41. History The NAS Building Legal Documents Giving To The National Vogel, Hermann C. Vogt, Evon Z., Jr. Volterra, Vito von Baer, Karl E. von Baeyer,Adolf von bekesy, georg von Euler, Ulf S. von Frisch, Karl http://www4.nationalacademies.org/nas/nasdece.nsf/urllinks/$$AlphaListV?OpenDocu

42. Especiales Diario Médico Translate this page georg von bekesy nació en 1899 en Budapest. Estudió la carrera de Medicina en laUniversidad de Berna (Suiza), en donde consiguió el título de doctor en http://mimino.s5.com/nopp/gennprofundo/1961.html

Free Web Hosting Provider Web Hosting E-commerce High Speed Internet ... Photo Sharing if(window.ivnRotate) window.ivnRotate1 = new window.ivnRotate('ivnRotate1',0,document.awsSearch1.Keywords) Popular Searches: Georg Von Bekesy Georg Von Bekesy Pruebas preliminares no demostraron efectos secundarios graves El consumo de talidomida produce malformaciones En 1954 se patenta una sustancia denominada K17 que no habia demostrado efectos secundarios en las pruebas de experimentacion con animales ni en las pruebas clinicas. Entre 1955 y 1956 se realizan pruebas con este medicamento en 300 pacientes, sin que se aprecien efectos secundarios que afecten al organismo humano. Ante la Organizacion Mundial de la Salud, esta nueva sustancia se registra con el nombre de talidomida, y a partir del 1 de octubre de 1957 comienza a comercializarse por la empresa Chemie Grunenthal de Stolberg en todo el mundo con la denominacion de Contergan. Las propiedades de este medicamento lo situan como somnifero y sedante, y por su supuesta inocuidad comenzo a ser consumido por una gran parte de la poblacion, incluyendo mujeres embarazadas. Entre 1957, ano en que comenzo a comercializarse, y 1961, se calcula que unos 5 millones de personas habian consumido alrededor de 300 millones de dosis diarias de Contergan. Hasta este ano los fabricantes solo habian recibido unas 500 notificaciones de efectos adversos, la mayoria leves, producidos por el medicamento, siendo la manifestacion mas frecuente la sensacion de cosquilleo en las extremidades, es decir, una polineuritis sensitiva. Por este motivo, los fabricantes deciden que el medicamento se venda solo con receta medica, lo que evita su consumo en una pequena proporcion, ya que la mayoria de la poblacion lo preferia al uso de barbituricos. Se calcula que solo en la Republica Federal Alemana se vendieron en el mes de enero de 1961 unas veinte millones de dosis de este farmaco.

43. Nobel: Medicine: Georg Von Békésy The Nobel Prize in Physiology or Medicine 1961 georg von Békésy *1899, †.External links. The Nobel Prize georg von Békésy The Nobel Foundation http://www.nobelpreis.org/english/medizin/bekesy.htm

The Nobel Prize in Physiology or Medicine 1961 Next Previous Search Home ... Economics (USA) "For his discoveries of the physical mechanism of stimulation within the cochlea" External links The Nobel Foundation powered by xago.org - The World Heritage Sites Webmaster Services

44. Der Nobelpreis Für Physiologie Oder Medizin: Georg Von Békésy Schnecke des Ohres . georg von Békésy *1899, † 1972. PAGERANK SEO. http://www.nobelpreis.org/medizin/bekesy.htm

vor suchen Home Chemie ... Wirtschaft (USA) "Für seine Entdeckungen im physikalischen Mechanismus der Erregungen in der Schnecke des Ohres"

45. BekWevBio Wever and georg von bekesy became good friends during the 50s following a period georg von bekesy was born in Budapest where his father was a diplomat. http://www.parmly.luc.edu/hearing/bekwev.htm

