By Bernard Marin (auth.), Bernard Marin (eds.)
The papers during this publication, illustating the current prestige of information with regards to the vacuolar compartment of fungi and crops, have been offered at a complicated study Workshop entitled "Plant Vacuoles. Their significance in Plant cellphone Compartmentation and their purposes in Biotechnology" held in Sophia-Antipolis, France, on July 6-11, 1986. The organizers have been lucky in with the ability to gather consultant leaders of the entire above fields of analysis pertaining to this compartment. those scientists from around the globe have been invited to give their most recent effects and to interchange perspectives and plans for persisted examine during this hugely intriguing box, that is vitally important for the enhancing the economic element of plant biotechnology relating to the construction of molecules with a excessive additional worth. to make sure maximal flexibility and chance for dicussion, the chairmen of a few of the periods have been requested to introduce their respective issues, and then they got the liberty of organizing their classes in a roughly improvised style, with short displays of suitable new info by means of individuals following a time table mounted rather almost immediately sooner than the workshop. This technique proved to be hugely winning, giving upward thrust to best and stimulating discussions one of the representatives of a few of the fields.
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Extra info for Plant Vacuoles: Their Importance in Solute Compartmentation in Cells and Their Applications in Plant Biotechnology
Voeller, B. , 1964, in : "The Plant Cell", Vol. T. Brachet and A. E. , Academic Press, New-York. Wagner, G. , 1981, Compartmentation in plant cells: The role of the vacuole, Recent Advan. Phytochemistry, 16:1. Wagner, G. , 1983, in : "Isolation of Membranes and Organelles from Plant Cells", J. L. Hall, and A. L. , Academic Press, London, New-York, Paris, San-Diego, San-Francisco, Sau Paulo, Sydney, Tokyo, Toronto. Wagner, G. , 1985, in : "Modern Methods of Plant Analysis", H. F. Liskins, and J.
1985). As the yield of vacuoles with regard to the initial number of protoplasts is usually rather low from 3% to 50% (Wagner, 1983), one can wonder whether the purified vacuoles are fully representative of the whole vacuole population in cells, and not in fact a special subclass selected by the isolation procedure. , 1986; Renaudin and Guern, 1986). , 1984). The possibility that the differences observed between the vacuoles isolated in neutral or saline osmotica could originate from the selection of a peculiar class of vacuoles in salts could not be discarded.
Springer-Verlag, Berlin, Heidelberg, New-York, Tokyo. , 1985 b, Membrane potential difference of isolated plant vacuoles: Positive and negative ? I. Evidence for membrane binding of cationic probes, Biochim. Biophys. Acta, 819:206. , and Miller, A. , 122:1. Korzun, A. , Salyev, R. , and Kuzevanov, V. , 1984, Peculiarities of electrophysiological investigations of the vacuolar membrane in cells of higher plants, Soviet. , 31 :156. Kurkdjian, A. , 1984, Distribution of vacuolar pH values within populations of cells, protoplasts and vacuoles isolated from suspension cultures and plant tissues, Physiol.
Plant Vacuoles: Their Importance in Solute Compartmentation in Cells and Their Applications in Plant Biotechnology by Bernard Marin (auth.), Bernard Marin (eds.)