Carbon nanotubes: From stress to strength

In Nature China this week - Prestressed multiwalled carbon nanotubes have enhanced mechanical properties that are ideal for building space elevators and more

23 July 2008

Nature China highlights the best research coming out of Mainland China and Hong Kong, providing scientists from around the world with a convenient portal into publications drawn from across all scientific disciplines.

Immunology: Knock your SOCS off
Reducing the expression of the regulatory protein SOCS3 significantly enhances the immune response to interferon

Apoptosis: Slow down or die
The mitochondrial protein GIDE slows down cell growth and induces programmed cell death

Structural biology: Two to two
The crystal structure of a symmetrical complex provides insights to the interaction mechanism between neurotrophins and neurotrophin receptors

Carbon monoxide oxidation: Gold finds a partner
Gold-copper nanoparticles supported on porous materials are highly efficient catalysts for carbon monoxide oxidation, even in hydrogen-rich environments

Lung cancer: Micro markers
A genetic variation in microRNA precursors has been identified as a possible biomarker for non-small cell lung cancer

Carbon nanotubes: From stress to strength
Prestressed multiwalled carbon nanotubes have enhanced mechanical properties that are ideal for building space elevators

Published: 23 Jul 2008

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Medicine