Featured Review: Programmed Cell Death in Development and Disease Programmed cell death (PCD) is an active process that occurs as part of normal development and also contributes to defense against pathogens. While there are many similarities in developmental PCD (dPCD) and pathogen-triggered PCD (pPCD), there are also differences. Huysmans et al. review and contrast these … Read moreWhat We’re Reading: Dec 2
Featured Review: The Broad Footprint of Climate Change From Genes to Biomes to People ($) In this review, Scheffers et al. collate a vast amount of data to summarize the impact of climate change on terrestrial, freshwater and marine ecosystems; their findings are sobering. A key conclusion is that across the 94 processes analyzed, 84% … Read moreWhat We’re Reading: November 25
Featured Review: Effects of water stress on rhizodeposition Rhizodeposition refers to the release of organic compounds from roots into soil. Rhizodeposits alter the composition and structure of soil and also provide food for soil microbes whose actions can increase the bioavailability of soil organic matter. Preece and Peñuelas review how drought affects rhizodeposition, which in … Read moreWhat We’re Reading: November 18
We start with a trio of papers that explore plant cell proliferation Featured Review: Plants grow with a little help from their organelle friends ($) Mitochondria and chloroplasts are semi-autonomous organelles that provide cells with energy, metabolites and hormones. Van Dingenen et al. review organelles’ dynamic roles during organ growth. As an obvious example, many … Read moreWhat We’re Reading: Nov 11
Featured Review: Role of Mass Spectrometry in Biology Mass spectrometry (MS) has become a core tool for molecular and structural biology. Lössl et al. review the history of MS and provide an accessible explanation for how it works and its applications, with numerous examples. This is a must-read for students of biochemistry as well as … Read moreWhat We’re Reading: Nov 4
Featured Review: Evolution of ROS signaling ($) Reactive oxygen species (ROS) are partially reduced or excited forms of oxygen (for example, O2·−) that are reactive and damaging towards cellular components. Because ROS are produced as byproducts of metabolism, cells have evolved ROS detoxification pathways; more than 150 Arabidopsis genes contribute to ROS detoxification. Inupakutika et … Read moreWhat We’re Reading: Oct 28
Featured Review: Update of Arabidopsis floral meristem formation ($) Genetic approaches using Arabidopsis have identified key players in the initiation and elaboration of floral meristems and flowers. These core findings are now expanded to encompass the roles of hormone fluxes and mechanical forces, and systems-wide modeling of gene regulatory networks. In this review, Denay et … Read moreWhat We’re Reading: October 21
Featured Review: Celebrating 150 years since Mendel’s Discoveries ($) This review describes Mendel’s seminal work and how it laid the foundation for today’s plant breeding (as well as all of genetics). Smýka et al. trace the evolution of our understanding from Mendel’s discrete traits through continuous traits and quantitative trait loci (including the contributions of … Read moreWhat We’re Reading: Oct 14th
We’re in the midst of lots of changes at ASPB and Plantae. We’ll be launching a new and improved Plantae user interface before the end of the year, and thanks to your excellent feedback we will be launching new features to accompany the new interface (watch this space!). One of these new features is the … Read moreNew Feature: What We’re Reading