Over a century ago, spinal cord experiments led to the proposal that a simple neural network can produce such a rhythmic oscillatory firing pattern. These oscillatory networks are now known as ...

show the similar irregular firing patterns as seen in the cerebral cortex. "Our findings contradict conventional wisdom about spinal cord functions," says Rune W. Berg from Department of ...

These patterns range from repetitive to delayed, to bursting and to single spiking. In the ventral spinal cord, interneurones process both motor commands and sensory inputs. Steady firing ...

The newly identified neuronal firing pattern may represent an early ... because it can operate independently of the brain and spinal cord, the central nervous system (CNS). It has also been ...

Just a few months after upgrading its portfolio of recharge-free spinal cord stimulators with ... the natural rhythm of the brain’s own firing patterns. According to the company, a head-to ...

In contrast, this does not appear to be the pattern in South Africa and an analysis has therefore been made of 40 rugby players sustaining injuries to the spinal cord during the period 1985 to 1989.

After a devastating spinal cord injury, mice’s nerve cells balloon ... But excitatory neurons showed a very different pattern. These cells, which ramp up other cells’ activity, ballooned ...