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UID:20260625T005041EDT-9471IizXRG@132.216.98.100
DTSTAMP:20260625T045041Z
DESCRIPTION:A Special Hebb Lecture was delivered by Prof. John O’Keefe\, co
 -winner of the 2014 Nobel Prize in Medicine on Monday June 1st\, at 10:00a
 m\, in MCMED 504  (McIntyre Medical Building\, 3655 Promenade Sir William 
 Osler).\nProf. O’Keefe earned both his Masters and Ph.D. degrees from McGi
 ll University in the Department of Psychology supervised by Prof. Ron. Mel
 zack. He then moved to University College London where he is currently Dir
 ector of the Sainsbury Wellcome Centre for Neural Circuits and Behaviour\,
  and Professor of Cognitive Neuroscience. He is known for his research abo
 ut how space is encoded in the hippocampus\;  using a  combination of beha
 vioural and electrophysiological methods\, Prof. O’Keefe discovered place 
 cells which show a specific kind of temporal coding that enable an animal 
 to recognize and spatially navigate its surroundings.\nProfessor O’Keefe i
 s the recipient of numerous prizes and awards including the Gruber Prize a
 nd the Kavli prize in Neuroscience\, and is Fellow of the Royal Society an
 d the Academy of Medical Sciences\, UK.\nMain Lecture at 10:00am\, MCMED 5
 04\nThe hippocampus as a cognitive map: How we got here and where we are g
 oing\nAbstract\n	Locating ourselves in familiar environments\, navigating f
 lexibly around those environments\, and remembering where important object
 s can be found in them represent some of the most fundamental cognitive ta
 sks that the brain performs. Remarkably there is a dedicated set of brain 
 cells located in the hippocampal formation at the centre of a cognitive ma
 pping network which performs these computations. In the first part of my t
 alk\, I will describe the place\, direction\, grid and boundary cells in t
 he hippocampal formation which taken together comprise the cognitive map. 
 I will emphasise the idea that a place cell can be constructed in two inde
 pendent ways\, one relying on current sensory information derived from the
  environment carried by the boundary cells and the other a path integratio
 n system which uses information from the direction and grid cells derived 
 from the animal’s own movements. In addition to providing inputs for the c
 onstruction of place representations\, the grid cells appear to be good ca
 ndidates to provide the distance metric for the map. In the second part of
  my talk\, I will review recent evidence from our laboratory suggesting fi
 rstly that the grid cells are a subset of a more extensive group of spatia
 lly periodic EC cells which might also be used to construct place cells an
 d secondly that the grid cell system might not be able to provide the metr
 ic for the cognitive map in all environments and under all circumstances.
 \n
DTSTART:20150601T140000Z
DTEND:20150601T150000Z
LOCATION:Lecture Hall 504\, McIntyre Medical Building\, CA\, QC\, Montreal\
 , H3G 1Y6\, 3655 promenade Sir William Osler
SUMMARY:Dr John O'Keefe delivers a Hebb lecture
URL:/channels/event/dr-john-okeefe-delivers-hebb-lectu
 re-253647
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