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First multi-year cumulation covers six years: 1965-70.
Exploring the contractile activity of smooth muscle segments isolated from various organs of healthy animals and animals with experimentally induced diabetes, she obtained original data about angiotensin II-induced force and time parameters. For the first time, she established the effect of ghrelin on angiotensin II-provoked contraction of the urinary bladder. Original data on the role of both types of angiotensin receptors for the contractile activity of the various segments of the gastrointestinal tract and bladder were obtained. By applying specific software for force and time parameter analysis, the contribution of different types of angiotensin receptors on muscle contractility has been shown. The new methodology was used to analyze the data obtained during the registration of smooth muscle relaxation activity, which allows the determination of not only the magnitude of the mechanical response but also the parameters related to the time and speed of the contractions. Plasma renin activity models have been developed using mathematical approaches to predict the effect of different drug doses on the behavior of the system.
Performedin the cardiac catheterization laboratory is also included in this section. The next section deals with all aspects of cardiac surgery. Surgery for ischemic heart disease, valve surgery, aortic surgery, robotically assisted cardiac surgery, surgery for congenital heart disease and cardiac transplantation are covered by well-known experts. The last section points to expected refinements and future developments in cardiology, such as stem cell therapy, newer thrombolytics, new frontiers in balloon valvotomy and cardiac transplantation and artificial hearts. This book includes more than 300 full coloured images and illustration. It can be used as a reference book in every library, hospitals, medical colleges and research institutions.
"Crucible of Science" is the story of a unique laboratory at Washington University in St. Louis, and of Carl and Gerty Cori, the biochemists who established it. Carl and Gerty met and married at medical school in Prague in the 1920s. After graduation, they immigrated to the U.S. to escape deteriorating conditions in Europe. Carl soon received an offer from Washington University to become Pharmacology Chair, and the couple settled in St. Louis. Not only did both Coris go on to win the Nobel Prize, the laboratory they established at the University has since produced some of the most outstanding scientists the U.S. has ever seen. Six laboratory scientists also won Nobel Prizes; few, if any, lab...
The diversity and significance of recent research on the kallikrein-kinin system provided the impetus for this international conference, the purpose of which was the assessment of our knowledge and the development of a base from which to plan future research. Through the generous support of the Fogarty International Center and of the National Heart, Lung, and Blood Institute, the Organizing Committee was able to bring together authorities in virtually every aspect of kinin research. The kallikrein-kinin field was divided into three major areas: A) Characterization and assays of components of the kallikrein-kinin systems; B) Interacting systems: Fibrinolysis, complement, coagulation, and prostaglandins; and C) Physiological, pathological, and clinical significance. Invited experts were instructed to present concise critical reviews along with any new data. Time was a)so provided for discussants to present relevant comments and data. Selected discussions accompany the keynote reports, and these comprise the short chapters.
Science and Catholicism in Argentina (1750–1960) is the first comprehensive study on the relationship between science and religion in a Spanish-speaking country with a Catholic majority and a "Latin" pattern of secularisation. The text takes the reader from Jesuit missionary science in colonial times, through the conflict-ridden 19th century, to the Catholic revival of the 1930s in Argentina. The diverse interactions between science and religion revealed in this analysis can be organised in terms of their dynamic of secularisation. The indissoluble identification of science and the secular, which operated at rhetorical and institutional levels among the liberal elite and the socialists in the 19th century, lost part of its force with the emergence of Catholic scientists in the course of the 20th century. In agreement with current views that deny science the role as the driving force of secularisation, this historical study concludes that it was the process of secularisation that shaped the interplay between religion and science, not the other way around.
A qualitative leap in the understanding of cardiovascular and n- ral regulation by the renin–angiotensin system, and of the role of this s- tem in tissue damage, has occurred as a result of the many recent advances in molecular genetic techniques. The cloning of the genes for the components of the renin–angiotensin system, the design of specific angiotensin receptor ligands, and the use of embryonic gene targeting te- niques for the creation of mutant strains have established that the renin– angiotensin system is important in blood pressure regulation, ion and fluid homeostasis, and tissue growth and remodeling Further investigation of the mechanisms by which this system p- ticipates i...