Microspore-derived haploid plantlets of cork oak (Testillano´s Lab)
Respiratory chain deficient human fibroblast showing mitochondria (red), parkin (green) and colocalized pixels (white).(María Morán´s group)
Acidic nanoparticles (red) localized within lysosomes (green) at 24 hours. (Benjamin Dehay´s Lab)
Electron microscope micrograph showing autophagosomes (top) and an autolysosomes (botton) observed in amino acid-starved HeLa cells. (Fulvio Reggiori´s Lab)
In vitro root morphogenesis of a microspore-derived plantlet of cork oak ( Testillano’s Lab)
Electron microscope micrograph showing autophagosomes (top) and an autolysosomes (botton) observed in amino acid-starved HeLa cells.
Brassica napus inflorescence (Testillano´s Lab)
Photo: Luisa Sandalio´s group
Doubled-haploid plantlets regenerated from microspores of Brassica napus ( Testillano’s Lab)
Electron microscope micrograph showing autophagosomes (top) and an autolysosomes (botton) observed in amino acid-starved HeLa cells. (Fulvio Reggiori´s Lab)
Human dermal fibroblasts showing LC3B (green) and mitochondria (red) staining. (María Morán´s group) Maria Morán´s group
Electron microscope micrograph showing autophagosomes (top) and an autolysosomes (botton) observed in amino acid-starved HeLa cells. (Fulvio Reggiori´s Lab)
COST (European Cooperation in Science and Technology) is a pan-European intergovernmental framework. Its mission is to enable break-through scientific and technological developments leading to new concepts and products and thereby contribute to strengthening Europe’s research and innovation capacities. www.cost.eu 
COST is supported by EU Framework Programme Horizon 2020.
