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Individual selection, culture and manipulation of higher plant cells






Tag. Theoretical and Applied Genetics. Theoretische und Angewandte Genetik 73(6): 769-783

Individual selection, culture and manipulation of higher plant cells

The review covers the following areas: (1) individual culture of cells using microdroplets, including general conditions, preparation of the microculture chamber and applications, (2) manipulation of cells held in microdroplets, including electrofusion of protoplasts, electrofusion of subcellular fragments such as karyoplasts and cytoplasts, and microinjection of karyoplasts with DNA, RNA or proteins, and (3) computer-aided control of the system.

Accession: 001615732

PMID: 24241284

DOI: 10.1007/BF00289379

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Related references

Chilton, M.; Athwal, D.1; Flavell, R.1; Rubenstein, I1; Verma, D., 1981: Molecular genetic manipulation Higher plant cells. Genetic engineering for crop improvement: a Rockefeller Foundation conference May 12-15-1980 edited by Kenneth O Rachie and Judith M Lyman: 254

Hosokawa, S.; Tanabe, H., 1965: On individual-plant selection in sugar-beet breeding. IV. The application of a rejection ellipse to individual-plant selection. The use of an ellipse plotting the bivariate frequency distribution of sucrose percentage against root weight in sugar-beet selections is further developed .

Bradley P.M., 1979: Micro manipulation of cyanelles and a cyanobacterium into higher plant cells. A cyanobacterium (WPI-1) and cyanelles of Glaucocystis nostochinearum Itz. were introduced into epidermal cells of Allium cepa L. cv. Downing Yellow Globe bulb scales by microinjection. Uptake of cyanelles into protoplasts of A. cepa and D. carota...

Maheshwari, S.C.; Maheshwari, N.; Malhotra, K., 1980: Genetic manipulation of higher plant cells: retrospect and prospect. Methods that have been used in attempts to transfer defined pieces of DNA or purified DNA from one organism to another are reviewed.

Spangenberg, G.N.uhaus, G., 1988: Gene transfer by individual manipulation of plant cells. Current plant science and biotechnology in agriculture: ) 151-157

Rahier, A.N.ve, P.S.hmitt, P.B.nveniste, P., 1985: Manipulation of sterol biosynthesis in higher plant cells and physiological consequences. Physiologische Schlusselprozesse in Pflanze und Insekt herausgegeben von Peter Boger mit Beitragen von Pierre Benveniste et al: 153

Matsumoto, T.O.unishi, K.N.shida, K.N.guchi, M.T.maki, E., 1971: Studies on the culture conditions of higher plant cells in suspension culture. II. Effect of nutritional factors on the growth. Agricultural and biological chemistry: 35 (4) 543-551

Matsumoto T.; Okunishi K.; Nishida K.; Noguchi M.; Tamaki E., 1971: Studies on the culture conditions of higher plant cells in suspension culture part 2 effect of nutritional factors on the growth. Agricultural & Biological Chemistry 35(4): 543-551

Anonymous, 1980: Symposium on plant tissue culture, genetic manipulation and somatic hybridization of plant cells. Bhabha Atomic Research Centre, Bombay, India. 27-29 February, 1980. Abstracts of individual papers dealing with particular crops can be found in the appropriate crop sections of PBA.

Rao, P.S.H.ble, M.R.C.adha, M.S., 1980: Proceedings of a National Symposium on Plant Tissue Culture, Genetic Manipulation and Somatic Hybridization of Plant Cells, Bhabha Atomic Research Centre, Bombay, February 27-29, 1980