Titlebook: Experimental Embryology of Vascular Plants; Brij Mohan Johri Book 1982 Springer-Verlag Berlin Heidelberg 1982 Embryo.Embryologie.Gefässpfl

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Experimental Embryology of Gymnosperms,n turn, are subdivisions relating to experimental approaches (via microsurgery, embryo culture, etc.) as well as those treating special groups of plants. Not the least of the latter are the gymnosperms, in which interest may be attributed to two features: their undeniable fascination to botanists be

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Flower Culture,ogenetic activities occur in this short life-span of an angiosperm flower. Floral initiation and development have been delineated as two distinct processes by Nitsch (1965), and Evans (1969). Although a large volume of data has accumulated on flower initiation, most of the information on development

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Anther Culture,igher plants in order to explore their growth potential under in vitro conditions. He carried out extensive investigations with the male and female gametophytes of a number of gymnosperms in aseptic media and showed that these were capable of unusual growth by repeated mitotic divisions of the polle

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Ovary, Ovule, and Nucellus Culture,ium, the technique of embryo culture has been employed with the twin objectives of obtaining viable hybrids from normally unsuccessful crosses, and to overcome seed dormancy (Tukey 1938). Despite many years of experimentation, however, embryos at very early stages of development have not proved amen

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Pollen-Pistil Interaction and Control of Fertilization,le fusion between the other male gamete and fusion nucleus. Successful fertilization leads to fruit and seed development. The processes leading to fertilization are initiated on the stigma. Soon after pollination the crucial decision of recognition followed by subsequent acceptance or rejection of t

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Endosperm Culture,ilization. In flowering plants, on the other hand, the development of nutritive tissue is postponed until after fertilization (triple fusion). The endosperm develops as a result of repeated divisions of the primary endosperm nucleus, and is unique in genetic constitution.

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