Our knowledge of the proteome of plant peroxisomes and their functional plasticity is far from
being complete, primarily due to major technical challenges in experimental proteome …

Our knowledge of the proteome of plant peroxisomes is far from being complete, and the
functional complexity and plasticity of this cell organelle are amazingly high particularly in …

Prediction of subcellular protein localization is essential to correctly assign unknown
proteins to cell organelle-specific protein networks and to ultimately determine protein …

Most peroxisomal matrix proteins possess a C-terminal targeting signal type 1 (PTS1).
Accurate prediction of functional PTS1 sequences and their relative strength by …

In the postgenomic era, accurate prediction tools are essential for identification of the
proteomes of cell organelles. Prediction methods have been developed for peroxisome …

To specify the C-terminal peroxisome targeting signal type 1 (PTS1) and the N-terminal
PTS2 for higher plants, a maximum number of plant cDNAs and expressed sequence tags …

We analyzed the role of Arabidopsis orthologues of human Pex14p, Pex5p and Pex7p that
are central components of peroxisomal protein import machinery. Immunoblot analysis …

In the past few years, proteome analysis of Arabidopsis peroxisomes has been established
by the complementary efforts of four research groups and has emerged as the major …

Eukaryote peroxisomes, plant glyoxysomes and trypanosomal glycosomes belong to the
microbody family of organelles that compartmentalise a variety of biochemical processes …

Originally, the peroxisomal targeting signal 1 (PTS1) was defined as a tripeptide at the C-
terminus of proteins prone to be imported into the peroxisomal matrix. The corresponding …