Deutsches Museum Bonn: Exponate: Patch-clamp-apparatus 240 kg, overall height 1.5 m 1991 joint nobel Prize for Planck Institute for biophysicalChemistry, Göttingen (collaboration with bert sakmann); 1977- 1978 http://www.deutsches-museum-bonn.de/exponate/patch-clamp-messplatz/patch_clamp_e
Extractions: In all tissues and organs, cells must exchange signals among themselves. This is a prerequisite for coordinated performance of both individual organs and the organism as a whole. Rapid signals, such as between nerves and muscle cells, are mediated by changes of electrical currents at cell membranes. These, in turn, are caused by changes in membrane conductivity for small charged particles of the body fluids (the Na , K , Ca , Cl Thus, the Patch- Clamp method allows extremely precise measurements of interaction between cells and the body's own signal molecules, as well as artificial substances. A large number of drugs that function via ion channels can therefore be analyzed with regard to both their intended action and unwanted side effects.
Nobel Prize For Medicine nobel Prize for Medicine NEHER, ERWIN, Germany sakmann, bert, 1991, for theirdiscoveries concerning the function of single ion channels in cells . http://www.planet101.com/nobel_medicine.htm
Extractions: Sir Paul M. Nurse , Great Britain for their discoveries of key regulators of the cell cycle" Arvid Carlsson, Paul Greengard and Eric Kandel signal transduction in the nervous system Günter Blobel , USA (born Germany) "proteins have intrinsic signals that govern their transport and localization in the cell" Robert F Furchgott , USA
Extractions: Nobel Prize in Medicine since 1901 Year Prize Winners Behring, Emil Adolf Von Ross, Sir Ronald Finsen, Niels Ryberg Pavlov, Ivan Petrovich Koch, Robert Cajal, Santiago Ramon Y.; Golgi, Camillo Laveran, Charles Louis Alphonse Ehrlich, Paul; Mechnikov, Ilya Ilyich Kocher, Emil Theodor Kossel, Albrecht Gullstrand, Allvar Carrel, Alexis Richet, Charles Robert Barany, Robert Bordet, Jules Krogh, Schack August Steenberger Hill, Sir Archibald Vivian; Meyerhof, Otto Fritz; Banting, Sir Frederick Grant; Macleod, John James Richard; Einthoven, Willem; Fibiger, Johannes Andreas Grib Wagner-Jauregg, Julius Nicolle, Charles Jules Henri Eijkman, Christiaan; Hopkins, Sir Frederick Gowland Landsteiner, Karl Warburg, Otto Heinrich Adrian, Lord Edgar Douglas; Sherrington, Sir Charles Scott Morgan, Thomas Hunt Minot, George Richards; Murphy, William Parry; Whipple, George Hoyt Spemann, Hans Dale, Sir Henry Hallett; Loewi, Otto Nagyrapolt, Albert Szent-Gyorgyi Von Heymans, Corneille Jean Francois Domagk, Gerhard Dam, Henrik Carl Peter; Doisy, Edward Adelbert Erlanger, Joseph; Gasser, Herbert Spencer
Extractions: ATLANTIAN VORTEX A continuación reproducimos el comunicado de prensa que la Academia Sueca presentó acerca de su investigación. Comunicado de prensa: Premio Nobel en Fisiología o Medicina 1991 NOBELFÖRSAMLINGEN KAROLINSKA INSTITUTET LA ASAMBLEA NOBEL EN EL INSTITUTO de KAROLINSKA 7de Octubre de 1991 La Asamblea Nobel en el Instituto de Karolinska ha decidido hoy otorgar el Premio Nobel en Fisiología o Medicina para 1991 conjuntamente a Erwin Neher y Bert Sakmann por sus descubrimientos que involucran " la función de los canales separados del ion en las células Dr. Erwin Neher Resumen Cada célula viviente está rodeada por una membrana que separa al mundo dentro de la célula de su exterior. En esta membrana hay canales a través de los cuales la célula se comunica con su entorno. Este canal consiste en moléculas individuales o complejos de moléculas y tienen la habilidad de permitir el flujo de átomos cargados, lo que son iones. La regulación los canales de iones influye en la vida de la célula y sus funciones bajo condiciones normales y patológicas. El Premio Nobel en Fisiología o Medicina para 1991 se otorga para los descubrimientos de la función de canales de iones . Los dos fisiólogos celulares alemanes Erwin Neher y Bert Sakmann juntos han desarrollado una técnica que permite el registro de increiblemente pequeñas corientes eléctricas (sumando a un picoampere - 10-12A) que atraviesan solo un canal del ion. La técnica es única ya que registra cómo el canal de una molécula altera su forma y de esta manera controla el flujo de corriente dentro de una fracción de una millonésima de un segundo.
