Overview
Our institute fully leverages the strengths and advantages of our university's neuroscience resource, focusing on the construction of four technical support platforms: Imaging Platform, Animal Behavior Platform, Brain Disease and Animal Behavior Facility, and Brain Functional Imaging Platform, as well as the jointly established Nikon Bioimaging Center with Nikon Instruments. The platforms currently holds 48 high-end research instruments. The platforms are equipped with an intelligent internet management system. The total area of the technical platforms reaches 900 square meters.
Microscopy Imaging Platform
The Microscopy Imaging Platform mainly provides microscopic imaging technology support for the study of neuron and neural circuit functions, equipped with multiple large-scale microscopic imaging equipments and professional image analysis workstations, providing high-quality instrument use and data analysis services for research teams.
Email: iobs_imaging@fudan.edu.cn
Animal Behavior Facility
The Animal Behavior Facility offers a wide range of mouse behavioral equipment and assays to test a range of motor, cognitive, and affective behaviors. The staff offers consultation, training, and guidance in execution and interpretation of assays for users both inside and outside the institute.
Email: iobs_behavior@fudan.edu.cn
Brain Functional Imaging Platform
The brain functional imaging platform is equipped with United Imaging's 9.4T magnetic resonance imaging (MRI) system and the Iconeus One ultrasound imaging system, serving structural and functional imaging of the whole brain at macroscopic level.
Email: lvqian@fudan.edu.cn
Molecular Biochemical Analysis Platform
Flow cytometry can accurately qualitatively and quantitatively analyze fluorescently labeled cells and sort specific cells. The micro cutting instrument can perform rapid and precise laser micro cutting on paraffin or frozen samples, smears, and live cells. High performance liquid chromatography can be applied for qualitative and quantitative analysis of neurotransmitters and peptides, etc.
Email: mayuanyuan@fudan.edu.cn
Online Appointment
