R811 Dual Color Multichannel Fiber Photometry System

Overview

The fiber photometry system records changes in the fluorescence intensity of neurons in a specific brain area to reflect neuronal population activity. In the study of neural circuits, the fiber photometry system can perform long-term stable monitoring of the neurons of freely moving animals, and explore the correlation between neural activity and animal behavior.

• Main Applications
  Ca2+ and neurotransmitter signal detection
  Study the function of neural circuits
  Explore the mechanisms of neurological diseases
  Develop new fluorescent sensor probe
  Experiment of optical principle
• Advantages
  Two kinds of excitation light sources, that is 410 nm and 470 nm, are respectively used for excitation of reference and green fluorescence ;
  Support up to 9 channels, suitable for simultaneous experiment of multiple animals or multiple brain locations;
  Professional acquisition and analysis softwares are flexible and easy to operate with data processing functions available. No matlab programming is required;
  Supports multiple acquisition modes including continuous acquisition, interval acquisition, acquisition upon trigger, delayed acquisition and timing acquisition;
  Live display of DeltaF/F acquisition to check scale of signal changes during acquisition;
  Customized adjustment of output signal parameter, easily trigger and control external excitation equipment to achieve closed-cycle control of excitation and recording;
  Compatible with optogenetics for recording and stimulation at the same site.
• Professional Acquisition and Analysis Softwares
  Professional acquisition and analysis software enable stable data acquisition and easy processing. Data analysis
  includes data clipping, bleaching correction, smoothing, movement correction, event heat map, peak statistics,
  area under curve and heat map of behavior trajectory.
  Generation of Peri-event heat map with one click. Freely choose and handle events of interest, and flexibly add or remove events. The results can be easily saved and exported to DetaF/F, Z-score, Peri-event, peak statistics and AUC. Information in the image can be freely edited by saving the image as editable SVG format.

Specifications