The Golgi apparatus and an early stage in cell plate formation.
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Cell Division↗
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Results for “GOLGI APPARATUS”
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Golgi apparatus: influence on cell surfaces.
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Biological Transport↗
Morphological variations of the Golgi apparatus in spinal ganglion nerve cells, related to aging.
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Aging↗
The thiamine pyrophosphatase technique as an indicator of the morphology of the Golgi apparatus in the neurons. V. Studies on sympathetic ganglion cells.
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Animals↗
Prolactin, the Golgi apparatus, and milk secretion. Brief interpretive review.
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Animals↗
[Cytopathological behavior of the Golgi apparatus in the course of diverse cellular reactions; study by electron microscope].
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Cells↗
[Visualization of the Golgi apparatus in liver and pancreas cells using osmium stain in electron microscopy].
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Endoplasmic Reticulum↗
Effects of morphine on the Golgi apparatus and mitochondria of mammalian neurones.
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Animals↗
Phosphorylation of casein. Role of the golgi apparatus.
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Adenosine Triphosphate↗
Golgi apparatus in normal cells and protoplasts of Schizosaccharomyces pombe.
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Ascomycota↗
The Golgi apparatus in bone and cartilage cells.
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Autoradiography↗
[Electron microscopic studies on the Golgi-apparatus function in alpha-, beta-, and D-cells of Langerhan's Islands in rat].
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Animals↗
[On the origin of the golgi-apparatus. Electron microscopical observations on spermatids of Eisenia foetida (Annelidae)].
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Animals↗
Studies of necrosis in vitro of mouse hepatic parenchymal cells. Ultrastructural alterations in endoplasmic reticulum, Golgi apparatus, plasma membrane, and lipid droplets.
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Animals↗
On the internal polarity of the Golgi apparatus with special regard to its relationship to GERL.
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Acid Phosphatase↗
High resolution analysis of three-dimensional structure of the Golgi apparatus in rapid-frozen, substitution fixed gerbil sublingual gland acinar cells.
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Animals↗
The Golgi apparatus of pale and dark Purkinje cells.
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Animals↗
The Golgi apparatus during epithelial differentiation: a quantitative morphological study of maturation compartments in keratinised epithelium from hamster cheek pouch mucosa.
Stereological and other morphometric techniques have been used to investigate the quantitative morphological characteristics of the Golgi complex in defined basal, spinous and granular layers of hamster cheek pouch epithelium. As the cell migrates between basal and granular layers, there are reductions in the volumetric, numerical and surface densities of Golgi per unit volume of epithelial cell cytoplasm. When these density estimates are related to the average cell, the average granular cell has a higher number of Golgi complexes with a greater cisternal and associated vesicular volume and membrane surface area than the average basal cell. Both the volume and surface area of individual Golgi systems are smaller in the average granular cell when compared with the average basal cell. We suggest that these structural alterations are associated with the increased secretory activity of spinous and granular cells which is primarily effected by the production of membrane-coating granules, organelles which are probably responsible for producing the intercellular permeability barrier. These changes are also accompanied by increases in the amounts of rough endoplasmic reticulum and plasma membrane, supporting the proposition that the epithelial cell becomes increasingly metabolically active as it differentiates.
Animals↗