Results 261 to 270 of about 58,172 (308)

Bacterial protoplast fusion: Recombination in fused protoplasts of Streptomyces coelicolor

Molecular and General Genetics MGG, 1978
Numerous recombinants arose when protoplasts of S. coelicolor were treated with polyethylene glycol and regenerated on non-selective solid medium. In six-factor crosses, recombination frequencies of more than 10% (up to 17%) were routinely observed. This recombination did not require either of the known sex factors, SCPI and SCP2.
D A, Hopwood, H M, Wright
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Transient Expression in Protoplasts

Cold Spring Harbor Protocols, 2007
INTRODUCTIONThe study of transient gene expression provides a useful complement to the study of stably transformed plants. Transient assays offer a quick method of testing the effects of genes, using either phenotypic, molecular, or biochemical readouts.
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Protoplasts

1992
8 ref., 2 tables, chap.
Ochatt, Sergio, Patat-Ochatt, Estela, Power, J.B.   +2 more
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Totipotency of tomato protoplasts

Theoretical and Applied Genetics, 1985
An efficient and reliable protocol for tomato protoplast isolation, culture, and plant regeneration has been developed. Fourteen diverse cultivars were tested. Fertile plants were regenerated from all 14 cultivars without any modification in the protocol. Plating efficiency (percentage of the protoplasts that formed minicalli) of up to 50% was achieved.
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Plant Protoplast Fusion

2003
It is now possible to regenerate plants from protoplasts of a wide range of species. As a result, genetic manipulation by protoplast fusion in vitro is now a realistic proposition. This area is exciting because protoplasts from different origins can be fused together to form new genome combinations that cannot be obtained by conventional means.
N, Fish, K, Lindsey, M G, Jones
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BACTERIAL PROTOPLASTS

Annual Review of Microbiology, 1958
S. BRENNER, F. A. DARK, P. GERHARDT, M. H. JEYNES, O. KANDLER, E. KELLENBERGER, E. KLIENEBERGER-NOBEL, K. McQUILLEN, M. RUBIO-HUERTOS, M. R. J. SALTON, R. E. STRANGE, J. TOMCSIK, C. WEIBULL   +12 more
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Protoplasts and Gravireactivity

1985
The direction of growth of plant organs and the differentiation of higher plants depends to a large extent on gravity. When the various organs are turned away from their normal position with respect to gravity, they perform gravitropic (geotropic) movements which enable them to approach their normal orientation.
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CHLOROPLASTS AND PROTOPLASTS

1985
R. C. Leegood, D. A. Walker
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Plant protoplasts in the age of synthetic biology

Journal of Experimental Botany, 2023
Ivan Reyna-Llorens, Steven J Burgess
exaly  

Uptake of Fungal Protoplasts by Plant Protoplasts

1989
P. T. Lynch, S. Isaac, H. A. Collin
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