Harvey Prize bert sakmann, Germany. In recognition of his breakthrough achievements in developing the patch clamp technique which revolutionized modern electrophysiology http://www.admin.technion.ac.il/harvey/1991-2.html
Extractions: In recognition of his breakthrough achievements in developing the patch clamp technique which revolutionized modern electrophysiology by enabling studies of single ion channels, and of his significant contribution to the application of this approach to study ion channels on the molecular level utilizing genetic engineering techniques.
Dendrites Program bert sakmann (Max Planck Institute, Heidelberg) Idan Segev (Hebrew University). 0900945 bert sakmann Ca Transients in Individual Layer 2/3 http://www.as.huji.ac.il/schools/ls13/lifeprog04.shtml
Entrez PubMed E. Neher and B. sakmann were awarded the Nobel Prize for achievements in Physiology or Medicine in 1 http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=1
Extractions: Ulm The rapid transfer of signals between nerve and muscle cells occurs through the alteration of the electrical potential of the cell membrane. The potential is altered by sodium, potassium, calcium or chloride ions, which establish a gradient across the cell membrane, passing through the membrane. At the beginning of the 1970s, research, particularly that of Bernard Katz and Ricardo Miledi at the University College London, led to the general assumption that discrete pore-like ion channels were integral parts of the electrical conductibility of biological membranes. However, there was no direct evidence for the actual existence of such ion channels. Current flow through the individual ion channels in a muscle fibre. From B. Sakmann: Nobel Lecture, December 9, 1992.
1st Prize For "NeuRA - Neurone Reconstruction Algorithm" Computer Science and Professor bert sakmann at the Max Planck Institute for Gabriel Wittum and bert sakmann came out top with their NeuRA software, http://www.bio-pro.de/en/life/magazin/01358/
Extractions: Ulm "Many proposals submitted for the doIT Software Award have focused on bioinformatics issues, explained Swaran Sandhu, Head of Research and Innovation Management at the Media and Film Society Baden-Württemberg (MFG). Research groups from Heidelberg and led by Professors Gabriel Wittum and Bert Sakmann came out top with their NeuRA software, a tool for the automatic reconstruction of neurones.
M.R. Bauer Foundation At Brandeis bert sakmann, Ph.D. The MR Bauer Distinguished Guest Lecturer Series bert sakmann, Ph.D. Dept. Zellphysiologie MaxPlanck-Institute Für Medizinische http://www.bio.brandeis.edu/bauer/1999/sakmann.html
Extractions: Coincidence Detection In Cortical Cells Coincidence Detection In Cortical Cells addresses an issue that is part of the more basic problem of how the environment is represented in the brain such that an organism can respond in an appropriate manner when the environment changes. In other words what are possible cellular and molecular mechanisms that underlie those brain functions which are sometimes referred to as "higher" brain functions such as recognition of an object, learning and retrieval from memory? One view is referred to as "Rate coding" the other one as "Temporal coding". Both types of stimulus representation require an ensemble of "read-out" neurons. These must be sensitive to the temporal structure of the electrical activity of those cortical neurons that are lower in the hierarchical order. For example they must be sensitive to synchronous activity of the lower-order neurons. The intracortical innervation pattern of L5 pyramidal neurons is such that the generation of burst firing by coincident synaptic inputs to the basal and apical dendrites repectively would be a mechanism to associate local, columnar synaptic input to the basal dendrites arriving from a primary sensory area with an input to the apical tuft dendrites arriving from secondary sensory areas. Furthermore, synchronized burst activity of connected cortical neurons can change the strength of their synaptic connections. Coincident input dependent burst activity can represent one mechanism that initiates long-term changes in the synaptic efficacy of wiring of cortical neurons.
