ACTA HISTOCHEMICA ET CYTOCHEMICA
Online ISSN : 1347-5800
Print ISSN : 0044-5991
ISSN-L : 0044-5991
HIGH-VOLTAGE ELECTRON MICROSCOPIC OBSERVATION OF GOLGI COMPLEX IN THE RAT SMALL GANGLION CELL
THIAMINE METABOLISM
KAZUHIRO TOMIYASUFUMIO NASUKENICHIROU INOMATATATSUO ARII
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ジャーナル フリー

1990 年 23 巻 1 号 p. 127-133

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Thiamine mono- and pyrophosphatase (TMPase, TPPase) activities were demonstrated in the rat small ganglion cell under high-voltage electron microscopy. From a series of micrographs of the same field tilted in increments, a trans tubular network (TTN) consisting of looping and anastomosing tubules was found; this network showed relatively higher intense TMPase activity, and exhibited connections with TMPase-positive vesicle-like bodies. TPPase activity was localized in the trans Golgi saccules, and the TPPase-positive transmost saccule had a structural resemblance to the TTN. These results indicate that the TTN plays an important role in thiamine metabolism.
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© the Japan Society of Histochemistry and Cytochemistry
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