Principles of Anatomy and PhysiologyThe phenomenally successful Principles of Anatomy and Physiology continues to set the discipline standard with the 15th edition. Designed for the 2-semester anatomy and physiology course, Principles of Anatomy and Physiology combines exceptional content and outstanding visuals for a rich and comprehensive classroom experience. Enhanced for a digital delivery, the 15th edition, gives students the ability to learn and explore anatomy and physiology both inside and outside of the classroom. |
Contents
| 1 | |
| 28 | |
3 The Cellular Level of Organization | 60 |
4 The Tissue Level of Organization | 106 |
5 The Integumentary System | 144 |
Bone Tissue | 171 |
The Axial Skeleton | 194 |
The Appendicular Skeleton | 234 |
The Blood | 668 |
The Heart | 695 |
Blood Vessels and Hemodynamics | 737 |
22 The Lymphatic System and Immunity | 808 |
23 The Respiratory System | 850 |
24 The Digestive System | 898 |
25 Metabolism and Nutrition | 953 |
26 The Urinary System | 993 |
9 Joints | 260 |
10 Muscular Tissue | 293 |
11 The Muscular System | 330 |
12 Nervous Tissue | 403 |
13 The Spinal Cord and Spinal Nerves | 446 |
14 The Brain and Cranial Nerves | 477 |
15 The Autonomic Nervous System | 526 |
16 Sensory Motor and Integrative Systems | 548 |
17 The Special Senses | 576 |
18 The Endocrine System | 622 |
27 Fluid Electrolyte and AcidBase Homeostasis | 1036 |
28 The Reproductive Systems | 1055 |
29 Development and Inheritance | 1107 |
APPENDIX A Measurements | E-1 |
APPENDIX B Periodic Table | E-3 |
APPENDIX C Normal Values for Selected Blood Tests | E-4 |
GLOSSARY | G-1 |
INDEX | 1-1 |
EULA | 1-33 |
Other editions - View all
Principles of Anatomy and Physiology, 15e Evaluation Copy Gerard J. Tortora,Bryan H. Derrickson No preview available - 2016 |
Principles of Anatomy and Physiology Gerard J. Tortora,Bryan H. Derrickson No preview available - 2018 |
Common terms and phrases
action potential activity adrenal artery articular atoms axons basal blood cells blood vessels brain Ca2+ called cardiac muscle cartilage causes cavity cell bodies cerebral cortex cervical channels Checkpoint chemical Clinical Connection connective tissue contains contraction cranial decrease distal enzymes epithelial epithelium extracellular femur Figure filaments flexor fluid foramen functions ganglion glands glucose hair head heart homeostasis hormones humerus hypothalamus increase inferior innervation ions joint lateral layer ligament limbs located lumbar Mark Nielsen medial medulla molecules motor neurons movement muscle fibers nasal nerve impulses nervous system neurotransmitter nucleus occurs olfactory organs oxygen pain pathway pituitary plasma membrane plexus posterior produce proteins reactions receptors reflex region release ribs scapula secretion sensory neurons sensory receptors skeletal muscle skin smooth muscle somatic spinal cord spinal nerves stimulates structure substances superior surface sympathetic synapse synovial tendon thalamus thoracic thyroid tract Transverse types ventricle vertebral column vesicles