Ernest Glen Wever (1902-1991) Glen Wever was born October 16, 1902 in Benton, IL. He received an A.B. degree from Illinois College in 1922, and the MA and PhD degrees from Harvard University in 1924 and 1926. he was married in 1928. After a year as an instructor at U.C. Berkeley (1926-1927), Wever moved to the Department of Psychology at Princeton University where he remained. During 1936, he worked on a fellowship at the Otological Research Laboratory at Johns Hopkins University with Stacy Guild and S. J. Crowe. He was named the Dorman T. Warren Professor (1946-1950), and the Eugene Higgins Professor (1950-1971) at Princeton. He was a consultant to the National Defense Research Committee on anti-submarine warfare during World War II. He was a Research Associate at the Lempert Institute of Otology in New York (1947-1957) and served as Psychology Department Chair at Princeton from 1955 to 1958. Wever was elected to the National Academy of Sciences and the National Academy of Arts and Sciences, and was a fellow of the Acoustical Society of America and the Society of Experimental Psychologists. He had received the following additional honors: Howard Crosby Warren Medal from the Society of Experimental Psychologists (1931), the George Shambaugh Prize in Otology (1957), The Gold Medal and Certificate of Merit from the American Otological Society (1959), Honors of the Association from the American Speech and Hearing Association (1967), The Beltone Institute for Hearing Research Award (1969), and was the Guest of Honor at the 104th meeting of the American Otological Society (1971). In 1981 he received the Silver Medal in Psychological and Physiological Acoustics from the Acoustical Society of America, and in 1983 received the Award of Merit from the Association for Research in Otolaryngology.

46. Georg Von Békésy - The Nobel Prize In Physiology Or Medicine georg von Békésy. For his discoveries of the physical mechanism of stimulation georg von Békésy. External links. The Nobel Prize georg von Békésy http://www.nobel-prize.org/EN/Medicine/bekesy.htm

Previous The Nobel Prize in Physiology or Medicine 1961 Next Home Chemistry Peace ... Economics Georg von Békésy "For his discoveries of the physical mechanism of stimulation within the cochlea" External links The Nobel Prize - Georg von Békésy The Nobel Foundation powered by xago.org - The World Heritage Sites

47. Entrez PubMed georg von bekesy received the Nobel Prize in 1961 for his research on thefunctioning of the auditor http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=1

48. Entrez PubMed bekesy s scientific work is assessed, after presentation of a brief biographicalsketch. Emphasis is http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=3

49. Békésy, Georg Von - Onmeda: Medizin Und Gesundheit Translate this page Was Sie schon immer über georg von Békésy wissen wollten. Onmeda, das umfangreichsteInternetportal für Medizin und Gesundheit, informiert ausführlich über http://www.onmeda.de/lexika/persoenlichkeiten/bekesy.html

UNTERNEHMEN JOBS WERBUNG KONTAKT ... Aktuelles Sie befinden sich hier: Startseite Lexika Persönlichkeiten Békésy, Georg von Suche auf Onmeda Lexikon der Anatomie Krankheitserreger Lexikon der Sexualität Lexikon der Strahlenmedizin ... Arzneimittellexikon Biographie Augenarzt, Internist, Psychiater, Psychologe * 3. Juni 1899 in Budapest Er beschäftigte sich insbesondere mit Problemen der Reizmechanismen im Ohr und schuf eine Hörtheorie, die im Gegensatz zur Helmholz´schen Resonanzhypothese steht. Mit ausgeklügelten Experimenten und Modellen erklärte er den Hörvorgang des menschlichen Ohres. Seine Modelle der menschlichen Schnecke stellen einen grundlegenden Beitrag zur Sinnesphysiologie und Ohrenheilkunde dar. Dabei beschrieb er unter anderem die Reizverteilung in der Schnecke des Innenohres (Cochlea, "Gehörgangsschnecke"), die zum Erkennen der verschiedenen Tonhöhen und Lautstärken durch das Gehirn beiträgt; die von ihm daraus abgeleitete "Wirbeltheorie" trägt seinen Namen. 1961 erhielt von Békésy den Nobelpreis für Medizin und Physiologie "für seine Entdeckung im physikalischen Mechanismus der Erregungen in der Schnecke des Ohres". Georg von Békésy veröffentlichte die grundlegenden Werke "Experiments in hearing" (1960) und "Sensory inhibition" (1967).

