Projection of Dermatomes on the Substantia Gelatinosa

The origin of a spinal‐cord slow potential

“…Small numbers of non-myelinated fibres may, indeed, enter the Lissauer tract from the dorsal roots. J. Szentagothai (personal communication) is continuing his extensive investigation of the region (Szentagothai & Kiss, 1949) and presents the following picture. Afferent fibres of all diameters end in the substantia gelatinosa.…”

The origin of a spinal‐cord slow potential

“…Small numbers of non-myelinated fibres may, indeed, enter the Lissauer tract from the dorsal roots. J. Szentagothai (personal communication) is continuing his extensive investigation of the region (Szentagothai & Kiss, 1949) and presents the following picture. Afferent fibres of all diameters end in the substantia gelatinosa.…”

Pathobiological reactions of C‐fibre primary sensory neurones to peripheral nerve injury

“…Firstly, peripheral nerves are represented in a strict somatotopic manner in the spinal dorsal horn, as shown with silver degeneration techniques (e.g. Szentagothai & Kiss, 1949;Grant & Ygge, 1981) and novel neuronal tract tracing methods (e.g. Rustioni et al 1971Rustioni et al , 1972Devor & Claman, 1980;Swett & Woolf, 1985;Molander & Grant, 1986).…”

The origin of a spinal‐cord slow potential

“…Small numbers of non-myelinated fibres may, indeed, enter the Lissauer tract from the dorsal roots. J. Szentagothai (personal communication) is continuing his extensive investigation of the region (Szentagothai & Kiss, 1949) and presents the following picture. Afferent fibres of all diameters end in the substantia gelatinosa.…”

Pathobiological reactions of C‐fibre primary sensory neurones to peripheral nerve injury

“…Firstly, peripheral nerves are represented in a strict somatotopic manner in the spinal dorsal horn, as shown with silver degeneration techniques (e.g. Szentagothai & Kiss, 1949;Grant & Ygge, 1981) and novel neuronal tract tracing methods (e.g. Rustioni et al 1971Rustioni et al , 1972Devor & Claman, 1980;Swett & Woolf, 1985;Molander & Grant, 1986).…”

The origin of a spinal‐cord slow potential

“…Small numbers of non-myelinated fibres may, indeed, enter the Lissauer tract from the dorsal roots. J. Szentagothai (personal communication) is continuing his extensive investigation of the region (Szentagothai & Kiss, 1949) and presents the following picture. Afferent fibres of all diameters end in the substantia gelatinosa.…”

Pathobiological reactions of C‐fibre primary sensory neurones to peripheral nerve injury

“…Firstly, peripheral nerves are represented in a strict somatotopic manner in the spinal dorsal horn, as shown with silver degeneration techniques (e.g. Szentagothai & Kiss, 1949;Grant & Ygge, 1981) and novel neuronal tract tracing methods (e.g. Rustioni et al 1971Rustioni et al , 1972Devor & Claman, 1980;Swett & Woolf, 1985;Molander & Grant, 1986).…”