Materials Today
Browse Publications: Nano Today | Materials Today | Elsevier.com
CURRENT ISSUE

Volume 2, Number 6
Cover story
AFM in bionanotechnology
Atomic force microscopy provides the subnanometer resolution needed for imaging biological species like proteins and living cells under physiological conditions, while measurements of molecular recognition forces give insights into the function and structure of biomolecular assemblies. Here the latest techniques for biological studies at the nanoscale are discussed.
Gerald Kada et al.
REVIEWS


Cantilever dynamics in AFM
Microcantilevers vibrate in interesting, often unanticipated ways. Understanding these phenomena can offer deep insight into the physics of dynamic atomic force microscopy.
Arvind Raman et al.
Magnetic sensitive force microscopy
A range of techniques can image magnetic domain patterns. Two new techniques described here are able to sense long-range magnetostatic interactions and probe short-range magnetic exchange interactions.
Alexander Schwarz and Roland Wiesendanger
Protein-nanoparticle interactions
Highly selective protein adsorption and the ability to reach subcellular locations means that nanoparticles can have an impact on protein interactions and cellular behavior.
Iseult Lynch and Kenneth A. Dawson
The toxicological impact of nanoparticles
There is much research on the toxicological and environmental effects of direct and indirect exposure to nanomaterials, but the results are contradictory.
Roberta Brayner



INSIGHT

A tale of opportunities, uncertainties, and risks
Nanoscience and nanotechnologies are expected to change our future so we need to start thinking about the associated risks as well as the benefits.
Paul J. A. Borm and David Berube

LATEST NEWS
Multitasking nanoparticles target cancer
Polymer nanoparticles (NPs) that act as imaging probes and use magnetic guidance to improve drug delivery have been developed.

Electron tomography reaches new benchmark
Researchers have reconstructed fullerene-like particles with a resolution of 0.11 nm3, an order of magnitude better than achieved to date.

Engineering light emission with nanoparticle dopants
New rare-earth-doped, core-shell nanoparticles could enable the spectral design of luminescent materials.

More news





COMMENT
More information = better decision making?
Providing useful information to the consumer about nano-related products presents a real dilemma to the nanotechnologist.
Michael Pitkethly
Living with nanoparticles
Read some accounts of nanotechnology risks, and you might be forgiven for concluding that a single engineered nanoparticle can kill you.
Andrew D. Maynard