Neuroscience research paper

22nd Annual  Neuroscience Public Forum  was held on Saturday, March 25, 2017 at the Cooley University Life Center.   The forum is  free  to the public.  This year’s forum was entitled Autism Spectrum Disorder(s) in the Age of DSM-5 . The annual forum is part of international “Brain Awareness Week” and is one of the largest, public neuroscience outreach events held in Houston, allowing hundreds of members of the Houston community to interact with scientists and clinicians as well as view demonstrations and displays related to brain function and health.

The mission of the Department of Neuroscience is to do excellent teaching and research on the basic functions and diseases of the nervous system. Areas of interest include neural plasticity, information processing, and neuronal and synaptic functions, particularly as they relate to development, sensory perception, motor behavior, and cognition. The twenty-five campus-based Neuroscience faculty train undergraduate, graduate, postdoctoral, and medical students in molecular, cellular, developmental, systems, cognitive, and theoretical neuroscience. There are currently over 50 doctoral students in the Neuroscience Graduate Program and the innovative Brown-NIH Graduate Program Partnership, and over 120 undergraduate students are enrolled in the neuroscience concentration. Members of the Department also participate in the MRI Research Facility, the Center for Vision Research, and several NIH and NIMH training grants for graduate and postdoctoral fellows studying neuroscience and vision sciences. The Department is also a major contributor to Brown's Institute for Brain Science, a multidisciplinary consortium of about ninety faculty from eleven departments that promotes collaborative theoretical and experimental studies of the brain.

Closer neuroscience research investigations of fluorescently-labeled neuronal spines are possible using superresolution microscopy methods such as structured illumination microscopy (SR-SIM). With ELYRA you benefit from twice the resolving power of a conventional light microscope by using any conventional fluorophore and Z-sectioning for 3D data acquisition.
With electron microscopy you accomplish ultra-resolution of neural connections and intracellular structures. The field emission scanning electron microscopes from the Sigma and GeminiSEM families in combination with 3View from Gatan are the perfect tools for 3D reconstruction of large volumes. By sequentially slicing the tissue with an ultramicrotome inside the SEM chamber, you image brain or nervous tissue and then reassemble the images for in depth analysis in a process called serial block-face electron microscopy (SBEM) imaging. Alternatively you use Atlas for automated large area imaging of serial sections or Atlas 3D for ion beam milling and SEM imaging with Crossbeam. If you want to link functional investigations using fluorescent markers with ultrastructural information from electron microscopes, Shuttle & Find provides a unique workflow for highest efficiency. You profit from fast relocation and precise image overlays with this unique solution for correlative light and electron microscopy by ZEISS.

Neuroscience research paper

neuroscience research paper


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