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Figure 7.0 Fluorescent stain of cell
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Figure 7.1 The size range of cells
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Table 7.1 Different Types of Light Microscopy: A Comparison
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Figure 7.2 Electron micrographs
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Figure 7.3 Cell fractionation
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Figure 7.4 A prokaryotic cell
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Figure 7.4x1 Bacillus polymyxa
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Figure 7.4x2 E. coli
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Figure 7.5 Geometric relationships explain why most cells are microscopic
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Figure 7.6 The plasma membrane
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Figure 7.7 Overview of an animal cell
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Figure 7.8 Overview of a plant cell
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Figure 7.9 The nucleus and its envelope
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Figure 7.x1 Nuclei and F-actin in BPAEC cells
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Figure 7.10 Ribosomes
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Figure 7.11 Endoplasmic reticulum (ER)
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Figure 7.12 The Golgi apparatus
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Figure 7.13 Lysosomes
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Figure 7.14 The formation and functions of lysosomes (Layer 1)
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Figure 7.14 The formation and functions of lysosomes (Layer 2)
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Figure 7.14 The formation and functions of lysosomes (Layer 3)
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Figure 7.15 The plant cell vacuole
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Figure 7.16 Review: relationships among organelles of the endomembrane system
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Figure 7.17 The mitochondrion, site of cellular respiration
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Figure 7.18 The chloroplast, site of photosynthesis
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Figure 7.19 Peroxisomes
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Figure 7.20 The cytoskeleton
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Figure 7.21 Motor molecules and the cytoskeleton
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Table 7.2 The structure and function of the cytoskeleton
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Figure 7.x2 Actin
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Figure 7.x3 Actin
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Figure 7.x4 Actin and keratin
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Figure 7.22 Centrosome containing a pair of centrioles
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Figure 7.23 A comparison of the beating of flagella and cilia
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Figure 7.23x Sea urchin sperm
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Figure 7.24 Ultrastructure of a eukaryotic flagellum or cilium
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Figure 7.25 How dynein “walking” moves cilia and flagella
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Figure 7.26 A structural role of microfilaments
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Figure 7.27 Microfilaments and motility
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Figure 7.28 Plant cell walls
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Figure 7.29 Extracellular matrix (ECM) of an animal cell
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Figure 7.30 Intercellular junctions in animal tissues
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Figure 7.31 The emergence of cellular functions from the cooperation of many organelles
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Figure 27.7 Form and function of prokaryotic flagella
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Figure 27.x3 Prokaryotic flagella (Bacillus)
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Some youtube videos… inner life of the cell video inner life of the cell video--no narration Bacterial flagellum Ken Miller on bacterial flagella and intelligent designKen Miller on bacterial flagella and intelligent design cytoskeleton
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Figure 8.1 Artificial membranes (cross sections)
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Figure 8.2 Two generations of membrane models
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Figure 8.3 Freeze-fracture and freeze-etch
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Figure 8.4 The fluidity of membranes
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Figure 8.5 Evidence for the drifting of membrane proteins
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Figure 8.6 The detailed structure of an animal cell’s plasma membrane, in cross section
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Figure 8.7 The structure of a transmembrane protein
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Figure 8.8 Sidedness of the plasma membrane
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Figure 8.9 Some functions of membrane proteins
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Figure 8.10 The diffusion of solutes across membranes
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Figure 8.11 Osmosis
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Figure 8.12 The water balance of living cells
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Figure 8.13 The contractile vacuole of Paramecium: an evolutionary adaptation for osmoregulation
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Figure 8.13x Paramecium
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Figure 8.16 Review: passive and active transport compared
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Figure 8.14 Two models for facilitated diffusion
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Figure 8.15 The sodium-potassium pump: a specific case of active transport
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Figure 8.17 An electrogenic pump
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Figure 8.18 Cotransport
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Figure 8.19 The three types of endocytosis in animal cells
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