By Leland N. Edmunds Jr. (auth.), Professor Dr. Wolfgang Wiessner, Professor David G. Robinson Ph.D., Professor Richard C. Starr Ph.D. (eds.)
From the contents: interplay of circadian oscillators and the telephone developmental cycle in Euglena.- keep an eye on issues within the Chlamydomonas phone Cycle.- percentages for time dimension in synchronous Chlorella - circadian rhythm and timing.- Diatom mitosis: Implications of a version System.- Wall morphogenesis in centric diatoms.- mobile elongation within the crimson alga Griffithsia: regulate through mild, ions, and an endogenous glycoprotein hormone.- Molecular signs in the course of sexual induction of Volvox carteri f. nagariensis.- Pheromone-inducible glycoproteins of the extracelluar matrix of Volvox and their attainable position in sexual induction.- Environmental and Pheromonal keep watch over of Sexual copy inLaminaria.- motion of telephone wall autolysins in asexual replica of filamentous eco-friendly algae: facts and species specificity.- Molecular acceptance houses of Chlamydomonas HRGPs.- Maturation of a Flagellum/Basal physique calls for multiple mobile Cycle in Algal Flagellates: reviews on Nephroselmis olivacea.- Protein synthesis in chloroplasts.- comparability of envelope membranes from greater vegetation and algae plastids and of outer membranes from Cyanobacteria.- law of chloroplast differentiation: Cooperation among Light-Induced methods and inner Adaptation.- interplay of nuclear and chloroplast mutations in biogenesis of chloroplast ribosomes in Chlamydomonas.- proof for a number of features of the Intrinsic, 32-34 kDa Chloroplast Membrane Polypeptide of Scenedesmus in Photosystem II Reactions.- "Life cycle" of the 32 kDa-protein of Chlamydomonas chloroplasts.- varied sorts of LHC within the eco-friendly Alga chlamydobotrys stellata.- Taxonomic Index.- topic Index. Die verschiedenen Entwicklungstypen und Rhythmen von Algen werden anhand von verschiedenen Beispielen erlautert, wobei die physiologischen Grundlagen im Vordergrund stehen.
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Additional info for Algal Development: Molecular and Cellular Aspects
The role of Ca+ 2 in rhizoid and repair shoot cell growth is under investigation. Thus Griffithsia rhizoids and repair shoot cells are a good model for studying cytoplasmic localization and localized growth. We have found that transcellular ion currents per se do not appear to regulate growth in these cells. K+, as a osmotic solute, is necessary for continued elongation. Nigericin and monensin have 49 dramatic and similar effects on growth and morphogenesis in all cells of Griffithsia. While the mechanism of action of these ionophores is not known at this time.
Cell 36, 717-727. 18. P. (1986). Theoretic. BioI. 19. , ~, J. 153-169. J. (1980). J. Cell BioI. 86, 406-412. 20. R. (1982). 21. G. (1980). 22. H. Cell 29,729-744. J. Cell BioI. 84, 151-159. (1984). J. Cell BioI. 99, 137s-143s. 23. P. (1982). Europ. J. Cell BioI. 24. W. , (1986). ~, 83-9l. Protoplasm a 47-59. 25. W. (1986). 131, 60-74. 34, A-5020 Salzburg Diatoms are enclosed within a rigid cell wall which consists of two thecae overlapping at the girdle like a bipartite box. Cell division occurs by binary fission parallel to the valvar plane.
At 30 min the dramatic swelling has increased. Cis-cisternae do not appear to swell. Vesicle fusion with the plasmalemma does not appear to occur. ) does not appear to be affected by monensin. , 1980). In these cells, too, monensin appears to affect dictysomes and dictysome-derived vesicles specifically. Preliminary ultrastructural observation of Griffithsia rhizoids, that have been recovering for 24 hrs following monensin treatment, suggests that the enlarged cisternae, produced during monensin treatment may fuse with each other, but do not fuse with the plasmalemma.