50. ForumAcusticum 2005 Dr. georg von Békésy was born in Budapest, Hungary in 1899, the son of a diplomat . Dr. georg von Békésy joined that organization and spent more than 20 http://www.fa2005.org/main.cgi?page=bekesy

51. BIO.COM: Biotechnology & Pharmaceutical News, Jobs, Software, Reports, Books, Ev Helmholtz (18211894) and the Hungarian physicist georg von bekesy (1899-1972), von bekesy worked in the research laboratory of the Hungarian Post http://www.bio.com/realm/features.jhtml?realmId=5&cid=ci64780346

52. LOUIS COLLINS BOOKS ABAA: Sensory Inhibition. By VON BEKESY (Georg). LOUIS COLLINS BOOKS ABAA, Seattle, Washington USA,is a bricks mortar bookstorefeaturing a select stock of Outof-Print and Scholarly books in all http://www.collinsbooks.com/cgi-bin/lcb455/14674.html

Browse by category Africa Americana Anthropology Archaeology Architecture Automotive Books about books Cinema Closet of Serendip Cookery Criminology Geography Geology History History - Europe Juvenile Linguistics Literature Medicine Music Natural History Philosophy Politics Psychology Religion Science Serendip Technology Transportation Quick Search Log In Username: Password: Create an account About Us LOUIS COLLINS BOOKS ABAA more Contact Us Terms Security ... Site Map LOUIS COLLINS BOOKS ABAA 1211 East Denny Way Seattle, WA 98122 This site is powered by Bibliopolis Title: Sensory Inhibition. Author: VON BEKESY (Georg). Description: Princeton:: Princeton U.P., 1967.. first edition. 265pp, text figures. octavo. stain, ink note, very good in slightly worn dustwrapper. Item # Add to your cart We accept VISA/ MasterCard/American Express. Books are returnable within 10 business days. DOMESTIC POSTAGE : Postage is extra. Please add per order for MEDIA MAIL (6-8 days delivery); per order for PRIORITY MAIL (2-3 days) FOREIGN POSTAGE : Postage is extra on ALL orders.

53. The Smallest Time Difference The Eyes Can Detect With Sweeping Stimulation -- Be georg von bekesy. Experiments in hearing showed that a time difference of 0.1msec between the stimulation of the left and right ear by a similar click was http://www.pnas.org/cgi/content/abstract/64/1/142

This Article Full Text (PDF) Alert me when this article is cited Alert me if a correction is posted Services Similar articles in this journal Similar articles in PubMed Alert me to new issues of the journal Add to My File Cabinet ... Download to citation manager PubMed PubMed Citation Articles by Bekesy, G. V. September 15, 1969 The Smallest Time Difference the Eyes can Detect with Sweeping Stimulation Georg Von Bekesy Current Issue Archives Online Submission Info for Authors ... Site Map

54. Lines That Do Not Increase Their Width Under A Magnifying Glass -- BEkesy 69 (4) georg von bekesy. A light beam hitting the retina produces an excitatory process;however, around the edge of the light beam, sensory cells are inhibited http://www.pnas.org/cgi/content/abstract/69/4/885

This Article Full Text (PDF) Alert me when this article is cited Alert me if a correction is posted Services Similar articles in this journal Similar articles in PubMed Alert me to new issues of the journal Add to My File Cabinet ... Download to citation manager PubMed PubMed Citation Articles by BEkesy, G. V. April 1, 1972 Lines that do not Increase their Width under a Magnifying Glass Georg Von BEkesy A light beam hitting the retina produces an excitatory process; however, around the edge of the light beam, sensory cells are inhibited and lose their sensitivity. This combination of stimulation and inhibition produces a discrepancy between the luminance pattern presented to the eye and the brightness pattern that is observed. The black and white Mach bands are the best known distortions of this type. It is this interaction that can produce a line that is physically not present in the stimulus, and is different from the usual lines we see. Current Issue Archives Online Submission Info for Authors ... Site Map

55. SS2 Science The Background It seems to have started about 50 years ago with georg von bekesy in Hungary who And on http//www.earaces.com/oaes.htm I found this, georg von bekesy http://www.fivewaysartists.com/soundings/SS2_science_the_background.htm

