Josua Trösch

TL;DR: A new wheat whole-genome shotgun sequence assembly is generated using a combination of optimized data types and an assembly algorithm designed to deal with large and complex genomes.

TL;DR: It is shown that Arabidopsis protein half-lives vary from several hours to several months based on the exponential constant of the decay rate for each protein, and the protein turnover energy costs in different leaves and their key determinants within the proteome are calculated.

TL;DR: A large scale, publicly accessible proteome mapping of wheat consisting of 24 organ and developmental samples is presented, enabling dissection of tissue‐specific proteomes, correlation of transcript and protein data for different wheat tissues and protein functional classes, and identification of constitutive and differential proteome markers for a variety of applications.

TL;DR: Analysis of over 400 mitochondrial protein degradation rates using 15N labelling showed that 205 proteins were significantly different between wild type (WT) and lon1‐1, indicating an important role of Lon1 in their clearance from the proteome.

TL;DR: The core r-protein composition in Arabidopsis thaliana is refined by determining the abundance of different proteins during enrichment of ribosomes from cell cultures using peptide mass spectrometry, and how protein turnover can help identify r-proteins involved in ribosome biogenesis or regulation in plants is shown.