Education
                              Ph.D., Functional and Structural Genomics, International School for Advanced Studies
                                 (SISSA)
												
									M.S., Neuroscience, University of Trieste
												
									B.S., General and Applied Biology, University of Naples Federico II
                           
                           
                              Areas of Expertise
                              Evolutionary and developmental neuroscience
												
												Anatomy
												
												Molecular biology
												
												Glial biology
                           
                         
                      
                     Biography
                     
                     Dr. Carmen Falcone is a neurobiologist specializing in evolutionary and developmental
                        neuroscience, with particular expertise in glial biology, molecular biology and brain
                        anatomy. 
                     
                     She earned her Ph.D. in Functional and Structural Genomics from the International
                        School for Advanced Studies (SISSA) in Trieste, Italy, following a Master's degree
                        in Neuroscience from the University of Trieste and a Bachelor's degree in General
                        and Applied Biology from the University of Naples Federico II.
                     
                     Dr. Falcone is a co-founder of Astrocyte Cafe foundation and Italian Glia Network
                        and an active member of the following networks:
                     
                     
                        
                        - The Integrative Biology of Brain Evolution network
 
                        
                        - Society for Neuroscience
 
                        
                        - JB Johnston Club for Evolutionary Neuroscience.
 
                        
                     
                     Dr. Falcone is also passionate about teaching, mentoring and science outreach. 
                     
                     Research
                     
                     Our laboratory is interested in the evolution and development of the nervous system
                        in mammals and, more specifically, in astrocytes, a type of glial cells in the brain.
                     
                     We combine techniques of histology and transcriptomics on mammalian postmortem brains
                        from a wide variety of species with induced pluripotent stem cell cultures and cell
                        transplantations in mice. The big aim is to investigate the functions, evolution and
                        development of astrocytes across mammals at multiple levels: molecular, cellular,
                        anatomical and neural circuits, in both physiology and pathology.
                     
                     Teaching
                     
                     
                        
                        - BIOL 221/221 L  Human Anatomy and Physiology I