RMIT - E-mail News - No. 123, 17/8/2001 All feedback will be confidential. Source Warren Dusting TOP.nobel Laureate bert sakmann to visit RMIT Life Sciences. nobel http://www.rmit.edu.au/browse/Media/News/E-mail News/by title/?SIMID=m913hwhnkfd
Zientzia Eta Teknologiaren Ataria Medikuntzako nobel saria bi fisiologo alemanek jaso dute Erwin Neherek, Gotingakounibertsitateko irakasleak, eta bert sakmann-ek, Heilderberg-eko http://www.zientzia.net/artikulua.asp?Artik_kod=7498
Speakerprofiles Professor Suthipun Jitpimolmard (Head, Department of Medicine, Faculty ofMedicine, KKU, Thailand). bert sakmann 1991 nobel Laureate in Medicine http://mail.kku.ac.th/~mapiwa/speakerprofiles.html
Extractions: Invited Speakers' Profiles Professor Bert Sakmann (Max-Planck Institute, Heidelberg, Germany) Professor R. Jane Rylett (Department of Physiology and Pharmacology, University of Western Ontario, Canada) Professor Barry Halliwell (Head, Department of Biochemistry, National University of Singapore) Professor J. Michael Wyss (Department of Cell Biology, University of Alabama, Birmingham, USA) Professor Piyarat Govitrapong (Neuro-Behavioral Biology Centre, Mahidol University, Thailand) Associate Professor Naipinich Kotchabhakdi (Director, Neuro-Behavioral Biology Centre, Mahidol University, Thailand) Professor Chumpol Pholpramool (TPSN President, Mahidol university, Thailand) Professor Suthipun Jitpimolmard (Head, Department of Medicine, Faculty of Medicine, KKU, Thailand) Bert Sakmann 1991 Nobel Laureate in Medicine http://www.nobel.se/medicine/laureates/1991/sakmann-autobio.html http://almaz.com/nobel/medicine/1991b.html http://www.britannica.com/nobel/micro/519_58.html Rebecca Jane Rylett - (PhD - University of Western Ontario) http://www.med.uwo.ca/neuroscience/faculty/rylett.html
Program Overview' Professor bert sakmann ( 1991 nobel Laureate in Medicine MaxPlanck Institute,Heidelberg, Germany) 'Glutamatergic and GABAergic Neurotransmission' http://mail.kku.ac.th/~mapiwa/program/program.html
Extractions: Israel Nelken Delivers Honorary Lecture at Heidelberg University How does the human brain manage to recognize the voice of a friend for example in the hubbub of voices at a party? The Israeli neurobiologist Dr. Israel Nelken, who will be granted this year's "Bernhard Katz Lectureship Award", deals with this question. On January 26, 2000, the scholar from the Hadassah Medical School of Hebrew University in Jerusalem will deliver the Bernhard Katz lecture on the subject "Coding of auditory foregrounds and backgrounds in auditory cortex". The lectureship is financed from funds of the Bert Sakmann Foundation that is administered by the Alexander von Humboldt Foundation. It honours the life's work of the physiologist Sir Bernhard Katz, the mentor of Professor Bert Sakmann. In 1991 Sakmann was awarded the Nobel Prize of Medicine. The scientist from Heidelberg donated part of the Nobel Prize to the Bert Sakmann Foundation. Professor Sakmann will be in the audience of the honorary lecture on January 26. Since 1993 Dr. Nelken has been lecturer at the Department of Physiology of the Hadassah Medical School. In 1962, at the age of 21, he completed his studies of mathematics and physics. After this he studied neurobiology and did his doctorate in this discipline on the assimilation of noises in a cat's brain in 1991. Afterwards he did research work as postdoctoral fellow at Johns Hopkins University. Nelken has published numerous studies in internationally recognized journals. In 1999, he was awarded the Research Prize of the Faculty of Medicine of Hebrew University.