Soundings Science The background history. Here follows an email dialogue between Colin Ruffell and Dr Jemma Hine e-mail from Colin Ruffell to Dr. Jemma Hine ...late February 2000 Hi Jemma Thanks for introducing me to Professor Roger Thornton last Monday. He told me something about the history of this fascinating subject of otoacoustic emissions, and suggested that it might be interesting to put some background on the website. It seems to have started about 50 years ago with Georg Von Bekesy in Hungary who was working on telecommunications in occupied Hungary during the second world war. He went on to Harvard after the war and in 1961 was awarded the Nobel Laureate in Medicine for his discoveries of the physical mechanism of stimulation within the cochlea. I have discovered on the internet that, at roughly the same time, someone called Gold "published his intuitive reasoning for active feedback and amplification in the cochlea based on physical and psychoacoustical considerations. On the basis of this he predicted spontaneous tonal otoacoustic emissions from maladjusted ears and electro-motility." D.T. Kemp (ILO, University College London).

56. Nobel Prize Winners Medicine , Entrance Exam, 1961, georg von bekesy, US. 1962, Francis HCrick, Maurice HF Wilkins James D.Wastson, Britain US. 1963, Sir John C.Eccles Alan L. Hodgkin, Andrew F. Huxley http://www.winentrance.com/noblmedi.asp

User ID: Password: New User ? Forget Your Password ! Nobel Prize Winners Year Name Country Emil A. Von Behring Germany Sir Ronald Ross Britain Niels R. Finsen Danish Ivan P. Pavlov Russia Robert Koch Germany Camillo Golgi Santiago Ramon Y Cajal Italy Spain Charles L.A. Laveran France Paul Ehrlich Elie Metchnikoff Germany France Emil T. Kocher Switzerland Albrecht Kossel Grmany Allvar Gullstrand Sweden Alexis Carrel France Charles R. Richet France Robert Barany Australia Jules Border Belgium Schack A.S.Krogh Dan Archibald V. Hill Otto F. Meyerhof Britain Germany Frederick G. Banting John J.R.Macleod Canada Scotland willem Einthoven Dutch Johannes A.G Fibiger Dan JUllius Wagner-Jauregg Australia Charles J.H. Nicolle France Christiaan Eijkman Sir Frederick G.Hopkings Dutch Britain Karl Landsteiner U.S Otto H. Warburg Germany Edgar D. Adrian, Sir Charles S. Sherrington Britain Thomas H.organ U.S. George R. Minot, William P. Murphy, G.H. Whipple U.S. Hans Spemann Germany Sir Henry H. Dale Otto Lowei Britain U.S. Albert Szent-Gyorgyl Honkong-U.S. Cornelle J.F. Heymans Belgium Gerhard Domagk Germany Henrik C.P. Dam

57. Bekabad - Columbia Encyclopedia® Article About Bekabad bekesy, georg von Békésy, georg von Beketov (crater) Beketov crater Bekhterev Bekker, Balthazar Bekker, Elizabeth Bekker, Paul Bekkevoort http://columbia.thefreedictionary.com/Bekabad

Domain='thefreedictionary.com' word='Bekabad' Your help is needed: American Red Cross The Salvation Army join mailing list webmaster tools Word (phrase): Word Starts with Ends with Definition subscription: Dictionary/ thesaurus Computing dictionary Medical dictionary Legal dictionary Financial dictionary Acronyms Columbia encyclopedia Wikipedia encyclopedia Hutchinson encyclopedia Bekabad 0.03 sec. Page tools Printer friendly Cite / link Email Feedback Bekabad , formerly Begovat , city (1989 pop. 82,082), Tashkent region, E Uzbekistan, on the Syr Darya River. It is an important industrial center, with a large steel mill and cement works. The Farkhad dam and hydroelectric plant, just upstream from Bekabad, is a major source of electricity and irrigation water for Uzbekistan. Mentioned in References in classic literature No references found No references found Columbia browser Full browser Beit, Alfred Beja Bek-Budi Bekabad Beke, Charles Tilstone Bekesy, Georg von Bel Bel and the Dragon ... Bekaa, the Bekabad Bekah Bekal Fort Bekan Bekasi ... Beke, Charles Tilstone

58. Békéscsaba - Columbia Encyclopedia® Article About Békéscsaba bekesy, georg von Békésy, georg von Beketov (crater) Beketov crater Bekhterev Bekins International Bekir Sidki Chobanzade http://columbia.thefreedictionary.com/Békéscsaba

