Download From Cells to Organs: A Histology Textbook and Atlas by Alfons T.L. Van Lommel PDF

By Alfons T.L. Van Lommel

Histology is the research of the microscopic constitution of cells, tissues, and organs. It has frequently been taught as a question of memorization. Dr. Van Lommel's strategy relies at the knowing that the microscopic constitution of the physique has a common sense, and the textual content and accompanying photos are equipped to continue in response to a rigorous good judgment, increasing from the anatomy and morphology to debate the services of a few of the forms of cells, tissues, and organs. the cloth is therefore extra fascinating and, as an extension of that, more straightforward to recollect.
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Extra resources for From Cells to Organs: A Histology Textbook and Atlas

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Secondary Iysosomes may fuse with a new endosome or with a new primary lysosome. The latter will contribute a fresh supply of enzyme. This can continue for a while , but eventually the secondary lysosome's supply of enzymes will be exhausted. At the same time, indigestible residues gradually accumulate. The end result is a residual body (Fig. ) that has lost all enzymatic activity. Older cells may accumulate such residual bodies in growing numbers, giving rise to light optically visible Jipofuchsin pigment, the socalled wear and tear pigment.

In the center of the cell, a few Golgi-complexes (g) are seen. The cellular periphery is dominated by primary lysosomes (I) and numerous phagosomes and secondary lysosomes (5). The cell membrane shows slender outpocketings: pseudopodia (p). Pulmonary macrophage, human, TEM. ____ 2 I'm storage diseases. When they lack a specific enzyme, the corresponding substance can no longer be degraded and accumulates inside the cell. remaining gel-layer contracts, a protrusion forms and the cell "flows" in its direction, displacing itself.

The finished steroids enter the cytosol. but do not accumulate. They are only produced to the extent that they are needed. Their chemical structure enables them, in principle, to leave the cell by diffusion through the cell membrane. The exact secretory mechanism is still debated. ), the ovarian interstitial cells (Fig. II. ). 2. Fiber-bearing cells. Many cell types contain massive amounts of cytosolic fibers that belong to one of three categories: microtubules, microfilaments and intermediary filaments.

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