Test Bank for Anatomy and Physiology: An Integrative Approach 3rd Edition, by McKinley Dr., Michael, Valerie O’Loughlin, Theresa Bidle

Product details:

• ISBN-10 ‏ : ‎ 1259398625
• ISBN-13 ‏ : ‎ 978-1259398629
• Author: Theresa Stouter Bidle, Michael P. McKinley

McKinley/O’Loughlin/Bidle’s Anatomy and Physiology: An Integrative Approach 3e brings multiple elements of the study of A&P together in unique ways that maximize understanding. Covering anatomy and physiology in each chapter, the text emphasizes the interdependence of body systems by weaving prior coverage of one system into textual explanations of how other systems work. All figures are carefully designed to support the text narrative, and they carry brief textual explanations to make figures self-contained study tools. The text helps students apply chapter content by using clinical examples that show students what can go wrong in the body, crystalizing their understanding of the “norm.” Mini self-tests at the end of each section assess students’ grasp of the material, and end-of-chapter assessments encourage students to apply and synthesize what they have learned. Career opportunities for A&P students are highlighted at the beginning of each chapter. Practical advice for remembering material is included throughout, and chapters end with a summary of available media tools.

Table contents:

1. Part 1: Organization of the Human Body
2. Chapter 1: The Sciences of Anatomy and Physiology
3. 1.1 Anatomy and Physiology Compared
4. 1.1a Anatomy: Details of Structure and Form
5. 1.1b Physiology: Details of Function
6. 1.2 Anatomy and Physiology Integrated
7. 1.3 How to Study Anatomy and Physiology Effectively
8. INTEGRATE: CONCEPT OVERVIEW: Comparing How Anatomists and Physiologists Examine the Human Body
9. 1.4 The Body’s Levels of Organization
10. 1.4a Characteristics That Describe Living Things
11. 1.4b The View from Simplest to Most Complex
12. 1.4c Introduction to Organ Systems
13. 1.5 The Precise Language of Anatomy and Physiology
14. 1.5a Anatomic Position
15. 1.5b Sections and Planes
16. 1.5c Anatomic Directions
17. 1.5d Regional Anatomy
18. 1.5e Body Cavities and Membranes
19. 1.5f Abdominopelvic Regions and Quadrants
20. 1.6 Homeostasis: Keeping Internal Conditions Stable
21. 1.6a Components of Homeostatic Systems
22. 1.6b Homeostatic Systems Regulated by Negative Feedback
23. INTEGRATE: CONCEPT OVERVIEW: Negative Feedback Mechanisms for Regulating Body Temperature
24. 1.6c Homeostatic Systems Regulated by Positive Feedback
25. 1.7 Homeostasis, Health, and Disease
26. Chapter 2: Atoms, Ions, and Molecules
27. 2.1 Atomic Structure
28. 2.1a Matter, Atoms, Elements, and the Periodic Table
29. 2.1b Isotopes
30. 2.1c Chemical Stability and the Octet Rule
31. 2.2 Ions and Ionic Compounds
32. 2.2a Ions
33. 2.2b Ionic Bonds
34. 2.3 Covalent Bonding, Molecules, and Molecular Compounds
35. 2.3a Chemical Formulas: Molecular and Structural
36. 2.3b Covalent Bonds
37. 2.3c Nonpolar, Polar, and Amphipathic Molecules
38. 2.3d Intermolecular Attractions
39. 2.4 Molecular Structure and Properties of Water
40. 2.4a Molecular Structure of Water
41. 2.4b Properties of Water
42. 2.4c Water as the Universal Solvent
43. 2.5 Acidic and Basic Solutions, pH, and Buffers
44. 2.5a Water: A Neutral Solvent
45. INTEGRATE: CONCEPT OVERVIEW: Water’s Roles in the Body
46. 2.5b Acids and Bases
47. 2.5c pH, Neutralization, and the Action of Buffers
48. 2.6 Water Mixtures
49. 2.6a Categories of Water Mixtures
50. 2.6b Expressions of Solution Concentration
51. 2.7 Biological Macromolecules
52. 2.7a General Characteristics
53. 2.7b Lipids
54. 2.7c Carbohydrates
55. 2.7d Nucleic Acids
56. 2.7e Proteins
57. INTEGRATE: CONCEPT OVERVIEW: Biological Macromolecules
58. 2.8 Protein Structure
59. 2.8a Categories of Amino Acids
