The ''omics revolution''in science has been swift and, in many cases, borders on
overwhelming. A number of powerful tools, including variations on the theme of proteomics …

Genome sequencing and systems biology revolutionized life sciences. Proteomics emerged
as a fundamental technique of this novel research area. This review aims to summarize the …

Proteins are intimately involved in executing and controlling virtually all cellular processes.
To understand the molecular mechanisms that underlie plant phenotypes, it is essential to …

Until recently, large scale proteomic investigations in the plant field have only been possible
for a few model species for which the whole genome sequence had been fully determined …

The genome of several species has now been elucidated; these genomes indicate the
proteomic potential of the cell. While identification of genomes has been, and continues to …

The proteome of a Medicago truncatula cell suspension culture was analyzed using two-
dimensional electrophoresis and nanoscale HPLC coupled to a tandem Q-TOF mass …

Proteomics is becoming a necessity in plant biology, as it is in medicine, zoology and
microbiology, for deciphering the function and role of the genes that are or will be …

Two-dimensional gel electrophoresis (2-DGE) has come a long way since its introduction
around 40 years by the pioneering work of these three researchers (Klose, 1975; O'Farrell …

The potential of unintended effects caused by transgenic events is a key issue in the
commercialization of genetically modified (GM) crops. To investigate whether transgenic …

Uppermost internodes, which connect the part between the ear and lower stem, form an
important pathway transporting mineral nutrition from roots and photosynthates from leaves …