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FPDF for ASP v.1.01 beta by Lorenzo Abbati [www.aspxnet.it]
2015-04-30T09:42:11+02:00
2015-04-30T09:42:11+02:00
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q 0.000 g BT 59.53 805.77 Td (pharmacology in the study of cognitive disturbances. Transcriptional dysregulation in neuropathology. \(UMH 2697\) New therapies \(3ECTS\) Advanced therapy) Tj ET Q
q 0.000 g BT 59.53 794.43 Td (\(genetic and cellular\) in the treatment of neurological diseases. Cell therapy for the treatment of ELA. Cellular and molecular alterations in dopaminergic) Tj ET Q
q 0.000 g BT 59.53 783.09 Td (neurodegeneration. Stereotaxic surgery \(intracerebral stimulation and radiosurgery\) for neurological disorders. Cell therapy in the treatment of Parkinson) Tj ET Q
q 0.000 g BT 59.53 771.75 Td (disease.\(UMH 2699\) Animal facilities and tools in neuroscience \(3 ECTS\) Basic aspects of the use of shared Technologies. The use of animal models in) Tj ET Q
q 0.000 g BT 59.53 760.42 Td (neuroscience. Cell culture procedures. Tools for Bioinformatics Analysis of Gene Expression and Evolution. Statistical tools in neuroscience. Annotated brain) Tj ET Q
q 0.000 g BT 59.53 749.08 Td (atlas.\(UMH 2700\) Functional imaging acquisition and image analysis \(3 ECTS\) Basic concepts in imaging technologies. Practical issues of in vivo imaging) Tj ET Q
q 0.000 g BT 59.53 737.74 Td (systems. Image analysis in the context of neuroscience. Functional magnetic resonance in small animals. Physics behind Nuclear Magnetic Resonance Imaging) Tj ET Q
q 0.000 g BT 59.53 726.40 Td (\(NMR\) Biological bases of NMR. Functional imaging based on NMR. Multimodal combination of NMR, electrophysiological and optogenetic) Tj ET Q
q 0.000 g BT 59.53 715.06 Td (techniques. Paramagnetic contrast agents. Experimental applications.\(UMH 2750\) Master Research work \(15 ECTS\)OPTATIVES:\(UMH 2703\) Sensory) Tj ET Q
q 0.000 g BT 59.53 703.72 Td (transduction \(4.5 ECTS\) Biophysics and pharmacology of ion channels. Molecular mechanisms of transmitter release. Synaptic transmission in the cerebral) Tj ET Q
q 0.000 g BT 59.53 692.38 Td (cortex. Cellular mechanisms and functional role of synaptic short and long-term potentiation. Molecular and cellular basis of sensory transduction Bases of) Tj ET Q
q 0.000 g BT 59.53 681.05 Td (nociception. The cornea as a nociceptive model. Bases of chemotransduction. Bases of thermotransduction. Bases of mechanotransduction.\(UMH 2751\)) Tj ET Q
q 0.000 g BT 59.53 669.71 Td (Information processing \(4.5 ECTS\) Visual information processing: Functional architecture of retinal, thalamic and cortical receptive fields. Finding a shape: the) Tj ET Q
q 0.000 g BT 59.53 658.37 Td (emergence of orientation selectivity in primary visual cortex as a model of cortical function. Parallel and serial information processing in the cerebral cortex. Visual) Tj ET Q
q 0.000 g BT 59.53 647.03 Td (objects in context: what the visual arts tell us about high order perception. Somatosensory information processing: Functional architecture of whisker receptive) Tj ET Q
q 0.000 g BT 59.53 635.69 Td (fields. The contribution of intrinsic and synaptic properties to information processing in the somatosensory system. Development and plasticity of whisker) Tj ET Q
q 0.000 g BT 59.53 624.35 Td (receptive fields in the barrel cortex. Efficient coding of tactile stimuli in the rodent barrel cortex. Anatomical, functional and effective connectivity in the) Tj ET Q
q 0.000 g BT 59.53 613.01 Td (brain. Synaptic plasticity and network reorganization. Deep brain microstimulation.\(UMH 2702\) Developmental neurobiology: from neurogenesis to circuit) Tj ET Q
q 0.000 g BT 59.53 601.68 Td (formation \(4.5 ECTS\) Precursor determination and specification. Neurogenic genes: Lateral inhibition. Asymmetric Cell Division: Generating Neuronal) Tj ET Q
q 0.000 g BT 59.53 590.34 Td (Diversity. Control of neural proliferation and neuronal differentiation in CNS neurogenesis. Neural migration. General concepts. Neuronal Polarization. Role of the) Tj ET Q
q 0.000 g BT 59.53 579.00 Td (cytoskeleton in neuronal polarization. Neuronal Migration. Pyramidal neurons vs. GABA-ergic interneurons. The development of the visual system as a model to) Tj ET Q
q 0.000 g BT 59.53 567.66 Td (study axon guidance and target recognition. Directional navigation versus fasciculation. Synapse Formation. Synapse stabilization and refinement. Early) Tj ET Q
q 0.000 g BT 59.53 556.32 Td (neuronal populations in the developing cerebral cortex. Regionalization of the cerebral cortex: Intrinsic vs. extrinsic factors. Formation of cortical gyri.) Tj ET Q
BT /F1 8.00 Tf ET
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q 0.000 g BT 59.53 485.97 Td (De acuerdo con la informacin recibida de los responsables de las asignaturas optativas UMH 2703:) Tj ET Q
0.295 Tw
q 0.000 g BT 59.53 471.80 Td (Sensory transduction y UMH 2751: Information processing, algunos contenidos son muy complementarios,) Tj ET Q
0.607 Tw
q 0.000 g BT 59.53 457.63 Td (por lo que se ha analizado la posibilidad de fundir ambas en una sola. Esto dara la posibilidad a algunos) Tj ET Q
1.623 Tw
q 0.000 g BT 59.53 443.45 Td (estudiantes de adquirir una formacin mucho mas extensa. Se pedir a ANECA la aprobacin de este) Tj ET Q
0 Tw
q 0.000 g BT 59.53 429.28 Td (cambio. ) Tj ET Q
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q 0.600 0.000 0.000 rg BT 59.53 387.58 Td (8. OTROS ASPECTOS A VALORAR RELATIVOS AL TTULO) Tj ET Q
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q 0.000 g BT 59.53 364.08 Td (Un problema que ha surgido respecto al ttulo, es el nmero de estudiantes admitidos. Inicialmente el) Tj ET Q
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q 0.000 g BT 59.53 349.91 Td (nmero de plazas ofertadas es de 30, un nmero que siempre hemos considerado como mximo, si bien) Tj ET Q
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q 0.000 g BT 59.53 335.74 Td (nuestro ideal est entre 12-18 alumnos. La admisin de estudiantes est condicionada por los laboratorio) Tj ET Q
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q 0.000 g BT 59.53 321.56 Td (que pueden ofrecer la realizacin del Trabajo Fin de Mster. ) Tj ET Q
q 0.000 g BT 59.53 296.05 Td (De hecho este ltimo ao hemos recibido 32 solicitudes, de las cuales solo hemos podido aceptar 14.) Tj ET Q
q 0.000 g BT 59.53 270.54 Td (Se va a solicitar a ANECA el cambio del nmero de plazas ofertadas.) Tj ET Q
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