Advancing Freely Moving Mice Experiments with the RWD fiber photometry system
In our research laboratory, we are often asked whether the RWD fiber photometry system can accommodate experiments involving freely moving mice. At BPLabLine, we understand the importance of flexible experimental setups, especially for studies focusing on behavior and neural activity. Our team has been evaluating how this advanced system can integrate with studies requiring high-quality signal acquisition without restricting animal movement.
Features That Support Free Movement
The fiber photometry system we offer includes the FR-21 Tricolor Multichannel Fiber Photometry System, designed to meet the needs of complex neurophysiological experiments. One of its major advantages is the high integration of both hardware and software, including a built-in optogenetic interface that allows simultaneous stimulation and recording. This integration is particularly useful for freely moving mice, where maintaining stable connections and minimizing interference is critical. Additionally, the system provides signal acquisition sensitivity capable of detecting weak signals at the picowatt level, ensuring that even subtle neuronal or glial responses are captured accurately.
Data Analysis and Experimental Flexibility
Another benefit of using the RWD fiber photometry system is the professional data analysis it offers. The comprehensive pre-processing and event refinement procedures allow researchers to generate one-click graphs, including fluorescence heatmaps, curve graphs, and animal trajectory graphs. These visualization tools make it easier to interpret complex behavioral experiments with freely moving subjects. The FR-21 system also supports up to nine-channel acquisition through its multiple input and output interfaces, which adds further experimental flexibility. By combining strong expansion capabilities with stable performance—over 500 hours of continuous acquisition—our system ensures long-term studies, such as sleep experiments or behavioral tracking, remain uninterrupted.
Practical Benefits for Research Teams
At BPLabLine, we design our solutions with practical laboratory needs in mind. Researchers working with small or university labs often face budget constraints and tight schedules, especially when equipment fails unexpectedly. With our clearly displayed pricing and straightforward ordering process, teams can purchase the fiber photometry system immediately without waiting for quotes. This efficiency allows for better budget planning and rapid experimental setup, which is critical when working with freely moving mice. Additionally, our dedicated technical support helps researchers quickly set up and troubleshoot the system, reducing downtime and ensuring experimental accuracy.
Conclusion
We believe that the RWD fiber photometry system is highly suitable for studies involving freely moving mice. Its integrated design, sensitive signal acquisition, and comprehensive data analysis make it a reliable tool for behavior and neuroscience research. At BPLabLine, we are committed to providing professional, transparent, and rapid solutions to meet the needs of research teams, helping them conduct experiments efficiently while ensuring high-quality results.
