Glutathione-sensitive nanoparticles get drugs straight to the source of cancer

A schematic of the doxorubicin-loaded nanoparticle.

Korean scientists have developed a tumor-targeted, bioreducible nanoparticle system that can deliver cytotoxic anticancer drugs to tumor tissues.

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Stuart Parkin receives 2014 Millennium Techology Prize

Stuart Parkin (Stanford University)

Spintronics researcher wins €1 million award for his contributions to interdisciplinary materials research.

Explaining magnetron sputtering growth of nanoporous thin films

Researchers from CSIC have developed a fundamental framework to explain the growth of nanoporous thin films when the magnetron sputtering technique is used.

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Crystal defect research holds information for new material design

Defects in the crystal destroy the order of six-fold rotational symmetry. The structure on the left displays particles arranged in a pentagonal lattice; the structure on the right is a heptagonal lattice.

New study finds how defects affect two-dimensional crystalline structures, and the results hold information for designing new materials.

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Scalable CVD process developed for 2D molybdenum diselenide

This image from a scanning transmission electron microscope shows the individual atoms in a two-dimensional sheet of molybdenum diselenide. Source: E. Ringe/Rice University..

Rice, NTU scientists unveil CVD production for coveted 2-D semiconductor.

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Anti-cancer system bursts nanoballoons with lasers

The image shows a nanoballoon before (left) and after (right) being hit by a red laser. The laser causes the balloon to pop open and release the anti-cancer drugs directly at a tumor. Image: Jonathan Lovell.

New drug delivery method targets cancer cells – not the entire body – and limits chemotherapy side effects.

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Setting nanomagnet domain walls into motion

This is an illustration of the synchronous displacement of several domain walls over larger distances by means of customized perpendicular field pulses. Image: Ill.: Kläui-Lab, Institute of Physics, Johannes Gutenberg University Mainz.

Domain walls can be synchronously displaced using magnetic field pulses.

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Simply melting away: dissolving polymer electronics

Iowa State's Reza Montazami examines a degradable antenna capable of data transmission. Photo by Bob Elbert/Iowa State University.

Iowa State scientist developing materials, electronics that dissolve when triggered.

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New graphene material is reinforced with nanotube bars

A square-centimeter sheet of rebar graphene floats in water. The rebars allow the sheet to be transferred from one surface from another without using polymer in an intermediate step. The process was created in the lab of chemist James Tour at Rice University. Image: Tour Group/Rice University.

Rice University lab makes hybrid nanotube-graphene material that promises to simplify manufacturing.

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Degradation discovery could extend solar cell lifetime

Air exposure causes incorporation of gas molecules into the spiro-MeOTAD layer.

Spiro-MeOTAD shows surprising behaviour in detailed OIST study.

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