The Nobel Prize Neuroscience nobel Laureats The nobel Prize has been awarded many times toNeuroscientists bert sakmann. Function of single ion channels in cells. http://pdbio.byu.edu/neuroscience/pages/nobel_prize.htm
Extractions: Neuroscience Nobel Laureats: The Nobel Prize has been awarded many times to Neuroscientists: 1997 - U.S.A Stanley B. Prusiner Discovery of Prions; a new biological principle of infection 1994 - U.S.A. Alfred G. Gilman Discovery of G-Protein coupled receptors and their role in signal transduction 1994 - U.S.A. Martin Rodbell Discovery of G-Protein coupled receptors and their role in signal transduction 1991 - Germany Erwin Neher Function of single ion channels in cells 1991 - Germany Bert Sakmann Function of single ion channels in cells 1986 - U.S.A. Stanley Cohen Control of nerve cell growth 1986 - Italian U.S.A. Rita Levi-Montalcini Control of nerve cell growth 1982 - Sewden Sune K. D. Bergström Discovery of prostaglandinds 1982 - Sweden Bengt I. Samuelsson Discovery of prostaglandinds 1982 - Britain John Robert Vane Discovery of Prostaglandins 1981 - Swedish - U.S.A. Torsten N. Wiesel I nformation processing in the visual system 1981 - U.S.A. Roger W. Sperry Functions of the right and left hemispheres of the brain 1981 - Candian U.S.A.
Premios Nobel De Fisiología Y Medicina Translate this page AÑO, PREMIOS nobel OTORGADOS EN FISIOLOGÍA Y MEDICINA. 1901, Behring, EmilAdolph von (Alemania). 1991, Neher, Erwin (Alemania) sakmann, bert (Alemania). http://fcmjtrigo.sld.cu/nobel.htm
Extractions: Premio Nobel : premios concedidos cada año a personas, entidades u organismos por sus aportaciones extraordinarias realizadas durante el año anterior en los campos de la Física, Química, Fisiología y Medicina, Literatura, Paz y Economía. Otorgados por primera vez el 10 de diciembre de 1901, los premios están financiados por los intereses devengados de un fondo en fideicomiso contemplado en el testamento del químico, inventor y filántropo sueco Alfred Bernhard Nobel. Además de una retribución en metálico, el ganador del Premio Nobel recibe también una medalla de oro y un diploma con su nombre y el campo en que ha logrado tal distinción. Los jueces pueden dividir cada premio entre dos o tres personas, aunque no está permitido repartirlo entre más de tres. Si se considerara que más de tres personas merecen el premio, se concedería de forma conjunta. El fondo está controlado por un comité de la Fundación Nobel, compuesto por seis miembros en cada mandato de dos años: cinco elegidos por los administradores de los organismos contemplados en el testamento, y el sexto nombrado por el Gobierno sueco. Los seis miembros serán ciudadanos suecos o noruegos. De acuerdo con la voluntad de Nobel, se han establecido institutos separados en Suecia y Noruega para favorecer los objetivos de la Fundación con el fin de potenciar cada uno de los cinco campos en los que se conceden los galardones. En 1968, para conmemorar su 300 aniversario, el Banco Nacional de Suecia creó el Premio de Ciencias Económicas Banco de Suecia en Memoria de Alfred Nobel, que sería otorgado por la Real Academia Sueca de las Ciencias (conocida con anterioridad por el nombre de Academia Sueca de las Ciencias). La Real Academia Sueca de las Ciencias concede también los premios de Física y Química.
Nobel Laureate Erwin Neher To Speak Neher won the nobel Prize with bert sakmann of the MaxPlanck-Institute for medicalbiology in Heidelberg, Germany, for discoveries concerning the function of http://www.news.cornell.edu/Chronicles/3.29.01/Neher.html
Extractions: By David Brand German scientist Erwin Neher, joint winner of the 1991Nobel Prize in physiology or medicine, will present a special colloquium at Cornell Friday, March 30. It will take place at 12:30 p.m. in Room G10 of the Biotechnology Building, and it is free and open to the public. The colloquium, jointly sponsored by Cornell's School of Applied and Engineering Physics, the Department of Molecular Biology and Genetics and the graduate field of biophysics, is titled "Exploring the Functional Role of Synaptic Proteins with Rapid Techniques." It will be hosted by Manfred Lindau, Cornell associate professor of applied and engineering physics. Neher won the Nobel Prize with Bert Sakmann of the Max-Planck-Institute for medical biology in Heidelberg, Germany, for discoveries concerning the function of single ion channels in cells. Neher and Sakmann conclusively established with their technique that ion channels do exist and how they function. They demonstrated what happens during the opening or closure of an ion channel with a diameter corresponding to that of a single sodium or chloride ion. Many ion channels are regulated by a protein spanning the cell membrane that upon activation alters its shape and forms a transmembrane channel for inorganic ions. Neher and Sakmann showed which parts of the molecule constitute the "sensor" and the interior wall of the channel. They also showed how the channel regulates the passage of positively or negatively charged ions. This new analytical tool has revolutionized modern biology in the past two decades. It also has contributed to the understanding of how brain cells communicate and of the cellular mechanisms underlying several diseases, including diabetes and cystic fibrosis.