60. 2.8b Amino Acid Sequence and Protein Conformation
61. Chapter 3: Energy, Chemical Reactions, and Cellular Respiration
62. 3.1 Energy
63. 3.1a Classes of Energy
64. 3.1b Forms of Energy
65. 3.1c Laws of Thermodynamics
66. INTEGRATE: CONCEPT OVERVIEW: Energy as It Relates to Human Body Function
67. 3.2 Chemical Reactions
68. 3.2a Chemical Equations
69. 3.2b Classification of Chemical Reactions
70. 3.2c Reaction Rates and Activation Energy
71. 3.3 Enzymes
72. 3.3a Function of Enzymes
73. 3.3b Enzyme Structure and Location
74. 3.3c Mechanism of Enzyme Action
75. 3.3d Classification and Naming of Enzymes
76. 3.3e Enzymes and Reaction Rates
77. 3.3f Controlling Enzymes
78. 3.3g Metabolic Pathways and Multienzyme Complexes
79. 3.4 Cellular Respiration
80. 3.4a Overview of Glucose Oxidation
81. INTEGRATE: CONCEPT OVERVIEW: How Enzymes Work
82. 3.4b Glycolysis
83. 3.4c Intermediate Stage
84. 3.4d Citric Acid Cycle
85. 3.4e The Electron Transport System
86. 3.4f ATP Production
87. 3.4g The Fate of Pyruvate with Insufficient Oxygen
88. 3.4h Other Fuel Molecules That Are Oxidized in Cellular Respiration
89. Chapter 4: Biology of the Cell
90. 4.1 Introduction to Cells
91. 4.1a How Cells Are Studied
92. 4.1b Cell Size and Shape
93. 4.1c Common Features and General Functions
94. 4.2 Chemical Structure of the Plasma Membrane
95. 4.2a Lipid Components
96. 4.2b Membrane Proteins
97. 4.3 Membrane Transport
98. 4.3a Passive Processes: Diffusion
99. 4.3b Passive Processes: Osmosis
100. 4.3c Active Processes
101. 4.4 Resting Membrane Potential
102. 4.4a Introduction
103. 4.4b Establishing and Maintaining an RMP
104. INTEGRATE: CONCEPT OVERVIEW: Passive and Active Processes of Membrane Transport
105. 4.5 Cell Communication
106. 4.5a Direct Contact Between Cells
107. 4.5b Ligand-Receptor Signaling
108. 4.6 Cellular Structures
109. 4.6a Membrane-Bound Organelles
110. 4.6b Non-Membrane-Bound Organelles
111. 4.6c Structures of the Cell’s External Surface
112. 4.6d Membrane Junctions
113. 4.7 Structure of the Nucleus
114. INTEGRATE: CONCEPT OVERVIEW: Cellular Structures and Their Functions
115. 4.7a Nuclear Envelope and Nucleolus
116. 4.7b DNA, Chromatin, and Chromosomes
117. 4.8 Function of the Nucleus and Ribosomes
118. 4.8a Transcription: Synthesizing RNA
119. 4.8b Translation: Synthesizing Protein
120. 4.8c DNA as the Control Center of a Cell
121. 4.9 Cell Division
122. 4.9a Cellular Structures
123. 4.9b The Cell Cycle
124. 4.10 Cell Aging and Death
125. Chapter 5: Tissue Organization
126. 5.1 Epithelial Tissue: Surfaces, Linings, and Secretory Functions
127. 5.1a Characteristics of Epithelial Tissue
128. 5.1b Functions of Epithelial Tissue
129. 5.1c Classification of Epithelial Tissue
130. INTEGRATE: CONCEPT OVERVIEW: The Relationship Between Epithelial Tissue Type and Function
131. 5.1d Glands
132. 5.2 Connective Tissue: Cells in a Supportive Matrix
133. 5.2a Characteristics of Connective Tissue
134. 5.2b Functions of Connective Tissue
135. 5.2c Embryonic Connective Tissue
136. 5.2d Classification of Connective Tissue
137. INTEGRATE: CONCEPT OVERVIEW: The Relationship Between Connective Tissue Type and Function
138. 5.3 Muscle Tissue: Movement
139. 5.4 Nervous Tissue: Information Transfer and Integration
140. 5.5 Integration of Tissues in Organs and Body Membranes
141. 5.5a Organs
142. 5.5b Body Membranes
143. 5.6 Tissue Development and Aging
144. 5.6a Tissue Development
145. 5.6b Tissue Modification
146. 5.6c Aging of Tissues
147. PART 2: Support and Body Movement
148. Chapter 6: Integumentary System
149. 6.1 Composition and Functions of the Integument
150. 6.1a Epidermis
151. 6.1b Dermis
152. 6.1c Subcutaneous Layer
153. 6.1d Functions of the Integument
154. INTEGRATE: CONCEPT OVERVIEW: How Integument Form Influences Its Functions
155. 6.2 Integumentary Structures Derived from Epidermis
