To better understand the mechanisms governing cellular traffic, storage of various
metabolites, and their ultimate degradation, Arabidopsis thaliana vacuole proteomes were …

Vacuoles play central roles in plant growth, development, and stress responses. To better
understand vacuole function and biogenesis we have characterized the vegetative vacuolar …

We developed a method to characterize different classes of membrane proteins within a
single experiment and using simple matrix‐assisted laser desorption/ionization‐time of flight …

Young meristematic plant cells contain a large number of small vacuoles, while the largest
part of the vacuome in mature cells is composed by a large central vacuole, occupying 80 …

A large number of proteins in the tonoplast, including pumps, carriers, ion channels and
receptors support the various functions of the plant vacuole. To date, few proteins involved in …

Vacuoles, cellular membrane-bound organelles, are the largest compartments of cells,
occupying up to 90% of the volume of plant cells. Vacuoles are formed by the biosynthetic …

The vacuoles of plant cells are multifunctional organelles that are central to cellular
strategies of plant development. They share some of their basic properties with the vacuoles …

We introduce the use of Arabidopsis thaliana callus culture as a system for proteomic
analysis of plant organelles using liquid‐grown callus. This callus is relatively …

Plant vacuoles play essential roles in many physiological processes, particularly in mineral
nutrition, turgor provision and cellular signalling. The vacuolar membrane, the tonoplast …

The vacuole is the main cellular storage pool, where sucrose (Suc) accumulates to high
concentrations. While a limited number of vacuolar membrane proteins, such as V-type H+ …