THE ULTRASTRUCTURE OF GLENODINIOPSIS STEINII (DINOPHYCEAE)
Joe F. Highfill, Lois A. Pfiester
Abstract
Joe F. Highfill, Lois A. Pfiester
Abstract
The freshwater dinoflagellate Glenodiniopsis steinii Wolsoszyńska was examined using computer-assisted three-dimensional reconstruction of serially sectioned cells observed with the transmission electron microscope and images from the scanning electron microscope. Vegetative cells contain ultrastructure typical of freshwater dinoflagellates including trichocysts, mitochondria, Golgi bodies, starch grains, and lipid bodies. The chloroplast is a single, multilobed structure, not multiple discoid chloroplasts as previously described. The "C" shape of the nucleus is apparently due in part to the size and location of the pusule.
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The freshwater dinoflagellate Glenodiniopsis steinii Wolsoszyńska was examined using computer-assisted three-dimensional reconstruction of serially sectioned cells observed with the transmission electron microscope and images from the scanning electron microscope. Vegetative cells contain ultrastructure typical of freshwater dinoflagellates including trichocysts, mitochondria, Golgi bodies, starch grains, and lipid bodies. The chloroplast is a single, multilobed structure, not multiple discoid chloroplasts as previously described. The "C" shape of the nucleus is apparently due in part to the size and location of the pusule.
Key concepts: Biology, Dinophyceae, Ultrastructure, Evolutionary biology, Botany, Zoology, Ecology, Phytoplankton