We have started the series with the aim to disseminate our expertise in neuroscience and advanced microscopy in a safe virtual space. Our presenters are highly quilified professionals with experience in state-of-the-art imaging techniques: Ms. Eszter Markó, our Product Specialist, and Tamás Tompa, PhD and Dénes Pálfi, PhD, both Application Specialists. Dozens of professionals have listened eagerly to our sessions. Now, the three webinars are available for anyone who has missed the live events!
Mapping neuronal activities, from the network to the spine scale in 3D, a million times faster than conventional two-photon microscopy
The FEMTO3D Atlas has been created to help understand the computational properties of the brain by measuring processes on the 3D neuronal network level. Besides ultra-fast 3D region scanning, our instrument is capable of high-speed arbitrary frame scanning, in vivo 4D volume scanning, effective motion correction of the recordings, and provides an option for precise and fast photostimulation; representing an All-in-One solution.
In this webinar, you will learn more about the practical applications of the Atlas, namely:
If you are interested in more in-depth discussions feel free to get in touch with us.
Revealing the secrets of the 3D acousto-optic technology in multiphoton stimulation and imaging
The unique and innovative 3D acousto-optic technology, which is at the core of the FEMTO3D Atlas microscope, grants extraordinary optical performance and unprecedented 3D resolution to this All-in-One device. With this technology, the in vivo physiological activity of the brain, heart, or any other organ can be examined in real time in 3D, one million times faster compared to conventional two-photon microscopy.
Discover more about the technology and learn about the following topics:
If you are interested in more in-depth discussions feel free to get in touch with us.
State-of-the-art developments in multiphoton imaging for neuroscience
Learn about the newest developments in the field of neuroscience and multiphoton imaging:
If you are interested in more in-depth discussions feel free to