Structural biology: Making the first cut

In Nature China this week - Organometallic chemistry: Reel in the rhodium wire; Synthesis: Cage trapping; Genomics: Searching for hidden threats; Plant genetics: Mix and match; Rice genetics: Dissecting complex rice traits; Optoelectronic materials: From spheres to dots; Cognitive neuroscience: Keeping flies in the dark;

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. Each week, our editors select the best published research and provide a summary of the results.

Structural biology: Making the first cut
Revelations into an enzyme's self-activation process could help counter the effects of neurodegenerative disease

Organometallic chemistry: Reel in the rhodium wire
Organorhodium complexes can form ultralong nanowires with near-infrared luminescence and good conductivity

Synthesis: Cage trapping
Researchers in Hong Kong have prepared a carborane that has a functional group attached to both its carbon and boron sites

Genomics: Searching for hidden threats
Large-scale genomic analysis of a European population suggests that small changes may make a big contribution to human health

Plant genetics: Mix and match
Combining complementary genes from different maize lines could lead to better crop varieties

Rice genetics: Dissecting complex rice traits
Mapping and identifying the genes responsible for the desirable attributes of local rice varieties will help to improve rice breeding

Optoelectronic materials: From spheres to dots
Porous silica spheres can be used as templates for the preparation of photoluminescent carbon nanoparticles

Cognitive neuroscience: Keeping flies in the dark
Researchers in Beijing have revealed the neural mechanisms underlying the light preference of fruit flies

Molecular neuroscience: The basics of pain
A protein channel long thought to function as an acidic sensor also has other functions

Astrophysics: Bench-top solar flares
An X-ray source observed in solar flares can be recreated using high-intensity lasers

Published: 01 Dec 2010

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http://www.nature.com/nchina/index.html Link to Nature China http://www.nature.com/nchina/2010/101201/full/nchina.2010.128.html Organometallic chemistry: Reel in the rhodium wire http://www.nature.com/nchina/2010/101201/full/nchina.2010.130.html Genomics: Searching for hidden threats