Titlebook: General Histology of the Mammal; An Atlas for Student Radivoj V. Krsti? Book 19851st edition Springer-Verlag Berlin Heidelberg 1985 biology

BRAWL

Growth, Regeneration, Hyperplasia, Hypertrophy, Atrophy, Involution, Degeneration, and NecrosisThe basic faculty of cells to utilize high-molecular-weight, organic substances (primarily proteins) to form and replicate their living mass is termed growth. During embryonic development and in young organisms, growth mainly consists of cellular multiplication, achieved by mitotic division.

殺菌劑

Transplantation, Implantation, and ExplantationThe removal of a tissue or organ from its natural environment in the body and its transfer to another position in the body of the same or a different individual is termed transplantation or grafting. Several possibilities of grafting exist.

atrophy

合唱團(tuán)

美麗的寫

floodgate

Surface Epithelia. Simple Squamous Epithelium. Example: Endothelium of the Rat CorneaSimple squamous epithelium, the so-called corneal endothelium, lines the posterior surface of the cornea (Fig. .). The cell boundaries can be visualized distinctly with silver staining, just as in vascular endothelium.

粘

Surface Epithelia. Simple Columnar Epithelium from the Rat JejunumThis simple epithelium has a large distribution: It occurs in the gastrointestinal tract from the cardiac orifice to the anus. Figure . depicts part of an intestinal villus with columnar epithelium. The inset corresponds to the area in Fig. ..

Credence

Surface Epithelia. Simple Columnar Epithelium. Example: Collecting Tubule of the Rat KidneyIn the upper part of the plate, an interlobular artery (.) is depicted with an afferent (.) and efferent (.) arteriole. A nephron, the parts of which arerenal corpuscle (.), proximal tubule (.), thin segment (.), distal tubule (.), and connecting portion (.)—is joined to a collecting tubule (.), which is lined with simple columnar epithelium (.).

Cougar

Hyperlipidemia

The Vocabulary of Collaborationof the ovum and the head of the spermatozoon, both of which possess only half the full chromosomal complement, swell and form the female and male pronuclei. The two pronuclei double their deoxyribonucleic acid content, fuse, and thus form the nucleus of the first cell (zygote) of the new organism.