How does the brain process environmental and internal information to orchestrate the most adaptive response to ongoing and incoming challenges? I began to approach this question during my graduate studies at IIT in the laboratory of Paolo Medini, where I aimed to understand better how the microcircuits of the visual cortex respond to visual deprivation and non-visual stimuli from the external environment in mice. Then, as a postdoc, I moved to the laboratory of Bob Datta at Harvard Medical School, where I gradually shifted my focus on the innate behavioral responses to sensory stimuli, specifically to olfactory stimuli, the most primordial sensory stimuli used by animals. Finally, back at IIT as a Principal Investigator, I am working with a fantastic group of talented young scientists to discover the central circuit mechanisms that coordinate an animal's behavioral and visceral activity in anticipation of what will be coming.
Giuliano Iurilli
               				Lab Head
               			
               		
            		
              			Senior Researcher Tenure Track - Principal InvestigatorSystems Neurobiology
Address
			              	Piazza della Manifattura, 1 - Ed. 14, Rovereto (Trento), Italy
	              			Research center
					              	CNCS@UniTn
				              			Biografia
	              			Education
	              			
							                Title: Ph.D. in Robotics and Neuroscience
							                Institute: Italian Institute of Technology
							                Location: Genova
							                Country: Italy
							                From: 2008 To: null
						                
							                Title: Laurea Specialistica (M. Sc.) in Biomedical Sciences
							                Institute: University of Pisa
							                Location: Pisa
							                Country: Italy
							                From: 2006 To: 2007
						                
Awards and Achievements
	                2023
										Stuefer A., Balasco L., Gini S., Coletta L., Rocchi F., Montani C., Alvino F.G., Sastre D., Galbusera A., Aldrighetti M., Mandrup Bertozzi S., Lau Poui Cheung P., Vozzi D., Papaleo F., Iurilli G., Armirotti A., Cancedda L., Lombardo M., Bozzi Y., Gozzi A.
										Towards a chronobiological reconceptualization of the excitatory/inhibitory imbalance theory for autism:  insights from chemogenetic studies in rodents
										
									2023
										Stuefer A., Balasco L., Gini S., Coletta L., Rocchi F., Montani C., Alvino F.G., Sastre D., Galbusera A., Aldrighetti M., Mandrup Bertozzi S., Lau Poui Cheung P., Vozzi D., Papaleo F., Iurilli G., Armirotti A., Cancedda L., Lombardo M., Bozzi Y., Gozzi A.
										Transient neocortical excitatory / inhibitory imbalance during early infancy leads to permanent social impairments
										
									2019
										Iurilli G.
										Giovanni Armenise-Harvard Career Development Award, 2019-2024
										
									2018
										Iurilli G.
										Isabelle Goldenson Postdoctoral Fellowship, 2018-2019
										
									2013
										Iurilli G.
										Human Frontiers Science Program, Long-Term Fellowship 2013-2016
										
									Colleagues of Systems Neurobiology
			        			