Operant conditioning of the spinal stretch reflex (SSR) or its electrical analog, the H-reflex,
provides a new method to induce long-term plasticity within the spinal cord. In response to …

The H-reflex, the electrical analog of the spinal stretch reflex (SSR) is mediated largely by a
wholly spinal, primarily two-neuron pathway. Because this pathway is influenced by …

The brain shapes spinal cord function throughout life. Operant conditioning of the H-reflex,
the electrical analog of the spinal stretch reflex (SSR), is a relatively simple model for …

Operant conditioning of the spinal stretch reflex or its electrical analog, the H-reflex, is a new
model for exploring the mechanisms of long-term supraspinal control over spinal cord …

Operant conditioning of the spinal stretch reflex or its electrical analog, the H-reflex, is a new
model for exploring the mechanisms of supraspinal control over spinal cord function. Both …

Previous studies have shown that corticospinal tract (CST) transection, but not transection of
other major spinal cord tracts, prevents down-conditioning of the H-reflex, the electrical …

Rats, monkeys, and humans can alter the size of their spinal stretch reflex and its electrically
induced analog, the H-reflex (HR), when exposed to an operant conditioning paradigm …

Operant conditioning of the H-reflex, the electrical analog of the spinal stretch reflex (SSR),
induces activity-dependent plasticity in the spinal cord and might be used to improve …

Studies in monkey models have demonstrated that spinal stretch reflexes (SSRs) can be
conditioned to be smaller or larger. Results of H-reflex conditioning studies further support …

The spinal cord of both nonhuman and human primate subjects exhibits the potential for
plasticity. The spinal stretch reflexes (SSRs, monosynaptic and possibly polysynaptic) can …