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The mode of termination of primary afferent fibers within the cat trigeminal nucleus caudalis was investigated by means of the transganglionic transport of horseradish peroxidase (HRP). Several types of laminar-related labeling were observed, depending upon the survival time after HRP application. At the earliest survival time (28-34 h) the highest density of labeling was found in laminae I and II. At 2 and 3 days survival laminae III and IV were heavily labeled, in addition to laminae I and II where the amount of labeling was greatly increased in lamina I, but not in lamina II. At 5 days survival time an abrupt drop of labeling occurred in laminae I and II, while this pattern was not predominant in laminae III and IV. In lamina V the pattern of labeling was less intense and not changeable through all survival times observed. These findings indicating a differentiation of the primary afferent terminals have good correspondence with a functional specialization of neuronal locations since the functional properties of neurons vary according to their locations.
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M Sera, and
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K Kagawa
April 1979,
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K Kagawa
May 1983,
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January 1992,
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January 1990,
Brain research,
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September 1986,
Neuroscience,
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K Kagawa
January 1984,
Neuroscience letters,
Y Shigenaga, and
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October 1980,
Neuroscience letters,
Y Shigenaga, and
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M Sera, and
K Tabuchi, and
K Kagawa
May 1986,
Neuroscience letters,
Y Shigenaga, and
T Nishimori, and
S Suemune, and
Y C Chen, and
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H Sato, and
T Okamoto, and
M Sera, and
K Tabuchi, and
K Kagawa
May 1983,
The Journal of comparative neurology,
Y Shigenaga, and
T Nishimori, and
S Suemune, and
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I D Nasution, and
H Sato, and
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M Sera, and
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