Plant peroxisomes are recognized organelles that–with their capacity to generate greater
amounts of H2O2 than other subcellular compartments–have a remarkable oxidative …

Plant peroxisomes are required for a number of fundamental physiological processes, such
as primary and secondary metabolism, development and stress response. Indexing the …

The nitrogen (N)-rich ureides allantoin and allantoate, which are products of purine
catabolism, play a role in N delivery in Leguminosae. Here, we examined their role as an N …

Recently, technical advances, especially in liquid chromatography (LC) and mass
spectrometry (MS), have improved the sensitivity, coverage, reliability, and throughput of …

Plant peroxisomes are important components of cellular antioxidant networks, dealing with
ROS generated by multiple metabolic pathways. Peroxisomes respond to environmental …

Peroxisomes compartmentalize a dynamic suite of biochemical reactions and play a central
role in plant metabolism, such as the degradation of hydrogen peroxide, metabolism of fatty …

Commercial production of biofuel from oleaginous microalgae is often impeded by their slow
growth rate than other fast-growing algal species. A promising strategy is to genetically …

Peroxisomes are dynamic organelles of eukaryotic cells performing a wide range of
functions including fatty acid oxidation, peroxide detoxification and ether-lipid synthesis in …

Ca2+ is a second messenger in many physiological and phytopathological processes.
Peroxisomes are subcellular compartments with an active oxidative and nitrosative …

Peroxisomes harbor a plethora of proteins, but the peroxisomal proteome as the entirety of
all peroxisomal proteins is still unknown for mammalian species. Computational algorithms …