156. 6.2a Nails
157. 6.2b Hair
158. 6.2c Exocrine Glands of the Skin
159. 6.3 Repair and Regeneration of the Integumentary System
160. 6.4 Development and Aging of the Integumentary System
161. 6.4a Development of the Integument and Its Derivatives
162. 6.4b Aging of the Integument
163. Chapter 7: Skeletal System: Bone Structure and Function
164. 7.1 Introduction to the Skeletal System
165. 7.2 Bone: The Major Organ of the Skeletal System
166. 7.2a General Functions
167. 7.2b Classification of Bones
168. 7.2c Gross Anatomy of Bones
169. 7.2d Bone Marrow
170. 7.2e Microscopic Anatomy: Bone Connective Tissue
171. 7.2f Microscopic Anatomy: Hyaline Cartilage Connective Tissue
172. 7.3 Cartilage Growth
173. 7.4 Bone Formation
174. 7.4a Intramembranous Ossification
175. INTEGRATE: CONCEPT OVERVIEW: The Process of Endochondral Ossification
176. 7.4b Endochondral Ossification
177. 7.5 Bone Growth and Bone Remodeling
178. 7.5a Bone Growth
179. 7.5b Bone Remodeling
180. 7.5c Hormones That Influence Bone Growth and Bone Remodeling
181. 7.6 Regulating Blood Calcium Levels
182. 7.6a Activation of Vitamin D to Calcitriol
183. 7.6b Parathyroid Hormone and Calcitriol
184. 7.6c Calcitonin
185. 7.7 Effects of Aging
186. 7.8 Bone Fracture and Repair
187. Chapter 8: Skeletal System: Axial and Appendicular Skeleton
188. 8.1 Components of the Skeleton
189. 8.1a Axial and Appendicular Skeleton
190. 8.1b Bone Markings
191. 8.2 Bones and Features of the Skull
192. 8.2a General Anatomy of the Skull
193. 8.2b Views of the Skull and Landmark Features
194. 8.2c Sutures
195. 8.2d Orbital and Nasal Complexes, Paranasal Sinuses
196. 8.3 Bones Associated with the Skull
197. 8.4 Sex and Age Determination from Analysis of the Skull
198. 8.4a Sex Differences in the Skull
199. 8.4b Aging of the Skull
200. 8.5 Bones of the Vertebral Column
201. 8.5a Types of Vertebrae
202. 8.5b Spinal Curvatures
203. 8.5c Vertebral Anatomy
204. 8.6 Bones of the Thoracic Cage
205. 8.6a Sternum
206. 8.6b Ribs
207. 8.7 The Upper and Lower Limbs: A Comparison
208. INTEGRATE: CONCEPT OVERVIEW: Similarities Between the Upper Limb and Lower Limb Skeletons
209. 8.8 The Pectoral Girdle and Its Functions
210. 8.8a Clavicle
211. 8.8b Scapula
212. 8.9 Bones of the Upper Limb
213. 8.9a Humerus
214. 8.9b Radius and Ulna
215. 8.9c Carpals, Metacarpals, and Phalanges
216. 8.10 The Pelvic Girdle and Its Functions
217. 8.10a Os Coxae
218. 8.10b True and False Pelves
219. 8.10c Sex Differences in the Pelvis
220. 8.10d Age Differences in the Ossa Coxae
221. 8.11 Bones of the Lower Limb
222. 8.11a Femur and Patella
223. 8.11b Tibia and Fibula
224. 8.11c Tarsals, Metatarsals, and Phalanges
225. 8.11d Arches of the Foot
226. 8.12 Development of the Skeleton
227. Chapter 9: Skeletal System: Articulations
228. 9.1 Classification of Joints
229. INTEGRATE: CONCEPT OVERVIEW: The Relationship Between Mobility and Stability in Joints
230. 9.2 Fibrous Joints
231. 9.2a Gomphoses
232. 9.2b Sutures
233. 9.2c Syndesmoses
234. 9.3 Cartilaginous Joints
235. 9.3a Synchondroses
236. 9.3b Symphyses
237. 9.4 Synovial Joints
238. 9.4a Distinguishing Features and Anatomy of Synovial Joints
239. 9.4b Classification of Synovial Joints
240. 9.5 The Movements of Synovial Joints
241. 9.5a Gliding Motion
242. INTEGRATE: CONCEPT OVERVIEW: Synovial Joints
243. 9.5b Angular Motion
244. 9.5c Rotational Motion
245. 9.5d Special Movements
246. 9.6 Synovial Joints and Levers
247. 9.6a Terminology of Levers
248. 9.6b Types of Levers
249. 9.7 Features and Anatomy of Selected Joints
250. 9.7a Temporomandibular Joint
251. 9.7b Shoulder Joint
252. 9.7c Elbow Joint
253. 9.7d Hip Joint
254. 9.7e Knee Joint
255. 9.7f Talocrural (Ankle) Joint
256. 9.8 Development and Aging of the Joints

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