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Evidence is presented in support of the concept that the larval salivary gland of Drosophila melanogaster continues to function as an important secretory organ throughout prepupal stages and after pupation. Just after puparium formation, and at other later periods, the glands appear to be in the process of disintegration, but each time they recover until after pupation. Nuclear blebbing occurs through the time of survival of the glands, but is shown not to involve transport of RNA out of the nucleus. Transport in and out of the nucleus is clearly rapid and in a steady state as compared to the massive and intermittent export of cytoplasmic substance into the lumen of the gland.
H K Mitchell, and
U W Tracy, and
L S Lipps
January 2015,
Development, growth & differentiation,
H K Mitchell, and
U W Tracy, and
L S Lipps
October 2015,
Journal of insect physiology,
H K Mitchell, and
U W Tracy, and
L S Lipps
January 1974,
Cell and tissue research,
H K Mitchell, and
U W Tracy, and
L S Lipps
September 1972,
Wilhelm Roux' Archiv fur Entwicklungsmechanik der Organismen,
H K Mitchell, and
U W Tracy, and
L S Lipps
August 2016,
Development, growth & differentiation,
H K Mitchell, and
U W Tracy, and
L S Lipps
December 1998,
Chromosoma,
H K Mitchell, and
U W Tracy, and
L S Lipps
July 1976,
Nature,
H K Mitchell, and
U W Tracy, and
L S Lipps
November 1981,
Wilhelm Roux's archives of developmental biology,
H K Mitchell, and
U W Tracy, and
L S Lipps
January 1998,
In vitro cellular & developmental biology. Animal,
H K Mitchell, and
U W Tracy, and
L S Lipps
March 1967,
Genetics,
