Titlebook: Genetic Manipulation of Woody Plants; James W. Hanover,Daniel E. Keathley,Gregory Kuny Book 1988 Plenum Press, New York 1988 Woody plant.b

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書目名稱Genetic Manipulation of Woody Plants影響因子(影響力)




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Anthropoid

Gene Transfer in Forest Trees, even in the herbaceous crops. Because of long generation cycles, this method would be impractical in forest trees. Recent advances in biotechnology have made it possible to attempt gene transfer in the forest tree species involving vector systems. In vivo and in vitro genetic transformation will b

責難

In Vitro Manipulation of Slash Pine (,)s economic importance to the southeastern United States, and has been the subject of intensive tree improvement efforts. The species is amenable to standard cotyledonary micropropagation techniques and to protoplast isolation and culture (as yet only to first-division stage) . Suspension cultures ha

engagement

Potential Application of Haploid Cultures of Tree Speciespossible time; (c) to establish gene maps; and (d) to produce somatic hybrids through protoplast fusion. During each of the last three summers we have obtained embryogenic haploid callus from megagametophytes of .. Key factors in establishing these cultures are collection date, and 2,4-D and glutami

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Delectable

Delectable

Tissue Culture of Conifers Using Loblolly Pine as a Model of tissue-culture plantlets, and the development of in vitro trait selection methods. Abbreviated protocols are outlined for the following: (a) organogenesis of adventitious shoots and roots; (b) shoot micropropagation via fascicular and axillary shoots obtained from juvenile, adolescent, and matur

acrobat

Use of Leaf Petioles of , , to Study Regulation of Adventitious Root Initiationitro cultured, debladed petioles of juvenile and mature leaves, and the other involves approach grafting of detached leaves to form cuttings composed of the four reciprocal combinations of juvenile and mature petioles with juvenile and mature lamina. The results of experiments with these systems lea

Constituent

Nodule Culture: A Developmental Pathway with High Potential for Regeneration, Automated Micropropaga minimum, three cell types (meristematic cells, plastid-dense parenchyma, and vascular elements) and two cell layers (epidermal and internal cortex/vascular) can be distinguished in nodules of poplar. Although nodules have been randomly observed by many researchers working with a myriad of plant spe

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