Events

Intravital in vivo imaging has emerged as a critical tool in elucidating the dynamic pathophysiology of complex human diseases, particularly those involving intricate neural circuits within subcortical brain regions. By enabling real-time, high-resolution visualization of drug delivery, biodistribution, and pharmacodynamic responses in living organisms, intravital microscopy facilitates robust in vivo target validation and precise assessment of therapeutic efficacy.

Our advanced intravital microscopy platform offers real-time, multi-color, sub-micron resolution imaging with automatic motion compensation in live murine models. This enables detailed analysis of highly dynamic microenvironments, including neuroimmune interactions, vascular structures, glial activity, and the extracellular matrix within subcortical brain tissue.

In this webinar, we will:

• Present the fundamental principles and key advantages of intravital microscopy in neuropharmacological and neuroimmunological research

• Examine its application in diverse brain regions, with an emphasis on subcortical circuitry

• Highlight recent studies demonstrating the visualization of dynamic immune–neural interactions in vivo

• Discuss how these insights are facilitating the development of precision-targeted therapeutics for CNS disorders