An eminent way for gaining insight into how neuronal activity determines behavior is to measure brain activity in awake, behaving animals. Drawing reliable conclusions from imaging data collected from behaving mice remains very challenging, as intrinsic tissue movements arising from limb and body motion, breathing, or heartbeats can be extremely difficult to discern from real calcium transients. The struggle with motion artifacts will come to an end with the upcoming new feature of our flagship FEMTO3D Atlas multiphoton microscope.
 

The first truly 3D, blazing-fast real-time motion correction solution, Femtonics FocusPinner, is available for the acousto-optic FEMTO3D Atlas imaging platform. Be among the first to exploit unprecedented possibilities in ultra-fast 3D two-photon imaging!

 

The users of Femtonics FocusPinner are able to:

• eliminate motion artifacts during data acquisition not just along the axes of the imaged plane but also along the optical axis,
• acquire neuronal activity data while the animal is moving in virtual reality and performing various tasks,
• profit from unprecedented signal-to-noise ratio,
• save time by avoiding time-consuming post hoc processing,
• combine the new FocusPinner feature with the versatile set of scanning methods offered by FEMTO3D Atlas,
• record the activity of neurons and their processes up to a million times faster than by classical scanning methods while eliminating motion artifacts in 3D in real-time.

The first truly 3D, blazing-fast real-time motion correction solution, available for the FEMTO3D Atlas. By combining this feature with the unique scanning modes of the FEMTO3D Atlas, you can acquire neuronal activity data without motion artifacts while the animal is performing tasks in virtual reality.