Founding developers Edvard Moser, May-Britt Moser, and Weijian Zong
$67,900.00 USD
The Mini2P is a cutting-edge 2-photon miniscope designed for advanced large-scale calcium imaging in freely moving mice. This compact yet powerful device allows for stable, simultaneous recordings of several hundred cells across multiple planes, capturing densely active regions with exceptional clarity. Ideal for a wide range of behavioral tasks, the Mini2P ensures precise imaging without disrupting the animal's natural behavior, making it an invaluable tool for neuroscience research.
The 'Mini2P Bundle' is a fully equipped 2-photon miniscope system that is ready to scan including the computer with all necessary hardware. It can be delivered with or without a 920 nm laser. This setup is perfect for labs ready to start with 2-photon imaging who want to avoid obtaining Mini2P parts individually. It allows for large-scale, high-speed neuronal imaging across multiple planes, with the capability to image over 1,000 neurons in freely moving animals. Its adaptable, lightweight design supports a variety of behavioral tasks such as navigation and social interaction, while maintaining image stability. The system is easily integrated with other recording and stimulation technologies for versatile research applications.
Important Information Regarding the Excitation Fiber:
Please note that the Excitation Fiber is not included in the Mini2P Bundle (without laser) variant.
If you purchase the Mini2P Bundle (with laser) variant, the Excitation Fiber is automatically included with the laser.
For users who already own a Spark laser, the compatible Mini2P Excitation Fiber is available for purchase separately. Please click here to learn more.
If you have a 920 nm 2-photon laser of any kind, we also offer coupling solutions customized to your specific requirements. Please contact us for more details.
W Zong, HA Obenhaus, ER Skytøen, H Eneqvist, NL de Jong, R Vale, MR Jorge, MB Moser, EI Moser (2022). Large-scale two-photon calcium imaging in freely moving mice. Cell.