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SUMMARY:Micro and nano-engineering for the control of neuronal cell growth
  and elaboration of a brain prosthesis
DTSTART:20120906T143000
DTEND:20120906T153000
DTSTAMP:20260610T224505Z
UID:61c3b5670f2b86a0548f94fe600bc0c02c6a73fb14cccc61f5da11e4
CATEGORIES:Conferences - Seminars
DESCRIPTION:Dr. Amélie Béduer\, LAAS-CNRS Toulouse\, France\nBrain patho
 logies are often characterized by cell population losses. One promising th
 erapeutic approach consists in using bioactive biomaterials\, combining a 
 cellular graft and biopolymers\, acting as scaffold to build new tissues i
 n vitro\, which will then be implanted in vivo. In my work\, I developed a
  brain bioprosthesis that combines the regenerative role of adult human ne
 ural stem cells with the control of cells behavior by microtopography and 
 carbon nanotubes.
LOCATION:AI.1.153
STATUS:CONFIRMED
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