SFN 2018 POSTERS THAT PRESENT DATA FROM VULINTUS SYSTEMS

Inclusion in this list does not denote any endorsement of Vulintus products on behalf of the presenters. Research that was funded, directly or indirectly, by Vulintus is labeled with a disclosure.

  • Nudi et al.
    Towards a reproduceable rodent model of lasting upper extremity impairments after subcortical white matter infarcts.
    54.27. AA11.
    Sunday, 1:00PM-5:00PM.
      STROKE    RAT    ISOMETRIC PULL 

  • Bethea et al.
    Simultaneous versus delayed pairing of rehabilitation and electrical stimulation: Functional recovery and axon outgrowth in rats after chronic unilateral corticospinal injury.
    296.13. T5.
    Monday, 8:00AM-12:00PM.
      SPINAL CORD INJURY    RAT    SUPINATION 

  • Detloff et al.
    Effects of early and delayed strength training on neuropathic pain and nociceptive afferent sprouting after cervical spinal cord injury.
    297.07. U8.
    Monday, 8:00AM-12:00PM.
      SPINAL CORD INJURY    RAT    ISOMETRIC PULL 

  • Serradj et al.
    Assessing corticospinal-dependent skilled forelimb movement in mice.
    297.11. U12.
    Monday, 8:00AM-12:00PM.
      SPINAL CORD INJURY    MOUSE    ISOMETRIC PULL 

  • Valenzuela et al.
    Non-paretic forelimb training does not interfere with recovery of paretic forelimb strength after experimental middle cerebral artery occlusion.
    385.07. S14.
    Monday, 1:00PM-5:00PM.
      STROKE    RAT    ISOMETRIC PULL 

  • Morrison et al.
    Timing and intensity of vagus nerve stimulation influences motor cortex plasticity.
    402.09. OO7.
    Monday, 1:00PM-5:00PM.
      MOTOR CORTEX PLASTICITY    RAT    LEVER PRESS 

  • Pruitt et al.
    Vagus nerve stimulation intensity and frequency modulate cortical plasticity and motor recovery after brain injury.
    662.12. DP05/Y13.
    Wednesday, 8:00AM-12:00PM.
      STROKE    RAT    SUPINATION 

  • Darrow et al.
    Improving generalization of recovery using vagus nerve stimulation after peripheral nerve injury.
    665.08. CC11.
    Wednesday, 8:00AM-12:00PM.
      PERIPHERAL NERVE INJURY    RAT    ISOMETRIC PULL, SUPINATION 

  • Meyers et al.
    Restoring central networks improves motor and sensory function after nerve damage.
    665.14. DD1.
    Wednesday, 8:00AM-12:00PM.
      PERIPHERAL NERVE INJURY    RAT    ISOMETRIC PULL 

  • Ruiz et al.
    Parametric optimization of Vagus Nerve Stimulation for the enhancement of plasticity and recovery of forelimb motor function after peripheral nerve injury.
    771.12. WW1.
    Wednesday, 1:00PM-5:00PM.
      PERIPHERAL NERVE INJURY    RAT    ISOMETRIC PULL