The Red Nucleus and Adjacent Cell Groups

Anatomy of the Corpus Striatum and Brain Stem Integrating Systems

“…The comparative studies of Fuse (101) did not entirely support those of Hatschek (122) in that he found the magnocellular portions of the red nucleus better developed in primates than in carnivores. Studies in the cat by Davenport and Ranson (63) distinguished no definite parvocellular division and referred only to compact caudal and diffuse rostral cell groups. Brodal and Gogstad (26) described only caudal magnocellular and rostral parvocellular regions of the nucleus in the cat, although they identified a nucleus minimus.…”

Anatomy of the Corpus Striatum and Brain Stem Integrating Systems

“…The comparative studies of Fuse (101) did not entirely support those of Hatschek (122) in that he found the magnocellular portions of the red nucleus better developed in primates than in carnivores. Studies in the cat by Davenport and Ranson (63) distinguished no definite parvocellular division and referred only to compact caudal and diffuse rostral cell groups. Brodal and Gogstad (26) described only caudal magnocellular and rostral parvocellular regions of the nucleus in the cat, although they identified a nucleus minimus.…”

Pharmacology of the brachium conjunctivum: Red nucleus synaptic system in the baboon

“…The responsiveness of feline RN neurons to microiontophoretically applied amino acids, acetylcholine, and biogenic amines has been reported (Davis and Vaughan, 1969;Altmann et al, 1973). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954); therefore it is not possible to distinguish between these 2 types of RN neurons in the cat. In this study, the responsiveness of single magnocellular and parvicellular RN neurons in the baboon to microiontophoretically applied drugs and putative neurotransmitters was investigated.…”

Brachium conjunctivum‐red nucleus synaptic system in the baboon

“…The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”

“…The electrophysiological properties of the brachium conjunctivum-red nucleus (BC-RN) synaptic system have been previously described in cat by several investigators (Appelberg, 1961;Davis, 1964;Davis and Tallow, 1966;Tsukahara et al, 1967;Toyama et al, 1968;Davis, 1969;Toyama et al, 1970;Anderson, 1971). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”

Anatomy of the Corpus Striatum and Brain Stem Integrating Systems

“…The comparative studies of Fuse (101) did not entirely support those of Hatschek (122) in that he found the magnocellular portions of the red nucleus better developed in primates than in carnivores. Studies in the cat by Davenport and Ranson (63) distinguished no definite parvocellular division and referred only to compact caudal and diffuse rostral cell groups. Brodal and Gogstad (26) described only caudal magnocellular and rostral parvocellular regions of the nucleus in the cat, although they identified a nucleus minimus.…”

Pharmacology of the brachium conjunctivum: Red nucleus synaptic system in the baboon

“…The responsiveness of feline RN neurons to microiontophoretically applied amino acids, acetylcholine, and biogenic amines has been reported (Davis and Vaughan, 1969;Altmann et al, 1973). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954); therefore it is not possible to distinguish between these 2 types of RN neurons in the cat. In this study, the responsiveness of single magnocellular and parvicellular RN neurons in the baboon to microiontophoretically applied drugs and putative neurotransmitters was investigated.…”

Brachium conjunctivum‐red nucleus synaptic system in the baboon

“…The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”

“…The electrophysiological properties of the brachium conjunctivum-red nucleus (BC-RN) synaptic system have been previously described in cat by several investigators (Appelberg, 1961;Davis, 1964;Davis and Tallow, 1966;Tsukahara et al, 1967;Toyama et al, 1968;Davis, 1969;Toyama et al, 1970;Anderson, 1971). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”

Anatomy of the Corpus Striatum and Brain Stem Integrating Systems

“…The comparative studies of Fuse (101) did not entirely support those of Hatschek (122) in that he found the magnocellular portions of the red nucleus better developed in primates than in carnivores. Studies in the cat by Davenport and Ranson (63) distinguished no definite parvocellular division and referred only to compact caudal and diffuse rostral cell groups. Brodal and Gogstad (26) described only caudal magnocellular and rostral parvocellular regions of the nucleus in the cat, although they identified a nucleus minimus.…”

Pharmacology of the brachium conjunctivum: Red nucleus synaptic system in the baboon

“…The responsiveness of feline RN neurons to microiontophoretically applied amino acids, acetylcholine, and biogenic amines has been reported (Davis and Vaughan, 1969;Altmann et al, 1973). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954); therefore it is not possible to distinguish between these 2 types of RN neurons in the cat. In this study, the responsiveness of single magnocellular and parvicellular RN neurons in the baboon to microiontophoretically applied drugs and putative neurotransmitters was investigated.…”

Brachium conjunctivum‐red nucleus synaptic system in the baboon

“…The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”

“…The electrophysiological properties of the brachium conjunctivum-red nucleus (BC-RN) synaptic system have been previously described in cat by several investigators (Appelberg, 1961;Davis, 1964;Davis and Tallow, 1966;Tsukahara et al, 1967;Toyama et al, 1968;Davis, 1969;Toyama et al, 1970;Anderson, 1971). The feline RN, however, differs from that of the primate in that there is no clear subdivision of RN in the cat into magnocellular and parvicellular portions (Davenport and Ranson, 1930;Brodal and Gogstad, 1954). The electrophysiological properties of the primate BC-RN synaptic system have not been reported previously.…”