Cellular Biotechnology

Molecular and cellular neurobiotechnology

Prof. Dr. del Río, José Antonio
Group Leader


Edifici Hèlix | Baldiri Reixac, 15-21 | 08028 | Barcelona
Email : jadelrioibecbarcelona.eu

Research Topics

Atomic force microscopy / Microarrays analysis / Gene cloning and expression of developmentally regulated genes / Pharmacological treatments to promote axon regeneration / Prion biology / Neurodegenerative diseases / Neural stem cells


During 2010, the research group has developed several studies aimed at understanding some processes of development, neuronal plasticity and neurodegeneration of the central nervous system (CNS). Among them we have demonstrated, in collaboration with other groups, the role of an intracellular adapter Dab1 as a link between different neurodegenerative diseases (Alzheimer’s disease and prion diseases). In addition we have determined the functions of a protein, OMgp, during the development and plasticity of the nervous system. This protein is very active in synaptic transmission and neural plasticity. We have also made progress in understanding the intracellular mechanisms responsible of the failure of axonal regeneration after CNS injury. In this area, we have described that the intracellular kinase GSK3β involved in the inhibitory effects of myelin-associated molecules.


Example of time lapse video using LEICA SP5 spinning disk confocal microscopy showing two olfactory ensheathing glia transiently transfected with Life Act using electroporation procedures. This observation is useful to analyze F-Actin dynamics in living cells under different substrates and only available with high speed confocal capture, and high sensitive camera ORCA 32 bits. Sequential pictures were further analyzed with Metamorph and Matlab software.







In 2010 the group published a methodological review in Nature Protocols on the usefulness of three-dimensional culture in neuropharmacological studies. Moreover, in collaboration with other national groups, we have characterized the process of neurogenesis in the adult hippocampus and its modification by sensory or motor learning.

Finally, group members have collaborated on the study of differential miRNA expression associated with Huntington’s disease.


Example of oligodendrocyte differentiation (green) from human
neuronal stem cells in vitro (HNSC100). In addition to oligodendrocytes,
a feed layer of astrocytes (red) are present in the culture. Cells are
countestained with Hoescht. Picture obtained using an Olympus BX61
microscope equipped with a DP12L high resolution camera and an
incubation chamber LCi, after 15 days in continuous time lapse analysis.