The GCaMP Fiber Photometry System records calcium-independent GCaMP fluorescence excited by 405, 415, 425, or 440 nm light (isosbestic point), and its calcium-dependent fluorescence excited by 470 nm light with a single photodetector. Those fluorescence emissions can be demodulated by lock-in amplifier detection or by interleaved excitations. 

• Neuroscience Console 500, the core of the system
• Fluorescence Mini Cube - GCaMP with built-in LEDs, detector and driver
• Doric Neuroscience Studio software
  
• All necessary cables and an output fiber optic patch cord

• Pigtailed 1x1 Fiber-optic Rotary Joint with Holder (fixed and gimbal)
• Pigtailed 2x2 Fiber-optic Rotary Joint with Holder
• Fiber Photometry Cannula Holder to record during surgery
• Fiber Photometry Rack with pre-assembled parts 
• Optical Power Meter to monitor and calibrate excitation power
  
• Workstation 
• danse™ analyzing software

• Low-autofluorescence Optical Patch Cords bring light to an implanted cannula
  
• Fiber-optic Cannulas for chronic implant
• Mating sleeves for the ferrule-to-ferrule interconnect

 
Note: Other light sources and fluorophore combinations are possible.

The GCaMP with Red Opsin Fiber Photometry System measures calcium-independent GCaMP fluorescence excited by 405, 415, 425, or 440 nm light (isosbestic point), and its calcium-dependent fluorescence excited by 470 nm light with a single photodetector. Those fluorescence emissions can be demodulated by lock-in amplifier detection or by interleaved excitations. It also features an optical fiber input port to connect to red opsin activation or inhibition light source. 

• Neuroscience Console 500, the core of the system
• LD Fiber Light Source for opsin excitation at 638 nm
  OR
  ★LISER™ Light Source for opsin excitation between 580 nm and 680 nm
  
• Fluorescence Mini Cube - GCaMP with red opsin with built-in LEDs, detector and driver
• Doric Neuroscience Studio software
• All necessary cables and fiber optic patch cord

• Pigtailed 1x1 Fiber-optic Rotary Joint with Holder (fixed and gimbal)
• Pigtailed 2x2 Fiber-optic Rotary Joint with Holder
• Fiber Photometry Cannula Holder to record during surgery
• Fiber Photometry Rack with pre-assembled parts 
• Optical Power Meter to monitor and calibrate excitation power
  
• Workstation 
• danse™ analyzing software
  

• Low-autofluorescence Optical Patch Cords to bring light to the cannula
  
• Fiber-optic Cannulas for chronic implant
• Mating sleeves for the ferrule to ferrule interconnect

 
Note: Other light sources and fluorophore combinations are possible.

The GCaMP & Red Fluophore Fiber Photometry System measures calcium-independent GCaMP fluorescence excited by 405, 415, 425, or 440 nm light (isosbestic point), and its calcium-dependent fluorescence excited by 470 nm light with a single photodetector. A second detector records the fluorescence of Red fluorophores excited with a 560 nm LED. The calcium-dependent GCaMP's fluorescence emissions are demodulated from its calcium-independent emissions by lock-in amplifier detection or by interleaved excitations.

• Neuroscience Console 500, the core of the system
• Fluorescence Mini Cube - GCaMP with red fluorophore with built-in LEDs, detector and driver
• Doric Neuroscience Studio software
• All necessary cables and an output fiber optic patch cord

• Pigtailed 1x1 Fiber-optic Rotary Joint with Holder (fixed and gimbal)
• Pigtailed 2x2 Fiber-optic Rotary Joint with Holder
• Fiber Photometry Cannula Holder to record during surgery
• Fiber Photometry Rack with pre-assembled parts 
• Optical Power Meter to monitor and calibrate excitation power
  
• Workstation 
• danse™ analyzing software

• Low-autofluorescence Optical Patch Cords to bring light to the cannula
  
• Fiber-optic Cannulas for chronic implant
• Mating sleeves for the ferrule to ferrule interconnect

Note: Other light sources and fluorophore combinations are possible.

The GCaMP & Red Fluophore with Red Opsin Fiber Photometry System measures calcium-independent GCaMP fluorescence excited by 405, 415, 425, or 440 nm light (isosbestic point), and its calcium-dependent fluorescence excited by 470 nm light with a single photodetector. A second detector records the fluorescence of red fluorophores excited with a 560 nm LED. The calcium-dependent GCaMP's fluorescence emissions are demodulated from its calcium-independent emissions by lock-in amplifier detection or by interleaved excitations. It also features an optical fiber input port to connect to red opsin activation or inhibition light source.

• Neuroscience Console 500, the core of the system
• LD Fiber Light Source to control and emit opsin LED power
• Fluorescence Mini Cube - GCaMP with red fluo and red opsin with built-in LEDs, detector and driver
• Doric Neuroscience Studio software
• All necessary cables and fiber optic patch cord

• Pigtailed 1x1 Fiber-optic Rotary Joint with Holder (fixed and gimbal)
• Pigtailed 2x2 Fiber-optic Rotary Joint with Holder
• Fiber Photometry Cannula Holder to record during surgery
• Fiber Photometry Rack with pre-assembled parts 
• Optical Power Meter to monitor and calibrate excitation power
  
• Workstation 
• danse™ analyzing software

• Low-autofluorescence optical Patch Cords to bring light to the cannula
  
• Fiber-optic Cannulas for chronic implant
• Mating sleeves for the ferrule to ferrule interconnect

 
Note: Other light sources and fluorophore combinations are possible.