Principles of Anatomy and PhysiologyThe eleventh edition of Principles of Anatomy and Physiology marks a new milestone in the publication of the phenomenally successful Principles of Anatomy and Physiology. Bryan Derrickson of Valencia Community College in Orlando, Florida joins Jerry Tortora as a co-author, bringing his background and expertise in physiology in balance with Jerry2 focus on anatomy. The authors have maintained in the text the superb balance between structure and function and continue to emphasize the correlations between normal physiology and pathophysiology, normal anatomy and pathology, and homeostasis and homeostatic imbalances. The acclaimed illustration program is now even better thanks to the input of hundreds of professors and students and the re-development of many of the figures depicting the toughest topics for students to grasp. The eleventh edition now fully integrates this exceptional text with a host of innovative electronic media, setting the standard once again for a rewarding and successful classroom experience for both students and instructors. |
Contents
An Introduction to the Human Body | 1 |
Organization | 2 |
An Introduction to the Human Body | 8 |
Copyright | |
110 other sections not shown
Common terms and phrases
action potential activity adrenal amino acids artery articular atoms autonomic axons basal blood cells blood vessels brain Ca2+ called capillaries cardiac muscle cartilage causes cavity cell bodies cerebral cortex cervical channels CHECKPOINT chemical collagen connective tissue contains contraction cytosol decrease distal endocrine enzymes epithelium extracellular femur Figure filaments flexor fluid foramen function ganglia ganglion glands glucose hair heart homeostasis hormones humerus hypothalamus increase inferior innervation ions joint lateral layer ligament limb located lumbar medial medulla molecules motor neurons movement muscle fibers nerve impulses nervous system neurotransmitter normal nucleus occurs olfactory organs oxygen pain parasympathetic pathways pituitary plasma membrane posterior pressure 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 synapse synovial tendon thalamus thoracic thyroid tract Transverse types valve ventricle vertebrae vertebral column vesicles