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UID:1015b961fe3bc17c91560898ed8c35c3
DTSTART;TZID=UTC:20210602T123000
SEQUENCE:0
TRANSP:OPAQUE
DTEND;TZID=UTC:20210602T133000
LOCATION:Online via zoom
SUMMARY:\"Symmetry breaking and self-organization in intestinal organoids\"
  Prof. Prisca Liberali\; FMI
CLASS:PUBLIC
DESCRIPTION:_Multicellular organisms are composed of cells and tissues with
 \nidentical genomes but different properties and functions. They all\ndeve
 lop from one cell to form multicellular structures of astounding\ncomplexi
 ty. During development\, in a series of spatio-temporal\ncoordinated steps
 \, cells differentiate into different cell types and\nestablish tissue-sca
 le architectures and functions. Throughout life\,\ncontinuous tissue renew
 al and regeneration is required for tissue\nhomeostasis\, which also requi
 res fine-tuned spatio-temporal\ncoordination of cells. I will discuss how 
 cellular interactions\ngenerate the specific contexts and spatio-temporal 
 coordination\nunderlying development and regeneration and how we specifica
 lly\ndevelop new technologies to investigate what are the molecular and\np
 hysical mechanisms that allow a cell\, in a tissue\, to sense its\ncomplex
  environment\, to take individual coordinated decisions.\nMoreover\, I wil
 l discuss the molecular mechanisms of intestinal\norganoid self-organizati
 on and the role of cell-to-cell variability in\npopulations of differentia
 ting cells during symmetry breaking._\n\nJOIN THE WEBINAR LIVE USING THIS 
 LINK: HTTPS://ZOOM.US/J/95028129214\n[https://zoom.us/j/95028129214]\n\n 
 \n
X-ALT-DESC;FMTTYPE=text/html:<p><em>Multicellular organisms are composed of
  cells and tissues with identical genomes but different properties and fun
 ctions. They all develop from one cell to form multicellular structures of
  astounding complexity. During development\, in a series of spatio-tempora
 l coordinated steps\, cells differentiate into different cell types and es
 tablish tissue-scale architectures and functions. Throughout life\, contin
 uous tissue renewal and regeneration is required for tissue homeostasis\, 
 which also requires fine-tuned spatio-temporal coordination of cells. I wi
 ll discuss how cellular interactions generate the specific contexts and sp
 atio-temporal coordination underlying development and regeneration and how
  we specifically develop new technologies to investigate what are the mole
 cular and physical mechanisms that allow a cell\, in a tissue\, to sense i
 ts complex environment\, to take individual coordinated decisions. Moreove
 r\, I will discuss the molecular mechanisms of intestinal organoid self-or
 ganization and the role of cell-to-cell variability in populations of diff
 erentiating cells during symmetry breaking.</em></p>\n\n<p><strong>Join th
 e webinar live using this link: <a href=\"https://zoom.us/j/95028129214\">
 https://zoom.us/j/95028129214</a></strong></p>\n\n<p>&nbsp\;</p>\n
DTSTAMP:20210406T143301Z
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