J Physiol -- Index By Author (, 521, Number 1) sakmann, B. Abstract Full Text sakmann, bert Abstract Full Text Schirra, Claudia Abstract Full Text Senda, Mariko Abstract Full Text http://jp.physoc.org/content/vol521/issue1/aindex.shtml
Extractions: Index by Author: [Table of Contents] A B C ... I J K L M N O P Q R S T U V W X Y Z Alger, B. E. [Abstract] [Full Text] Bertog, Marko [Abstract] [Full Text] Bielfeld-Ackermann, Andreas [Abstract] [Full Text] Borg-Graham, Lyle [Abstract] [Full Text] Borst, J. G. G. [Abstract] [Full Text] Britton, Fiona [Abstract] [Full Text] [Abstract] [Full Text] Bunnett, Nigel W. [Abstract] [Full Text] [Abstract] [Full Text] Coca-Prados, Miguel [Abstract] [Full Text] Dorrington, Keith L. [Abstract] [Full Text] Duan, Dayue [Abstract] [Full Text] Egger, Veronica [Abstract] [Full Text] Enyeart, John J. [Abstract] [Full Text] Fatemian, Marzieh [Abstract] [Full Text] Feldmeyer, Dirk [Abstract] [Full Text] French, Andrew S. [Abstract] [Full Text] [Abstract] [Full Text] Fu, Liang-Wu [Abstract] [Full Text] Fujita, Akikazu [Abstract] [Full Text] Guo, Jiquing [Abstract] [Full Text] Halvorsrud, Ragnhild [Abstract] [Full Text] Handrock, Renate [Abstract] [Full Text] Henze, Darrell A. [Abstract] [Full Text] Herzig, Stefan [Abstract] [Full Text] Hibino, Hiroshi
J Physiol -- Index By Author (, 525, Number 1) Saito, M. Abstract Full Text sakmann, bert Abstract Full Text Schneider, Martin F. Abstract Full Text Shannon, R. Abstract Full Text http://jp.physoc.org/content/vol525/issue1/aindex.shtml
Extractions: Index by Author: [Table of Contents] A B C D E F G H I J K L M ... N O P Q R S ... T U V W X Y Z Allen, Paul D. [Abstract] [Full Text] Andrews, S. Brian [Abstract] [Full Text] Baekey, D. M. [Abstract] [Full Text] Betz, Heinrich [Abstract] [Full Text] Blitzblau, Rachel C. [Abstract] [Full Text] Bossi, Elena [Abstract] [Full Text] Bowtell, J. L. [Abstract] [Full Text] Bradley, Karen N. [Abstract] [Full Text] Buckler, Keith J. [Abstract] [Full Text] Buckley, Kathleen M. [Abstract] [Full Text] Castillo, Daniel [Abstract] [Full Text] Chen, S. R. Wayne [Abstract] [Full Text] Civan, Mortimer M. [Abstract] [Full Text] Coca-Prados, Miguel [Abstract] [Full Text] Cockcroft, John R. [Abstract] [Full Text] Colbert, Costa M. [Abstract] [Full Text] Connor, John A. [Abstract] [Full Text] Ellory, J. Clive [Abstract] [Full Text] Feldmeyer, Dirk [Abstract] [Full Text] Flint, Laura [Abstract] [Full Text] Flynn, Elaine R. M. [Abstract] [Full Text] Gossard, Jean-Pierre [Abstract] [Full Text] Halliwill, John R. [Abstract] [Full Text] Hoffman, Dax A.
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.
Stiftung | Stipendien | Wissenschaft - Alexander Von Humboldt - Nachrichten Und Translate this page Die Vorlesung wird aus Mitteln der bert sakmann-Stiftung, die von der Alexander von Humboldt-Stiftung verwaltet wird, finanziert. Sie würdigt das Lebenswerk http://www.humboldt-foundation.de/de/aktuelles/presse/pn_archiv_2000/2000_02.htm
Fr.wikipedia.com/w/index.php?title=Bert_Sakmann&am Program1400 Arnd Roth, Joachim Lübke*, Dirk Feldmeyer and bert sakmann Dept. Cell Physiology, MaxPlanck-Institute for Medical Research, Heidelberg, Germany. and http://fr.wikipedia.com/w/index.php?title=Bert_Sakmann&action=edit
Universität Leipzig > Pressespiegel Translate this page Nobelpreisträger bert sakmann besucht Leipzig Nobelpreisträger bert sakmann, Nobelpreisträger Bernd Katz, Carl-Ludwig-Institut für Physiologie http://www.uni-leipzig.de/pressespiegel/4625.html
MPG bert sakmann Prof. Dr. Fax +49 (6221) 486 459. E-mail sakmann@mpimf-heidelberg.mpg.de. Website http//www.mpimf-heidelberg.mpg.de http://www.mpg.de/cgi-bin/mpg.de/person.cgi?nav=kontakt&persId=166907&lang=en&in
