By T. Trompok. Finch University of Health Sciences/The Chicago Medical School. 2018.
Taming the monster: the American civil justice system as a battleground for social theory discount malegra fxt 140mg overnight delivery erectile dysfunction 42. Effects of tort reforms on the value of closed medical malpractice claims: a microanalysis purchase malegra fxt 140mg with visa impotence for males. Effects of tort reforms and other factors on medical malpractice insurance premiums. The distribution of the insurance market effects of tort liability reforms. The effect of 1980s tort reform legislation on general liability and medical malpractice insurance. The impact of state laws limiting malpractice awards on the geographic distribution of physicians. Department of Health and Human Services, Agency for Healthcare Research and Quality, Center for Organization and Delivery Studies. Office of the Assistant Secretary for Planning and Evaluation, Department of Health and Human Services. Addressing the new health care crisis: reforming the medical litigation system to improve the quality of health care. Fostering rapid advances in health care: learning from system demonstrations. Offers that can’t be refused: foreclosure of personal injury claims by defendants’ prompt tender of claimants’ net economic losses. Adapting mediation to link resolution of medical malrpactice disputes with health care quality improvement. A fault-based administrative alternative for resolving medical malpractice claims. Neo-no-fault remedies for medical injuries: coordinated statutory and contractual alternatives. Medical adversity insurance—a no-fault approach to medical malpractice and quality assurance. Obstetrics and malpractice: evidence on the performance of a selective no-fault system. Can the United States afford a no-fault system of compensation for medical injury? Enterprise medical liability and the evolution of the American health care system. Enterprise liability for medical malprac- tice and health care quality improvement. Florida Governor’s Select Task Force on Healthcare Professional Liability Insurance. Chapter 17 / New Directions in Liability Reform 247 17 New Directions in Medical Liability Reform William M. Sage, MD, JD SUMMARY Medical malpractice is the “Rip van Winkle” issue in American health care. However, its periodic awakenings depart from those of its fictional counterpart in an important respect. Neither the participants in the medical malpractice system nor outside observ- ers seem aware that the context for minimizing medical errors, improving legal dispute resolution, and keeping liability insur- ance available and affordable has changed. This chapter explains why the public policy of medical malpractice is so poorly con- nected to overall health policy. It examines three aspects of health system change since the 1970s—medical progress, industrializa- tion, and cost containment—that have exposed serious weaknesses in the medical liability system. It suggests ways to convert liability into a general health policy issue, including having the federal government implement a system of error identification, fair com- pensation, and efficient dispute resolution that would apply to Medicare and Medicaid patients. Key Words: Medical malpractice; tort liability; medical technol- ogy; health insurance; Medicare; managed care; patient safety; medical errors; litigation; liability insurance. In 2002, liability insurance premiums rose suddenly from their stupor after slumbering—sometimes peacefully, sometimes fitfully—for nearly two decades. Much as Washington Irving’s hero found his physi- cal surroundings unlike those he remembered, today’s malpractice sys- tem faces a landscape of health care financing and delivery that has changed much since its last awakening.
Pulmonary ventilation during forced inspiration usually occurs through the mouth TABLE 17 order malegra fxt 140mg erectile dysfunction diabetes cure. Expiration Tidal volume (TV) 500 cc Volume moved in or out of the lungs during quiet breathing Nerve stimuli to the inspiratory muscles cease and the muscles relax order malegra fxt 140 mg with mastercard erectile dysfunction pump surgery. Inspiratory reserve 3,000 cc Volume that can be inhaled during volume (IRV) forced breathing in addition to The rib cage and lungs recoil as air is forced out tidal volume of the lungs because of the increased pressure. Intercostal and lower Forced expiration occurs when the interosseus Expiratory reserve 1,000 cc Volume that can be exhaled during spinal nerves portion of the internal intercostal and volume (ERV) forced breathing in addition to abdominal muscles are contracted. Dyspnea may occur even when ventilation is normal, however, and may not occur even during exercise, when the total volume of air movement is very high. Some of the terms used to describe ventila- tion are defined in table 17. Nonrespiratory Air Movements Knowledge Check Air movements through the respiratory system that are not asso- 14. Describe the actions of the diaphragm and intercostal mus- ciated with pulmonary ventilation are termed nonrespiratory cles during relaxed inspiration. Describe how forced inspiration and forced expiration are as laughing, sighing, crying, or yawning, or they may function to produced. Indicate the respiratory volumes being used during a sneeze, a deep inspiration prior to jumping into a swim- ming pool, maximum ventilation while running, and quiet breathing while sleeping. Respiratory System © The McGraw−Hill Anatomy, Sixth Edition Body Companies, 2001 622 Unit 6 Maintenance of the Body FIGURE 17. Stimulus may be foreign material expiration that results abruptly opens the glottis, sending a blast irritating the larynx or trachea. Sneezing Similar to a cough, except that the forceful expired air is directed primarily Reflexive response to irritating stimulus of the nasal mucosa. Sighing Deep, prolonged inspiration followed by a rapid, forceful expiration. The inspired air Usually reflexive in response to drowsiness, fatigue, or is usually held for a short period before sudden expiration. Crying Similar to laughing, but the glottis remains open during entire Somewhat reflexive but under voluntary control. Hiccuping Spasmodic contraction of the diaphragm while the glottis is closed, Reflexive; serves no known function. Respiratory System © The McGraw−Hill Anatomy, Sixth Edition Body Companies, 2001 Chapter 17 Respiratory System 623 REGULATION OF BREATHING The rhythm of breathing is controlled by centers in the brain stem. These centers are influenced by higher brain function and regu- lated by sensory input that makes breathing responsive to the changing respiratory needs of the body. Objective 15 Describe the functions of the pneumotaxic, apneustic, and rhythmicity centers in the brain stem. Objective 16 Identify the chemoreceptors and describe their pathway of innervation. Pulmonary ventilation is primarily an involuntary, rhythmic ac- tion so effective that it continues to function even when a per- Sensory nerve fibers son is unconscious. In order for the neural control center of (in glossopharyngeal nerve) respiration to function effectively, it must possess monitoring, stimulating, and inhibiting properties so that the body can re- spond appropriately to increased or decreased metabolic needs. In addition, the center must be connected to the cerebrum to re- Carotid body ceive the voluntary impulses from a person who wants to change Carotid sinus the rate of respiration. Sensory nerve fibers The three respiratory centers of the brain are the rhythmic- Common carotid (in vagus nerve) ity, apneustic, and pneumotaxic areas (see fig. The rhyth- artery micity area, located in the medulla oblongata, contains two aggregations of nerve cell bodies that form the inspiratory and ex- piratory portions. Nerve impulses from the inspiratory portion travel through the phrenic and intercostal nerves and stimulate the diaphragm and intercostal muscles. Impulses from the expiratory Aortic bodies portion stimulate the muscles of expiration. These two portions act Ascending reciprocally; that is, when one is stimulated, the other is inhibited. The apneustic center promotes inspiration and the pneumotaxic center inhibits the activity of Heart inspiratory neurons. The brain stem respiratory centers produce rhythmic breathing even in the absence of other neural input. This intrin- sic respiratory pattern, however, is modified by input from higher brain centers and by input from receptors sensitive to the chemi- cal composition of the blood.
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