Figure 4 1 Anatomy of the composite animal

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Figure 4. 1 Anatomy of the composite animal cell. Nucleus Cytoplasm Plasma membrane Endoplasmic

Figure 4. 1 Anatomy of the composite animal cell. Nucleus Cytoplasm Plasma membrane Endoplasmic reticulum Nuclear envelope Mitochondria © 2014 Pearson Education, Inc. Chromatin Nucleus Nucleolus

Figure 4. 1 a Anatomy of the composite animal cell. Nucleus Cytoplasm Plasma membrane

Figure 4. 1 a Anatomy of the composite animal cell. Nucleus Cytoplasm Plasma membrane © 2014 Pearson Education, Inc.

Figure 4. 1 b Anatomy of the composite animal cell. Endoplasmic reticulum Nuclear envelope

Figure 4. 1 b Anatomy of the composite animal cell. Endoplasmic reticulum Nuclear envelope Mitochondria © 2014 Pearson Education, Inc. Chromatin Nucleus Nucleolus

Figure 4. 2 Structural details of the plasma membrane. Extracellular fluid (watery environment outside

Figure 4. 2 Structural details of the plasma membrane. Extracellular fluid (watery environment outside cell) Polar head of phospholipid molecule Glycocalyx (carbohydrates) Cholesterol Glycolipid Glycoprotein Nonpolar tail of phospholipid molecule Lipid bilayer containing proteins Outward-facing layer of phospholipids Inward-facing layer of phospholipids Cytoplasm (watery environment inside cell) Integral proteins Filament of cytoskeleton Peripheral proteins © 2014 Pearson Education, Inc.

Figure 4. 3 Structure of the generalized cell. Chromatin Nucleus Nuclear envelope Nucleolus Nuclear

Figure 4. 3 Structure of the generalized cell. Chromatin Nucleus Nuclear envelope Nucleolus Nuclear pore Plasma membrane Smooth endoplasmic reticulum Cytosol Mitochondrion Lysosome Rough endoplasmic reticulum Centrioles Centrosome matrix Ribosomes Golgi apparatus Microvilli Microfilament Secretion being released from cell by exocytosis Microtubule Cytoskeletal elements © 2014 Pearson Education, Inc. Intermediate filaments Peroxisome

Figure 4. 4 The interphase cell and the events of cell division. (1 of

Figure 4. 4 The interphase cell and the events of cell division. (1 of 2) Centrosomes (each has 2 centrioles) Late Prophase Early Prophase Interphase Plasma membrane Early mitotic spindle Spindle pole Aster Nucleolus Chromatin Nuclear envelope © 2014 Pearson Education, Inc. Chromosome consisting of two sister chromatids Polar microtubule Fragments of nuclear envelope Centromere Kinetochore microtubule

Figure 4. 4 The interphase cell and the events of cell division. (2 of

Figure 4. 4 The interphase cell and the events of cell division. (2 of 2) Metaphase Anaphase Nuclear envelope forming Spindle Metaphase plate © 2014 Pearson Education, Inc. Telophase Daughter chromosomes Cytokinesis Nucleolus forming Contractile ring at cleavage furrow

Figure 4. 4 The interphase cell and the events of cell division. (1 of

Figure 4. 4 The interphase cell and the events of cell division. (1 of 6) Interphase Centrosomes (each has 2 centrioles) Nucleolus Chromatin Nuclear envelope © 2014 Pearson Education, Inc. Plasma membrane

Figure 4. 4 The interphase cell and the events of cell division. (2 of

Figure 4. 4 The interphase cell and the events of cell division. (2 of 6) Early Prophase Early mitotic spindle Aster Chromosome consisting of two sister chromatids © 2014 Pearson Education, Inc. Centromere

Figure 4. 4 The interphase cell and the events of cell division. (3 of

Figure 4. 4 The interphase cell and the events of cell division. (3 of 6) Late Prophase Spindle pole Kinetochore © 2014 Pearson Education, Inc. Polar microtubule Fragments of nuclear envelope Kinetochore microtubule

Figure 4. 4 The interphase cell and the events of cell division. (4 of

Figure 4. 4 The interphase cell and the events of cell division. (4 of 6) Metaphase Spindle Metaphase plate © 2014 Pearson Education, Inc.

Figure 4. 4 The interphase cell and the events of cell division. (5 of

Figure 4. 4 The interphase cell and the events of cell division. (5 of 6) Anaphase Daughter chromosomes © 2014 Pearson Education, Inc.

Figure 4. 4 The interphase cell and the events of cell division. (6 of

Figure 4. 4 The interphase cell and the events of cell division. (6 of 6) Telophase Nuclear envelope forming © 2014 Pearson Education, Inc. Cytokinesis Nucleolus forming Contractile ring at cleavage furrow

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles © 2014 Pearson

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles © 2014 Pearson Education, Inc.

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (1 of 4)

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (1 of 4) © 2014 Pearson Education, Inc.

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (2 of 4)

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (2 of 4) © 2014 Pearson Education, Inc.

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (3 of 4)

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (3 of 4) © 2014 Pearson Education, Inc.

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (4 of 4)

Table 4. 1 Summary of Structure and Function of Cytoplasmic Organelles (4 of 4) © 2014 Pearson Education, Inc.

COMPOSITE MATERIALS COMPOSITE MATERIALS A composite material canCOMPOSITE MATERIALS COMPOSITE MATERIALS A composite material can
COMPOSITE SOLUTIONS COMPOSITE REPAIRS A composite wrap isCOMPOSITE SOLUTIONS COMPOSITE REPAIRS A composite wrap is
UNITIV COMPOSITE CONSTRUCTION Composite Sections A composite sectionUNITIV COMPOSITE CONSTRUCTION Composite Sections A composite section
Le figure piane Figure uguali Figure equicomposte FigureLe figure piane Figure uguali Figure equicomposte Figure
Perimeter and Area of Composite Figures Composite FigurePerimeter and Area of Composite Figures Composite Figure
Composite Figures A composite figure is formed fromComposite Figures A composite figure is formed from
ANIMAL S ANIMAL WILD ANIMAL any animal livingANIMAL S ANIMAL WILD ANIMAL any animal living
Figure 14 15 Figure CO 14 Figure 14Figure 14 15 Figure CO 14 Figure 14
A Figure ppt Figure B Figure 1 AntioxidantA Figure ppt Figure B Figure 1 Antioxidant
Figure 12 13 Figure 12 14 Figure 12Figure 12 13 Figure 12 14 Figure 12
Figure 26 1 Figure 26 2 Figure 26Figure 26 1 Figure 26 2 Figure 26
Figure 18 26 Figure 18 27 a FigureFigure 18 26 Figure 18 27 a Figure
Figure 14 15 Figure CO 14 Figure 14Figure 14 15 Figure CO 14 Figure 14
FIGURE 1 FIGURE 2 FIGURE 3 TABLE 1FIGURE 1 FIGURE 2 FIGURE 3 TABLE 1
Figure 6 a Figure 6 b Figure 6Figure 6 a Figure 6 b Figure 6
Figure 14 5 Figure 14 4 Figure 15Figure 14 5 Figure 14 4 Figure 15
Renal Anatomy Renal Anatomy Renal Anatomy Renal FunctionRenal Anatomy Renal Anatomy Renal Anatomy Renal Function