Electronic microscopy (TEM/SEM)
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Transmission electron microscopy (TEM)
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Chemical fixation methods for biological samples
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Dehydration techniques
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Different embedding techniques
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Ultramicrotomy techniques
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Negative staining techniques for suspensions
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Scanning electron microscopy (SEM)
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Chemical fixation methods for biological samples
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Dehydration techniques
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Critical point drying of samples and other chemical agents (HMDS)
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Different types of assembly according to sample type
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Optical microscopy
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Semithin sections (0.5 – 3 µm) and specific stains
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Molecular localization techniques
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Immunolocalization techniques (markers: nanogold, gold, quantum dots, silver etc.)
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Lectin techniques (localization of sugar residues)
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Glycogen localization
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Correlative techniques (CLEM)
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Observation of the same sample with electronic and optical microscopes
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Transmission electron microscopy (TEM)
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Ultrastructural, tissue, cellular and molecular studies
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Studies of bacterial, viral, bacteriophagic and nitrogen suspensions, etc.
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Ultrastructural studies of isolated cell organelles, mitochondrial pellets and chloroplasts
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Whole-mount studies of cells and bacteria, etc.
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Molecular localization and co-localization of proteins, glucidic residues, etc.
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Cytochemical studies (Enzyme activity, digestion, etc.)
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CLEM studies of different types of samples
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Scanning electron microscopy (SEM)
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Microstructural analysis of cell cultures, tissues and organs with 3-D imaging
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Study of cell suspensions
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Surface studies: bone, teeth, corneas skin, etc.
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Study of biofilms and their formation on different surfaces
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Morphological studies of small organisms and microorganisms
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Molecular localization.
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Study of biomaterials, implants, etc.
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Study, analysis and evaluation of images obtained
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3D reconstructions with Array Tomography
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Optic microscopy
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Optical studies on semi-fine sections of samples included in resin.
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Study of cell cultures and tissues
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Study of fungal pathogens on plants
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Study of the incorporation of markers inside cells
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Study of human spermatozoa
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Studies of biofilms on water filters and cultures, tracheal tubes, historic moments, etc.
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Surface studies: prostheses removed from patients, presence of sperm on tissue
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TEM localization of nanogold in different tissues absorbed via inhalation in live rats
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Study of nanogold in textiles
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Study of bacteriophagic contamination in the bacterial production of lactose
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Study of protein aggregation in Alzheimer patients
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Clinical biopsy processing
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Surname
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Name
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Location
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Phone number
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Email
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BELLIDO ESPAÑOL
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DAVID
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Fac. Medicina C/ Casanova, 143
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934034407
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bellido@ccit.ub.edu
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PRATS MIRALLES (*)
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EVA
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Fac. Medicina C/ Casanova, 143
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934034407
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evaprats@ccit.ub.edu
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RIVERA DURAN
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ROSA
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Fac. Medicina C/ Casanova, 143
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934034407
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rosarivera@ccit.ub.edu
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(*) For more information
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