Titlebook: Biochemistry and Structure of Cell Organelles; Robert A. Reid,Rachel M. Leech Book 1980 R. A. Reid and R. M. Leech 1980 Chloroplast.bioche

認(rèn)識

Plastids and Chloroplasts,radish seedling is shown in figure 3.1 to illustrate the variety of plastids in its tissues. The chloroplasts—plastids whose internal membranes contain chlorophyll—are functionally and structurally the most complex plastids and, because of their unique role in mediating photosynthesis, have been the

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外科醫(yī)生

Endoplasmic Reticulum, Golgi Complexes and Secretory Vesicles,, liver, collagen-secreting fibroblasts and polymer-secreting plant cells, suggested that they were involved in synthetic and secretory activity. Subsequent investigations brilliantly vindicated these predictions.

軟弱

凝乳

laxative

Book 1980allenge of modern subcellular biology. We hope that the book will be interesting and useful to students of the biological sciences and medicine, and to those in the teaching professions who do not have ready access to research papers. Since space is at a premium, we have denied ourselves the luxury

Charade

ent and challenge of modern subcellular biology. We hope that the book will be interesting and useful to students of the biological sciences and medicine, and to those in the teaching professions who do not have ready access to research papers. Since space is at a premium, we have denied ourselves t

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步履蹣跚

Ceremony

Microbodies, before these particles were recognized as a distinct class of subcellular organelle. The name “microbody” was originally used to describe a particle in mammalian liver cells, circular in profile and 0-2–1-5 .m in diameter, with a sparsely granular matrix, and bounded by a single membrane.