Integration into network – hair: Chichung Lie<\/strong><\/p>\nS. JESSBERGER (Switzerland)
\nHeterogeneity of neurogenic stem cells in the adult hippocampus<\/p>\n
J.M. ENCINAS\u00a0(Spain)
\nATP links neuronal hyperexcitation and induction of reactive neural stem cells<\/p>\n
J.C. PLATEL (France)
\nNeuronal integration and survival in the olfactory bulb<\/p>\n
N. TONI\u00a0(Switzerland)
\nStem cells: From ultrastructure to niche regulation mechanisms<\/p>\n
A. SCHINDER\u00a0(Argentina)
\nLong-lasting remodeling of hippocampal networks by neurogenesis<\/p>\n
Selected communications
\n– J. VALERO (Spain) Microglia actively remodels adult hippocampal neurogenesis through
\nthe phagocytosis secretome
\n– A. SHARIF (France) Characterization of the neural stem cell niche in the adult human
\nhypothalamus<\/p>\n
Wednesday, June 12th<\/h3>\n
From networks to functions – Chair: Nicolas Toni<\/strong><\/p>\nG.\u00a0KEMPERMANN\u00a0(Germany)
\nAdult neurogenesis as an individualizing trait<\/p>\n
H. VAN PRAAG\u00a0(USA)
\nRegulation of adult neurogenesis by exercise<\/p>\n
E. PACARY (France)
\nRnd2: a new player in the development and function of adult-born hippocampal neurons<\/p>\n
P. FRANKLAND (Canada)
\nHippocampal neurogenesis and memory stability<\/p>\n
A.\u00a0SAHAY\u00a0(USA)
\nDentate granule cells, memory discrimination and generalization<\/p>\n
Selected communications :
\n– H. GHOSH (India) A novel regulator of adult neurogenesis and fate-decision in the dentate
\ngyrus
\n– V. LUNA (USA) Adult born neurons monosynaptically inhibit and excite mature granule
\ncells in the dentate gyrus<\/p>\n
Neurogenesis in humans – Chair: Magdalena G\u00f6tz<\/strong><\/p>\nA. ALVAREZ-BUYLLA\u00a0(USA)
\nNeural stem cells and adult neurogenesis from rodents and humans<\/p>\n
M. BOLDRINI\u00a0(USA)
\nAdult neurogenesis in the human brain in health and disease<\/p>\n
H.\u00a0ADLE-BIASSETTE\u00a0(France)
\nHuman hippocampal neurogenesis from development to ageing<\/p>\n
M. MALETIC-SAVATIC\u00a0(USA)
\nFatty acids as signaling molecules and biomarkers of neurogenesis<\/p>\n
S.THURET\u00a0(UK)
\nAlteration of Hippocampal Neurogenesis by the human systemic milieu: A biomarker of cognitive ageing and dementia<\/p>\n
M. LLORENS-MARTIN (Spain)
\nAdult neurogenesis is abundant in the hippocampus<\/p>\n
<\/p>\n
Thursday, June 13th<\/h2>\n
Role of adult born neurons in diseases – Chair: Paul Lucassen<\/strong><\/p>\nC.P. FITZSIMONS (The Netherlands)
\nCircadian Glucocorticoid Oscillations Preserve a Population of Adult Hippocampal Neural
\nStem Cells in the Aging Brain<\/p>\n
Selected communications :
\n– E. SALTA (Belgium) MicroRNA-132 restores adult hippocampal neurogenesis and
\nmemory deficits in Alzheimer’s disease
\n– F. CHAMAA (Libanon) Modulation of Hippocampal<\/p>\n
I.\u00a0SOTIROPOULOS\u00a0I\u00a0(Portugal)
\nTau-dependent and -independent mechanisms of adult cytogenesis suppression in stress-driven brain pathology<\/em><\/p>\nCD\u00a0MANDYAM\u00a0(USA)
\nNeurogenesis mechanisms of addiction<\/p>\n
Selected communications :
\n– V. OLIVEIRA MOREIRA (France) OTX2 signals from the choroid plexus to regulate
\nadult neurogenesis
\n– R. BECKERVORDERSANDFORTH (Germany) Adult astrogenesis and functional
\nastrocyte heterogeneity in the adult mouse hippocampus
\n– M. DAHAB (Germany) Deletion of the chloride transporter NKCC1 increases radial glialike
\nstem cell pool in the hippocampus and impairs learning and memory performance in
\nadult mice
\n– I. BLOMFIELD (UK) Id4 eliminates the pro-activation factor Ascl1 to maintain quiescence
\nof adult hippocampal stem cells<\/p>\n
<\/p>\n
Role of adult born neurons in stress-related disorders – Chair: Alejandro Schinder<\/strong><\/p>\nC.\u00a0BELZUNG\u00a0(France)
\nPost-Traumatic Stress disorder and hippocampal neurogenesis<\/p>\n
P. LUCASSEN\u00a0(Netherlands)
\nPlasticity changes in relation to early life stress and depression<\/p>\n
Selected communications :
\n– A ZEPEDA (Mexico) Neurogenesis as a correlate of functional reorganization in the
\ndamaged dentate gyrus
\n– M. FOGLI (Italy) Transient neurogenic niches are generated by the sparse and
\nasynchronous activation of striatal astrocytes after excitotoxic lesion<\/p>\n
L. PINTO (Portugal)
\nTime-dependent functional correlates of adult hippocampal cytogenesis: Relevance to Depression<\/p>\n
R.\u00a0HEN\u00a0(USA)
\nModulation of entorhinal input by adult-born hippocampal neurons: impact on mood and cognition<\/p>\n","protected":false},"excerpt":{"rendered":"
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