497 Results for Models, Animal

  1. A Noninvasive Novel Method of Deep Brain Stimulation in Animal Model

    ... noninvasive deep brain stimulation appears to activate brain areas resulting in motor changes in a mouse model that could, potentially, prove relevant to treatment of Parkinson's disease and other movement

    • Moran, Mark
    • Neurology Today
    • July 06, 2017
  2. Experimental Treatment for Prion Disease Using ‘Anti-Prions’ Shows Promise in Animal Model

    ... and brain damage. The translational potential is the subject for discussion by independent experts.A novel experimental treatment for prion disease showed promising results in an animal model, according to a study

    • Rukovets, Olga
    • Neurology Today
    • August 17, 2017
  3. Spinal Cord Stimulation Restores Movement in Animal Models of Parkinson Disease

    ... explained, and it has been reported both in patients and animal models.Low-frequency neural synchronization is highly correlated with motor impairment, thus it is believed to contribute to the mechanisms that link the...

    • TALAN, JAMIE
    • Neurology Today
    • May 04, 2009
  4. New ALS Animal Model More Closely Resembles Human Disease

    ... at Washington University in St. Louis have developed a new animal model for familial amyotrophic lateral sclerosis (ALS) based on a mutation in the TAR DNA binding protein-43 (TDP-43) gene identified in some ALS...

    • TALAN, JAMIE
    • Neurology Today
    • November 19, 2009
  5. MS: NEW ANIMAL MODELS ELUCIDATE A COMPLEX PATHOGENESIS

    ...SAN FRANCISCO — Innovative animal models are leading to new clues regarding the multiple etiologies contributing to multiple sclerosis (MS), according to Stephen L. Hauser, MD. In the Raymond D. Adams Lecture here

    • Moyer, Paula
    • Neurology Today
    • December 01, 2003
  6. Cardiac Role in Sudden Unexplained Death in Idiopathic Epilepsy is Observed in Animal Models

    .... Goldman said in an e-mail message. “The beauty of our mouse model is that it brought us closer to understanding one of the possible mechanisms behind this dual phenotype. We are actively trying to better understand

    • FRIEDMAN, ROBERTA PHD
    • Neurology Today
    • November 19, 2009