Mail Index Graphics Dr. bert sakmann, nobel Prize Winner (fwd). To graphicsgroup@cs.wisc.edu;Subject Graphics Dr. bert sakmann, nobel Prize Winner (fwd); http://www.cs.wisc.edu/~lists/archive/graphics-group/msg00272.html
Extractions: Date Prev Date Next Thread Prev Thread Next ... Thread Index The following colloquium tomorrow may be of interest: Subject: Dr. Bert Sakmann, Nobel Prize Winner You are cordially invited to attend the 27th Clinton N. Woolsey Lecture cosponsored by the Department of Physiology and the Neuroscience Training Program as one in the series of the Center for Neuroscience's Neuroscience Lecture Series, Thursday, April 25th 4:00 p.m. 140 Bardeen Dr. Bert Sakmann, Department of Cell Physiology - Heidelberg "The Eloquent Cortex" with a reception in Room 281 Medical Sciences Building immediately after the talk. - UW CS Graphics group - graphics-group@cs.wisc.edu Prev by Date: [[Graphics:]] good news and bad news.... Next by Date: [[Graphics:]] Medical Physics Seminar - April 29, 2002 (fwd)
Mail Index group@cs.wisc.edu Prev by Date Graphics New Lab Space; Nextby Date Graphics Dr. bert sakmann, nobel Prize Winner (fwd); http://www.cs.wisc.edu/~lists/archive/graphics-group/msg00271.html
Extractions: Date Prev Date Next Thread Prev Thread Next ... Thread Index The good news: The new machine is here. We need a name and a place to put Elmer once it is displaced. For the name, I propose Gertie. For the location of Elmer, I have no clue. The bad news: Hyun Joon has some military service issues, so he won't be here until September. m Michael Gleicher mailto:gleicher@cs.wisc.edu Assistant Professor http://www.cs.wisc.edu/~gleicher Computer Sciences Department http://www.cs.wisc.edu/graphics University of Wisconsin, Madison - UW CS Graphics group - graphics-group@cs.wisc.edu [Other mailing list archives] [CS Dept. Home Page]
Premio Nobel De Medicina - Wikipedia Translate this page Ver enlace http//www.nobel.se/medicine/laureates/index.html. A. Sharp 1992 EdmondH. Fischer, Edwin G. Krebs 1991 Erwin Neher, bert sakmann 1990 Joseph E http://es.wikipedia.org/wiki/Premio_Nobel/Medicina
Nobel Prize Winner In Newcastle Professor bert sakmann, 1991 nobel Prize winner for Medicine will presentthe APPS Special Lecture to 170 scientists from around Australia. http://www.newcastle.edu.au/news/media-releases/1999/mr822.htm
Extractions: Monday 27 September 1999 Nobel Prize Winner In Newcastle A Nobel Prize-winning scientist will speak today at the Annual Meeting of the Australian Physiological and Pharmacological Society hosted by the University of Newcastle. Professor Bert Sakmann, 1991 Nobel Prize winner for Medicine will present the A.P.P.S. Special Lecture to 170 scientists from around Australia. His talk will concern the plasticity of the nervous system, and will further challenge the notion that the brain is hard wired and thereby unable to adapt to changing conditions. "We are looking forward enormously to having Professor Sakmann with us" Associate Professor Powis, Head of the Discipline of Human Physiology, said. "We have a very active Neuroscience Group at the University of Newcastle, and his lecture will surely inspire us and our visitors tremendously" Associate Professor David Powis said this conference is an important forum for Australian biomedical scientists to describe and share their latest research findings about how living organisms function. Other major issues confronting physiologists will be addressed at the conference. During "The Future of Physiology" segment, delegates will discuss training of undergraduates and postgraduates, and try to identify the major challenges for research in the next century.
