Individuality in Organisms
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19 shows the cellular gradient in the early developmental stage known as the proembryo of Ginkgo, a gymnosperm related to the conifers. The embryo proper arises later from the small-celled tissue in the lower part of the developing egg. Some of the cycads also show a very definite gradient of this sort. In the angiosperms, the higher seed plants, where the egg is attached to the wall of the embryo-sac, the embryo arises from its free apical end.
A characteristic feature of the plant individual ...in all except the simplest forms is the growing or vegetative tip. This growing tip is the region of most active nuclear division and growth and with rare exceptions forms the free end of the individual and gives rise to 74 INDI\ IDUALITY IN ORGANISIVIS other parts of the plant body. In the complex higher plant, stems, branches, buds, roots, and various other parts possess a growing tip, at least during earlier stages, and each such part is to a certain extent an individual.
Figs. I8, 19. — Axial developmental gradients in embryonic stages of plants: Fig.
What to read after Individuality in Organisms?
You can find similar books in the "Read Also" column, or choose other free books by Charles Manning Child to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
19 shows the cellular gradient in the early developmental stage known as the proembryo of Ginkgo, a gymnosperm related to the conifers. The embryo proper arises later from the small-celled tissue in the lower part of the developing egg. Some of the cycads also show a very definite gradient of this sort. In the angiosperms, the higher seed plants, where the egg is attached to the wall of the embryo-sac, the embryo arises from its free apical end.
A characteristic feature of the plant individual ...in all except the simplest forms is the growing or vegetative tip. This growing tip is the region of most active nuclear division and growth and with rare exceptions forms the free end of the individual and gives rise to 74 INDI\ IDUALITY IN ORGANISIVIS other parts of the plant body. In the complex higher plant, stems, branches, buds, roots, and various other parts possess a growing tip, at least during earlier stages, and each such part is to a certain extent an individual.
Figs. I8, 19. — Axial developmental gradients in embryonic stages of plants: Fig.
What to read after Individuality in Organisms?
You can find similar books in the "Read Also" column, or choose other free books by Charles Manning Child to read onlineMoreLess
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