Taller 3 NEW. Complejidad celular: sistemas endomenbranales, organelos y bioenergéticos 1. 5.3 RECAP: The hallmark of eukaryotic cells is compartmentalization. Membrane- enclosed organelles process information, transform energy, form internal compartments...
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Taller 3 NEW. Complejidad celular: sistemas endomenbranales, organelos y bioenergéticos 1. 5.3 RECAP: The hallmark of eukaryotic cells is compartmentalization. Membrane- enclosed organelles process information, transform energy, form internal compartments for transporting proteins, and carry out intracellular digestion. An internal cytoskeleton plays several structural roles. a. • What are some advantages of organelle compartmentalization? See p. 84 b. • Describe the structural and functional differences between rough and smooth endoplasmic reticulum. See pp. 89–90 and Figure 5.10 c. • Explain how motor proteins and microtubules move materials within the cell. See pp. 95–98 and Figures 5.21 and 5.22 2. 9.1 RECAP The free energy released from the oxidation of glucose is trapped in the form of ATP. Five metabolic pathways combine in different ways to produce ATP, which supplies the energy for myriad other reactions in living cells. a. • What principles govern metabolic pathways in cells?
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