![MIRA 2](https://animalab.lv/images/4af514f6-6928-41ff-a831-801f714d9f90/mira-2.png)
![MIRA 1](https://animalab.lv/images/1ba5c768-9fdd-425c-9f69-63f867d8fe02/mira-1.png)
![MIRA applications_website](https://animalab.lv/images/4b5cb30f-c67e-4364-a279-0cbc2a8f4365/mira-applications-website.png)
![MIRA WORKFLOW_EN](https://animalab.lv/images/0616a991-acf8-4ed8-8ea0-0e2746a9434f/mira-workflow-en.jpg)
![](https://img.youtube.com/vi/msxmVjZ1-bM/default.jpg)
Inscopix
MIRA platform - integrated imaging for maximal insights
Code MIRA
The MIRA platform encompasses a hardware/software solution for co-registration of Inscopix miniscope imaged cells during free behavior with cells imaged through a laser scanning microscopes.
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funkcijos
- Combine the power of freely-behaving imaging with the precision of laser scanning microscopes
- Collect more information about the cells of interest with dual-color imaging
- Compare calcium activity between freely-behaving and head-fixed conditions
MIRA platform applications
Combine free-behavior GCaMP imaging with dual-color, head-fixed imaging to gain additional information about cellular characteristics.
![MIRA applications_website.png](storage/files/products/4/4422/MIRA applications_website.png)
MIRA platform workflow
By enabling multimodal data collection and registration of unique cells across data sets to integrate freely-behaving calcium imaging data with high-resolution multicolor data, the MIRA platform offers a unique imaging capability in circuit neuroscience.
![MIRA WORKFLOW_EN.jpg](storage/files/products/4/4422/MIRA WORKFLOW_EN.jpg)