Full article: Iron oxide nanoparticles and magnetic field exposure promote functional recovery
by attenuating free radical-induced damage in rats with spinal cord transection Skip to …

… level of functional recovery and effectiveness … functional recovery, we tested the correlation
between the group average of white matter volume and the final group average of functional …

… PMF stimulation demonstrated better motor function recovery than the unstimulated control
… and encouraging bioeffect of PMF on motor function recovery following SCI. However, the …

… a magnetic field of 0.3 m'T with pulse duration of 20 ms and a repetition rate of 2 Hz, Experimental
animals were exposed to this field … in regeneration or recovery between animals which …

… (SCI) is associated with poor functional recovery due to a limited … We report that our cell
delivery system using a magnetic field … cord and thereby promotes functional recovery after SCI. …

… It was, therefore, chosen for the current study as our intermediate magnetic field. The other …
EMF exposure [Walker et al., 1994a]. To summarize, we found no effect on functional recovery …

… The exposure to magnetic fields facilitated further this improvement. The … functional recovery
has occurred at a much slower pace. Current progress on research into spinal cord recovery …

… functional recovery by activation of the brain derived neurotrophic factor/tropomyosin
receptor kinase B/protein kinase B … extremely low-frequency magnetic fields reduce iron-induced …

… canine spinal cord injuries; and it improves functional outcome.Recently a Phase I trial has
been successfully completed on oscillating field stimulation for complete spinal cord injury in …

… Pulsed magnetic fields (PMFs) have well‐known beneficial … of injured sciatic nerves of rats
exposed to PMF. Following the injury, … in impulse conduction of recovered nerves under PMF …