI Paris
