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Master of Science in
Computational Biology and Biomedicine

Bioinformatics
Biomedical signal and image analysis
Modeling in neuroscience

Nice Sophia Antipolis University, France
 


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New book from CBB faculty members is now available !!
"Modeling in Computational Biology and Biomedicine: A Multidisciplinary Endeavor"
Promotions 2015-2016, 2014-2015, 2013-2014, 2012-2013, 2011-2012, 2010-2011, 2009-2010
Welcome
» Image gallery

Some illustrations of what you will discover

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Fluorescence imaging of a network of mice hippocampal neurons in culture. (Courtesy F. Duprat, IPMC)


Restored root apex of the plant Arabidopsis Thaliana immersed in water that is used to study Nematode infection at the center of the root in the vascular tissue (Courtesy of INRA and Ariana-INRIA/I3S)


The electric activity of the brain can be  measured by means of an electroencephalogram (EEG), with millisecond time resolution. This allows to detect activity specific to certain sensory stimuli, or to different mental states.
INRIA hosts a 64-channel EEG recording device, within a dedicated Faraday room.
(Courtesy M. Clerc, INRIA-Odyssee)

Variability of the brain cortex folding patterns determined from sulcal lines (Courtesy X. Pennec, INRIA-Asclepios)


Antiboby-antigen complex with interface atoms identified using a Voronoi diagram based calculation (Courtesy F. Cazals, INRIA-ABS)


Statistical model of fibers in the heart (here the mean orientation) determined from 9 DTI images of canine hearts. (Courtesy X. Pennec, INRIA-Asclepios)




Brain connectivity obtained through diffusion MRI (Courtesy R. Deriche, INRIA-Odyssee)


Bifurcation diagram of the quartic integrate-and-fire neuron and related spike trains (courtesy J. Touboul, INRIA-NeuroMathComp)

tlapale
Simulation of eye-movement like dynamic for a dashed translating bar (Courtesy E. Tlapale)

Cortical integration of a two-stroke apparent motion revealed by real-time optical imaging in V1 (Courtesy F. Chavane, CNRS-INCM)



Body surface potential mapping: Sensors placements and information extractions for the risk stratification of myocardiac infarction (Courtesy O. Meste, I3S)


Example of a two-population, three-dimensional bump, isosurfaces are shown. Transparencies increases linearly from red to blue. (Courtesy R. Veltz, INRIA-Neuromath)


Computing grids: large scale distributed systems (Courtesy J. Montagnat, CNRS-I3S)

chpstick illusion
Velocity estimation on the chopstick illusion (Courtesy E. Tlapale)

Master d'Informatique: Fondements et Ingénierie
Parcours de Biologie Computationnelle et Biomedecine
http://cbb.unice.fr
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