Scientific researcher with broad experience in laboratory techniques and biomedical research related to bioimaging, mouse phenotyping and, more specifically, to the study of the retina and retinopathies. My interests are focused on biomedical research to elucidate the mechanisms of pathology to develop innovative therapies to improve health and welfare of individuals.Specialties: Morphological and molecular analysis of the phenotype of transgenic animal models, as well as analysis of effectiveness of the different gene therapies developed. Bioimaging, Confocal microscopy, Morphology, Mouse phenotyping, Biotechnology, Biomedicine, Transgenic mouse models, Vascular system, Retina, Retinopathy.Bioimaging systems: confocal laser microscopy (image acquisition, 3D reconstructions, in vivo confocal microscopy including FLIM, FRET, FRAP and FLIP, protein colocalization analysis, protein quantification); scan laser ophthalmoscope (fluorescein and indocyanin green angiographies); wide field microscopy; transmission electron microscopy.Laboratory skills: Phenotyping of transgenic mice (normal and pathologic gross anatomy, histology and morphology), tissue processing and morphological analyisis techniques (routine and specific histological staining, inmunohistochemistry, histochemistry, transmission and scanning electron microscopy), retinal culture, analysis of calcium Dynamics, analysis of tissular hypoxia, analysis of the integrity of vascular barriers.Management of laboratory animals: comprehensive mouse dissection and sample collection for further processing; subcutaneal, intraperitoneal, intramuscular, intravascular and intraocular injections; cranial and caudal aortic cannulation, retinal extraction.Management of different softwares: including bioimaging software (ACT-1, LAS AF-Lite, Analysis, Olympus, angiotool), statistics software (GraphPadPrism), design software (Adobe Photoshop, Adobe InDsign) and office (Word, PowerPoint, Excel).