Titlebook: Ontogeny, Cell Differentiation, and Structure of Vascular Plants; Roger Buvat Book 1989 Springer-Verlag Berlin Heidelberg 1989 Embryo.anim

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遭遇

搬運(yùn)工

Growth and TissuesThe development and the shape and size of plant organisms do not appear as a “finite” phenomenon as they do for animals. In animals, growth ceases long before death and as soon as an organism presents a more or less completed morphology.

護(hù)身符

Succinct Classification of Vascular PlantsWe only intend to give the main lines of this classification, details will be given when necessary.

頑固

Protective TissuesIn some cases, one can consider that all the tissues described in the following sections correspond to differentiations necessary to the functioning of parenchyma. Conducting tissues supply the parenchyma with the substances they need, protective tissues spare them the casual troubles of the medium.

Constant

Supporting TissuesCollenchyma is a living tissue of the aerical organs of vascular plants, mainly characterized by thick, ., typically non-lignified. Collenchyma characteristically occurs in a peripheral position in stems and leaves, particularly in petioles.

Thyroiditis

Dedifferentiation: Common Process of Vascular Plant OntogenyThe development of plants contrasts with that of animals because, generally, in contrast to animals, plants can continuously generate, through dedifferentiation, meristematic cells capable of giving rise to new organs: leafy stems, roots or reproductive organs.

Monotonous

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