Biomechanics and injury prevention in elite alpine skiing
Author(s) -
Joseph Kroell,
Joerg Spoerri,
Matthias Gilgien,
Julien Chardonnens,
Erich Mueller
Publication year - 2012
Publication title -
infoscience (ecole polytechnique fédérale de lausanne)
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 5.011
H-Index - 771
eISSN - 1091-6490
pISSN - 0027-8424
DOI - 10.1073/pnas.1319206110
Subject(s) - biomechanics , elite , physical medicine and rehabilitation , forensic engineering , engineering , medicine , political science , anatomy , law , politics
E volta nostra poppa nel mattino de’ remi facemmo ala al folle folo Dante, Inferno XXVI, 123 (“And having turned our stern unto the morning, the oars made wings for our mad flight,” translated from a plaque given to Hubel and Wiesel by their friend, Elio Raviola) David Hubel, noted neuroscientist and Nobel laureate, died on September 22th at the age of 87. In his collaboration with Torsten Wiesel that lasted several decades, David unlocked the door to understanding the transformation of visual information performed by the visual cortex. At the time Hubel and Wiesel began their studies, the emergent properties of sensory cortex were a mystery. The central concept of sensory processing, first defined by Sir Charles Sherrington, is the receptive field, the area of the sensory surface within which the appropriate stimulus could activate a neuron. At early stages in the visual pathway any given neuron’s receptive field is a small window on the visual scene. The question that bedeviled neuroscientists at the time was: What is the optimum visual stimulus to put within the receptive field to get neurons to respond? Hubel and Wiesel found, through a fortuitous event in their search for the “code” of the visual cortex, that cortical …
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