Journal of Experimental Biology · 1959 · 47 citations · 14 references
Life SciencesEntomologyZoologyInsect Developmental BiologyInsect PhysiologyInvertebrate ZoologyFeeding PhysiologyInsect EndocrinologyLarval DevelopmentLarval MorphologyLarval PhysiologySodium BalanceAnal Papilla PhysiologyCarrier Transport MechanismsCytological FeaturesFlame PhotometryLarval Feeding PhysiologyLarval InstarsLarval Ion RegulationPhotometry
ABSTRACT The steady-state exchange of sodium in the 4th instar larva of Aëdei aegypti (L.) has been studied by means of flame photometry and 22Na. The steady-state exchange of sodium between the larva and medium is more rapid in fed larvae (T12 about 10 hr.) than in starved larvae (T12 about 60 hr.). There is no difference between the sodium levels of fed and starved larvae. In both fed and starved larvae about 90 % of the exchange occurs through the anal papillae so these organs must be responsible for about 90 % of the difference between fed and starved larvae in the rate of exchange. Cytological changes in the anal papillae following upon feeding and starvation are described. The results are discussed in terms of possible carrier mechanisms in the anal papillae.
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Osmotic Regulation in Mosquito Larvae
J. A. Ramsay · Journal of Experimental Biology · 1950 · 165 citations
The Function of the Anal Gills of the Mosquito Larva
V. B. Wigglesworth · Journal of Experimental Biology · 1933 · 149 citations · Full text
Life Sciences, Entomology, Zoology +17