Domain='thefreedictionary.com' word='Békéscsaba' Your help is needed: American Red Cross The Salvation Army join mailing list webmaster tools Word (phrase): Word Starts with Ends with Definition subscription: Dictionary/ thesaurus Computing dictionary Medical dictionary Legal dictionary Financial dictionary Acronyms Columbia encyclopedia Wikipedia encyclopedia Hutchinson encyclopedia Also found in: Wikipedia Hutchinson 0.03 sec. Page tools Printer friendly Cite / link Email Feedback or Csaba Mentioned in References in classic literature No references found No references found Columbia browser Full browser Bek-Budi Bekabad Beke, Charles Tilstone Bekesy, Georg von ... Bektashi Word (phrase): Word Starts with Ends with Definition Free Tools: For surfers: Browser extension Word of the Day NEW! Help For webmasters: Free content NEW! Linking Lookup box ... Farlex, Inc. All content on this website, including dictionary, thesaurus, literature, geography, and other reference data is for informational purposes only. This information should not be considered complete, up to date, and is not intended to be used in place of a visit, consultation, or advice of a legal, medical, or any other professional.

59. Masters Of Medicine Website georg von bekesy (1899 1972). American physicist and physiologist who receivedthe 1961 Nobel Prize for Physiology or Medicine for his discovery of the http://emur.org/medicine/georg-von-bekesy.htm

Masters of Medicine! Our website is dedicated to various masters of medicine! Georg von Bekesy American physicist and physiologist who received the 1961 Nobel Prize for Physiology or Medicine for his discovery of the physical means by which sound is analyzed and communicated in the cochlea, a portion of the inner ear. As director of the Hungarian Telephone System Research Laboratory (1923-46), Bekesy worked on problems of long-distance communication and became interested in the mechanics of human hearing. At the telephone laboratory, the University of Budapest (1939-46), the Karolinska Institute, Stockholm (1946-47), and Harvard University (1947-66) he conducted intensive research that led to the construction of two cochlea models and highly sensitive instruments that made it possible to understand the hearing process, differentiate between certain forms of deafness, and select proper treatment more accurately. Since the mid-19th century, it had been known that the vibratory tissue most important for hearing is the basilar membrane, stretching the length of the snail-shaped cochlea and dividing it into two interior canals. Bekesy found that sound travels along the basilar membrane in a series of waves, and he demonstrated that these waves peak at different places on the membrane: low frequencies toward the end of the cochlea and high frequencies near its entrance, or base. He discovered that the location of the nerve receptors and the number of receptors involved are the most important factors in determining pitch and loudness.

60. Psychological Images In Publication--V von bekesy, georg Hilgard (1987) Psychology in America p. 128. von Bracken, HelmutContemporary Psychology, 1958, 3, 6. von Helmholtz, Hermann http://www.apa.org/archives/psyimagev.html

APA ARCHIVES AND LIBRARY Homepage Mission Collections Services ... Staff ONLINE ARCHIVES APA Awards APA Materials at the Library of Congress Directory of APA Annual Meetings (1892-2004) Obituaries in the American Psychologist ... Yearly Membership APA PRODUCTS Books Journals E-Products SEARCH FOR PUBLICATIONS ON: Healthy Lesbian, Gay and Bisexual Students Psychological Images in PublicationV A B C D ... XYZ Vaillant, George E. Contemporary Psychology, 1984, 29, 101 Valenstein, Elliot S. Contemporary Psychology, 1981, 26, 421 Valentine, Willard Lee Science, 1947, 105, 638-640 Scientific Monthly, 1947, 65, 93 Van de Castle, Robert L. Psychology Today, June 1970, p. 16 Van den Water, Marjorie American Psychologist, 1959, 14, 795 Van Gogh, Vincent, five works depicting mental illness Gilman, Seeing the insane, p215-220 Van Orshoven, Terry Psychology Today, October 1970, p. 98 Vegetative brain Psychology Today, January 1970, p. 40 Venn diagram of relations among psychological organizations, 1962 American Psychologist, 1964, 19, 663 Vernon, Horace Middleton Occupational Psychology, 1948, 22, 73-82

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