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Estructuracelular2010
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- 2. Tamaño y Diversidadcelular
- 3. Relación superficie avolumen
- 4. Microscopía de luzy electrónica
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- 6. Diversidad de laVida
- 7. Tipos de células Procariota Eucariota
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- 9. Fig. 4-6, p.81 Plasma membrane 0.5 μm Pili Storage granule Flagellum Ribosome Cell wall CapsuleNuclear area DNA
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- 16. Fig. 4-7, p.82 Ribosomes Chloroplast Granum Stroma Smooth ER Rough and smooth endoplasmic reticulum (ER) Chromatin Nuclear pores Nuclear envelope Nucleolus Nucleus Rough ER Mitochondrion Vacuole Plasma membrane Cell wall Membranous sacs Golgi complex Cristae
- 17. Fig. 4-8, p.83 Lysosome Ribosomes Rough ER Smooth ER Centrioles Mitochondrion Rough and smooth endoplastic reticulum (ER) Nuclear envelope Nucleolus Nucleus Chromatin Nuclear pores Nuclear envelope Membranous sacs of Golgi Golgi complex Plasma membrane Cristae
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- 20. Fig. 4-13, p.91 0.5 μm Golgi complex trans face cis face Cuerpo de Golgie
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- 22. Fig. 4-14, p.92 trans face Plasma membrane Glycoprotein Rough ER Ribosomes Polypeptides synthesized on ribosomes are inserted into ER lumen. Sugars are added, forming glycoproteins. Transport vesicles deliver glycoproteins to cis face of Golgi. Glycoproteins modified further in Golgi. Glycoproteins move to trans face where they are packaged in transport vesicles. Glycoproteins transported to plasma membrane (or other organelle). Contents of transport vesicle released from cell. Golgi complex cis face
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- 24. Fig. 4-16, p.93 15 μm Food vacuoles containing diatoms
- 25. Organelos de transformaciónde Energía
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- 28. Fig. 4-9b, p.84 Starch grain Intercellular space Chloroplasts Cell wall Vacuole Prolamellar body Plasma membrane Golgi complex Ribosomes Rough endoplasmic reticulum Nucleus
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- 32. Fig. 4-21, p.97 Microtubule Plasma membrane Microfilament Intermediate filament
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- 35. Fig. 4-22b, p.98 (b) Fluorescent LM showing microtubules in green. A microtubule-organizing center (pink dot) is visible beside 50 μm
- 36. Fig. 4-27b, p.101 (b) Intermediate filaments are stained green in this human cell isolated from a tissue culture. 100 μm
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- 38. Fig. 4-28, p.102 Plasma membrane Collagen Fibronectins Integrin Intermediate filament Microfilaments Extracellula matrix Cytosol
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