Tuesday, January 5, 2016

In this week's issue: Science Signaling




Science/AAAS
Science Signaling
Table of Contents
 





Editorial Guides


Signal Transduction
Elizabeth M. Adler
Signaling research advances aid in understanding cellular and organismal regulation, as well as having biomedical, agricultural, and industrial implications.

Research Articles


Host-Pathogen Interactions
Andrés Corral-Lugo et al.
Plants release rosmarinic acid, which mimics bacterial quorum-sensing signals, to interfere with bacterial communication.

Vascular Biology
Ismail Sergin et al.
Sequestration of aggregated proteins by p62 prevents macrophages from exacerbating atherosclerosis.

Systems Immunology
Jing Sun et al.
Comparative analysis of mouse and human macrophages reveals conserved and species-specific use of Toll-like receptor signaling components.

Podcasts


Signal Transduction
Michael B. Yaffe et al.
Science Signaling editors discuss the current state of signal transduction research and the journal's place in this dynamic landscape.

Editors' Choice


Neuroscience
Nancy R. Gough
Hippocampal astrocytes stimulated by TNF-α contribute to cognitive defects.

Developmental Biology
Annalisa M. VanHook
Hippo pathway regulators allosterically switch the conformation of the kinase Warts.

Metabolism
Wei Wong
Changes in cholesterol biosynthetic flux affect the sensitivity of an antiviral immune pathway.

Medicine
Nancy R. Gough
This week's articles feature insights into TRP channels in preterm labor and an antibody treatment for diabetes.

Structural Biology
Nancy R. Gough
Three articles provide insights into a protein complex that enables cells to sense leucine and regulate metabolism.

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