Proteomics is an approach to gain insight into the composition and abundance of a set of
proteins, ie, a proteome, in a biological sample defined in space (type of tissue, cells, or …

Proteomic studies alongside with other post-genomic approaches are rapidly progressing in
plant biology. This trend is reflected by the increased number of publications related to plant …

Proteomics is an essential source of information about biological systems because it
generates knowledge about the concentrations, interactions, functions, and catalytic …

The revolution in big biology that we are currently witnessing can be as readily attributed to
our changing perceptions about biology as it can be credited to recent technical advances …

The current revolution in proteomics has been generated by the combination of very
sensitive mass spectrometers coupled to microcapillary liquid chromatography, specific …

Numerous advances in protein mass spectrometry have been applied to plant systems over
the past few decades (Jorrin-Novo, 2021). The intention of this Research Topic was to …

Proteomics has become an important approach for investigating cellular processes and
network functions. Significant improvements have been made during the last few years in …

With the avalanche of genomic information and improvements in analytical technology,
proteomics is becoming increasingly important for the study of many different aspects of …

Mass-spectrometry-based proteomics, the large-scale analysis of proteins by mass
spectrometry, has emerged as a new technology over the last decade and become routine …

Over the past two decades, we witnessed significant technological advances in Proteomics.
Methodology and instrumentation have developed remarkably and proteomics has become …