By John P. J. Pinel, Steven Barnes
For classes in Physiological Psychology and Biopsychology
Explore how the critical apprehensive procedure governs behavior
Biopsychology provides a transparent, attractive advent to biopsychological concept and examine via a special mix of biopsychological technological know-how and private, reader-oriented discourse. unique writer John Pinel and new co-author Steven Barnes deal with scholars at once and interweave the basics of the sphere with medical case reviews, priceless metaphors, and noteworthy anecdotes that make direction fabric for my part and socially appropriate to readers. as well as increased studying goals that consultant scholars during the direction, the Tenth Edition has been completely up-to-date to mirror this swiftly progressing clinical field.
Available to package deal with Biosychology, 10th version, MyLab™ Psychology is a web homework, educational, and overview software designed to paintings with this article to interact scholars and increase effects. MyLab Psychology is perfect for classes requiring powerful assessments.
Biosychology, 10th version is additionally on hand through Revel™, an interactive electronic studying surroundings that replaces the print textbook, permitting scholars to learn, perform, and learn in a single non-stop adventure. Revel is perfect for classes the place scholar engagement and cellular entry are important.
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Additional info for Biopsychology
7 shows that the visual areas of the left and right cerebral cortex at the back of the brain became active when the participant viewed a flashing light. 7 Functional brain imaging is the major method of cognitive neuroscience. This image—taken from the top of the head with the participant lying on her back—reveals the locations of high levels of neural activity at one level of the brain as the participant views a flashing light. The red and yellow areas indicate high levels of activity in the visual cortex at the back of the brain.
Nobel Winner(s) Date Accomplishment Ivan Pavlov 1904 Research on the physiology of digestion Camillo Golgi and Santiago Romón y Cajal 1906 Research on the structure of the nervous system Charles Sherrington and Edgar Adrian 1932 Discoveries about the functions of neurons Henry Dale and Otto Loewi 1936 Discoveries about the transmission of nerve impulses Joseph Erlanger and Herbert Gasser 1944 Research on the functions of single nerve fibers Walter Hess 1949 Research on the role of the brain in behavior Egas Moniz 1949 Development of the prefrontal lobotomy Georg von Békésy 1961 Research on the auditory system John Eccles, Alan Hodgkin, and Andrew Huxley 1963 Research on the ionic basis of neural transmission Ragnor Granit, Haldan Hartline, and George Wald 1967 Research on the chemistry and physiology of vision Bernard Katz, Ulf von Euler, and Julius Axelrod 1970 Discoveries related to synaptic transmission Karl Von Frisch, Konrad Lorenz, and Nikolass Tinbergen 1973 Studies of animal behavior Roger Guillemin and Andrew Schally 1977 Discoveries related to hormone production by the brain Herbert Simon 1979 Research on human cognition Roger Sperry 1981 Research on separation of the cerebral hemispheres David Hubel and Torsten Wiesel 1981 Research on neurons of the visual system Rita Levi-Montalcini and Stanley Cohen 1986 Discovery and study of nerve growth factors Erwin Neher and Bert Sakmann 1991 Research on ion channels Alfred Gilman and Martin Rodbell 1994 Discovery of G-protein–coupled receptors Arvid Carlsson, Paul Greengard, and Eric Kandel 2000 Discoveries related to synaptic transmission Linda Buck and Richard Axel 2004 Research on the olfactory system John O’Keefe, May-Britt Moser, and Edvard Moser 2014 Research on the brain’s system for recognizing locations understanding are shortsighted.
30 Independent variable, p. 30 Dependent variable, p. 30 Confounded variable, p. 31 Coolidge effect, p. 31 Lordosis, p. 31 Quasiexperimental studies, p. 32 Case studies, p. 32 Generalizability, p. 32 Pure research, p. 32 Applied research, p. 32 Translational research, p. 33 Cognitive neuroscience, p. 35 Cognition, p. 35 Comparative psychology, p. 36 Ethological research, p. 36 What are the Divisions of biopsychology? Physiological psychology, p. 34 Psychopharmacology, p. 34 Neuropsychology, p. 34 Cerebral cortex, p.