Skip to content
Empowering the Future of Neuroscience
Menu
About Us
Our Mission
Partner Institutes
Our Network
Research
Our Science
Methods and Techniques
Publications
Technology Platforms
iBOTS code
iBOTS make
Neuroscience Electronics Lab
People
Faculty
Technology Platform Team
Steering Committee
Coordination Team
Person of Trust
Trainings
Overview
PhD program
PostDoc & Clinician Program
Our PhDs and PostDocs
PhD & PostDoc Representatives
News and Events
Overview
iBehave Seminars Series
AMA Sessions
Partner Institutes Seminars
Outreach Activities
careers
Empowering the Future of Neurosceince
Menu
About Us
Our Mission
Partner Institutes
Our Network
Research
Our Science
Methods and Techniques
Publications
Technology Platforms
iBOTS code
iBOTS make
Neuroscience Electronics Lab
People
Faculty
Technology Platform Team
Steering Committee
Coordination Team
Person of Trust
Trainings
Overview
PhD program
PostDoc & Clinician Program
Our PhDs and PostDocs
PhD & PostDoc Representatives
News and Events
Overview
iBehave Seminars Series
AMA Sessions
Partner Institutes Seminars
Outreach Activities
careers
About Us
Our mission
Partner Institutes
Our network
Research
Our Science
Methods and Techniques
Publications
Technology Platforms
iBOTS code
iBOTS make
Neuroscience Electronics Lab
People
Faculty
Technology Platform Team
Steering Committee
Coordination Team
Person of Trust
Trainings
Overview
PhD program
PostDoc and Clinicians Program
Our PhDs and PostDocs
PhDs and PostDocs Representatives
News and Events
Overview
iBehave Seminars Series
AMA Sessions
Partner Institutes Seminars
Outreach Activities
careers
Distributed control of motor circuits for backward walking in Drosophila.
