Overview: Welcome to the final 4-part series of the IVIM Intravital Microscopy. Using available models, we walked attendees through the system’s workflow as a user and provide in-depth information on setting up an animal for imaging, acquiring microscopic images using the software, and applying some post-processing techniques to obtain quantifiable results. Participants had
Overview: After introducing intravital imaging in Webinar #1 and the IVM system and its capabilities in Webinar #2, we brought you real-world examples of IVM applications in collaboration with our reference sites. We presented specific examples of how to apply the IVM system to address various research questions during this webinar. After viewing
Overview: This is the first of a 4-part series introducing Scintica’s newly formed relationship with IVIM Technology and their IntraVital Microscopy platform (IVM). In this session, we introduced the fundamentals of fluorescence microscopy, review some example images, and focus on this technique's intravital imaging applications. This webinar focused on formulating a basic understanding
Overview: Using available models, we will walk attendees through the system’s workflow as a user and provide in-depth information on setting up an animal for imaging, acquiring microscopic images using the software, and applying some post-processing techniques to obtain quantifiable results. Participants will have the opportunity to ask questions throughout the webinar, which
Scintica Instrumentation announced a new partnership with IVIM Technology this year, manufacturer of the all-in-one IntraVital Microscopy platform (IVM). The IVM system is a state-of-the-art intravital fluorescence microscopy platform optimized to perform real-time imaging of dynamic phenomena in vivo tissues at a cellular level. We introduced the IVM system and its applications over a
