🎉 BP LabLine Awarded MHEC Contract MC14-D25
Universities and research institutions across New England can now access BP LabLine’s laboratory equipment, research solutions, and scientific consumables through an established MHEC purchasing pathway.
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$200
Code: RWD200
Ends in 2 Days 23:12:45
Academic pricing and trade in options may be available. Request a quote to receive the best price for your lab.
Standard lead time varies by product availability (in-stock items usually 1–3 business days, custom/backordered items 7–21 business days).
Standard lead time varies by product availability (in-stock items usually 1–3 business days, custom/backordered items 7–21 business days).
Standard lead time varies by product availability (in-stock items usually 1–3 business days, custom/backordered items 7–21 business days).
Delivery timelines will be provided with your quote
Standard lead time varies by product availability (in-stock items usually 1–3 business days, custom/backordered items 7–21 business days).
90-day return policy
Eligible items may be returned within 90 days after delivery, subject to our Return Policy.
Notice
Final delivery schedules and pricing are subject to confirmation in your official quotation. Customs policies may also impact the total cost. Contact us for your best quote.
overview
Features & Benefits
Two excitation wavelengths (410 nm and 470 nm) are used respectively for reference signal and green fluorescence excitation.
Supports up to 9 channels, suitable for simultaneous experiments on multiple animals or multiple brain regions.
Flexible and user-friendly software with built-in data processing functions, no MATLAB programming required.
Supports continuous, interval, trigger-based, delayed, and timed acquisition modes for diverse experimental needs.
Live display of DeltaF/F signals enables real-time monitoring of signal changes during acquisition.
Allows customized adjustment of output signal parameters to easily trigger and control external excitation equipment for closed-loop control.
Compatible with optogenetics, enabling simultaneous recording and stimulation at the same site.


Applications
Fiber photometry system records neuronal population activity via fluorescence intensity changes
Long-term stable monitoring of neurons in freely moving animals
Correlation analysis between neural activity and animal behavior
Ca2+ and neurotransmitter signal detection
Study the function of neural circuits
Explore the mechanisms of neurological diseases
Develop new fluorescent sensor probes
Experiment of optical principles
Specifications
| Specification | Details |
|---|---|
| Wavelength of Excitation Light | 410 nm, 470 nm |
| Power | Min 0 µW, Max ≥ 100 µW, adjustable with an accuracy of 0.1 µW |
| Number of Channels | 9 |
| Frame Rate of Fluorescent Sampling | Max 250 fps |
| Digital Signal Interface | 4 Input and 4 Output |
| Signal Output | Output frequency 0–500 Hz, adjustable output pulse width and duration |
| Marking | Manual marking (10), automatic marking (4), ROI marking (9) |
| Behavior Camera | 1920×1080 (30 fps), 1280×720 (60 fps), switchable among multiple frame rates of resolution |
| Compatible | Compatible with optogenetics for recording and stimulation at the same site |
Certificate
literature
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Read AllProtocol for fiber photometry recording from deep brain regions in head-fixed mice
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