Recent advances in the proteomic field have allowed high throughput experiments to be
conducted on chloroplast samples and the data are available in several databases such as …

Recent advances in the proteomics field have allowed a series of high throughput
experiments to be conducted on chloroplast samples, and the data are available in several …

Proteomics is a very powerful approach to link the information contained in sequenced
genomes, like Arabidopsis, to the functional knowledge provided by studies of plant cell …

Recent advances in the proteomic field have allowed high-throughput experiments to be
conducted on chloroplast samples. Many proteomic investigations have focused on either …

The development of chloroplasts and the integration of their function within a plant cell rely
on the presence of a complex biochemical machinery located within their limiting envelope …

Plant productivity is determined by the conversion of solar energy into biomass through
oxygenic photosynthesis, a process performed by protein-cofactor complexes including …

The chloroplast is a major plant cell organelle that fulfills essential metabolic and
biosynthetic functions. Located at the interface between the chloroplast and other cell …

Chloroplasts are the defining plant organelle carrying out photosynthesis. Photosynthetic
complexes are embedded into the thylakoid membrane which forms an intricate system of …

Chloroplasts are bounded by a pair of outer membranes, the envelope, that is the only
permanent membrane structure of the different types of plastids. Chloroplasts have had a …

The post-genomic era of biology has seen a significant shift in focus, from the genes
themselves to the proteins they encode. New studies on the Arabidopsis chloroplast …