-transparent.png){kind=logo}
In high spinalized cats the propriospinal effects of forelimb afferents upon 145 motoneurones of seven different flexor and extensor hindlimb muscles were investigated with intracellular recording. All types of motoneurones showed late (latency longer than 6 msec) excitatory or mixed excitatory-inhibitory effects to forelimb nerve stimulation. Only in flexor digitorum and hallucis longus (FDL) motoneurones were distinct effects with shorter latencies observed, which, however, were exclusively inhibitory. The IPSPs were evoked from cutaneous and muscle afferents and had a minimal central latency of 3.1 msec. They were probably mediated via a trisynaptic pathway.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
E D Schomburg, and
H M Meinck, and
J Haustein
January 1978,
Neuroscience letters,
E D Schomburg, and
H M Meinck, and
J Haustein
July 1986,
Neuroscience research,
E D Schomburg, and
H M Meinck, and
J Haustein
April 1989,
The Journal of physiology,
E D Schomburg, and
H M Meinck, and
J Haustein
January 1975,
Clinical orthopaedics and related research,
E D Schomburg, and
H M Meinck, and
J Haustein
January 2012,
The Journal of foot and ankle surgery : official publication of the American College of Foot and Ankle Surgeons,
E D Schomburg, and
H M Meinck, and
J Haustein
May 1993,
Journal of the American Podiatric Medical Association,
E D Schomburg, and
H M Meinck, and
J Haustein
November 1996,
Journal of the American Podiatric Medical Association,
E D Schomburg, and
H M Meinck, and
J Haustein
February 1976,
Brain research,
E D Schomburg, and
H M Meinck, and
J Haustein
January 1979,
The Journal of hand surgery,
E D Schomburg, and
H M Meinck, and
J Haustein
January 1993,
Acta anatomica,
