How many neurons does a cat?
Answers from top 19 papers
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| Papers (19) | Insight |
|---|---|
| This extensive intra- and intergyral axonal branching indicates that neurons in the basal forebrain of the cat have extensive axonal fields innervating adjacent neocortical gyri. | |
| This study demonstrates two new findings: (1) that all nigrotectal neurons in cat are immunoreactive to a GABA antibody and probably contain the neurotransmitter GABA; and (2) that these GABA immunoreactive neurons in cat are found not only in the substantia nigra pars reticulata but also within the pars lateralis. | |
| Possible relations between the cat L7 neurons expressing different CBPs with the neurons previously analyzed in cat and other animals are suggested. | |
48 Citations | An improved flat‐mount procedure demonstrates that the developing ganglion cell layer of the cat retina contains two morphologically distinct populations of presumed neurons at all ages between embryonic day 36 (E36) and adulthood. |
| This electrophysiological study performed in the cat demonstrates that 18 out of 22 RTN neurons receive inputs from the commissural subnucleus of the solitary tract (cNTS), the peripheral chemoreceptor afferents projection site. | |
37 Citations | This suggests that all of the VIP-labelled neurons in cat area 17 are non-pyramidal in form, and this has been confirmed by electron microscopy. In these preparations, axon terminals are also labelled and under the light microscope it can be seen that these terminals occur both within the neuropil and around the cell bodies of some neurons, particularly neurons in layers II and III. |
| Neurons in cat V1 vary considerably in their contrast responses, and might be clustered in a systematic fashion in this respect. | |
| The present findings indicate that in the cat CL, principal cells are mainly represented by radiate neurons. | |
136 Citations | Some of these neurons thus give rise to the spinothalamic tract in the cat. |
34 Citations | Furthermore, it is suggested that 22% of thus antidromically identified NE neurons in the cat LC had an ascending axon of the conduction velocity faster than 2.4 m/s. |
| The existence of such neurons suggests that individual basal forebrain cells are capable of influencing widespread neocortical zones in the cat. | |
71 Citations | The results indicate that different combinations of three or four peptides may occur in single, small diameter sensory neurons in the cat. |
45 Citations | Overall, our results lead us to the conclusion that the Y-type input to the striate cortex of the cat makes a significant contribution to the strength of the excitatory response of many neurons in this area. |
| However, they resemble the excitatory “chattering” neurons previously identified by intracellular recordings in cat V1. | |
| These findings indicate that, in the cervical cord of the rat and the cat, descending propriospinal neurons and spinocerebellar neurons are to a large extent separate populations. | |
| These results indicate that neurons of the cat stellate ganglion are organized in a complex fashion that could be important in the integrative properties of these neurons. | |
63 Citations | This description contrasts in several respects with a recently published atlas of the catecholamine-containing neurons in the cat medulla. |
37 Citations | These data suggest that at least a subpopulation of CG neurons express both TH and CAT in culture. |
| We conclude that neurons in the stellate ganglion of the cat are organized on a topical basis. |