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January 2013

Volume 12Issue 1p1-276
Open Access
On the cover: High-performance mass spectrometry-based proteomics enabled the construction of a detailed proteome atlas for Populus, a woody plant model organism. For a network-wide perspective of Populus metabolism, we employed the use of iPath2.0 to navigate and explore the predicted KEGG metabolic pathways. Mapping protein expression to pathways revealed a holistic view of plant-wide protein expression and captured catalytic and regulatory pathways spanning the entire tree. For details, see the article by Robert L. Hettich, et al., pages 106–119....
On the cover: High-performance mass spectrometry-based proteomics enabled the construction of a detailed proteome atlas for Populus, a woody plant model organism. For a network-wide perspective of Populus metabolism, we employed the use of iPath2.0 to navigate and explore the predicted KEGG metabolic pathways. Mapping protein expression to pathways revealed a holistic view of plant-wide protein expression and captured catalytic and regulatory pathways spanning the entire tree. For details, see the article by Robert L. Hettich, et al., pages 106–119.

Review

Research

Technological Innovation and Resources

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