Neurotar’s place in drug discovery and development process:
Key features of our in vivo two-photon imaging services:
High relevance to life or disease resulting from microscopic imaging in live animals and/or humans
Non-invasiveness: optical biopsy does not require sample removal or tissue fixation
Ultimate safety and live tissue compatibility of pulsed infrared laser light
Nanometer scale resolution (1000 times better than conventional imaging techniques)
Deep tissue penetration (10 to 100 times better than conventional microscopy)
Increased statistical power (same animal and/or cell is used as its own pre-treatment control)
Compliance with 3Rs policy (Neurotar's RRR stands for Refined methodology, dramatically Reduced number of animals and high Relevance of live animal imaging)
Information-rich data: simultaneous monitoring of multiple correlated parameters in vivo
Three-dimensional real-time tracking of individual cells or drug delivery micro- and nanoparticles
Dynamic imaging of individual organelles, such as mitochondria
Unique clinically relevant models of laser-induced stroke and traumatic brain injury (TBI)
All of these result in
increased predictive power of preclinical tests
and enable
earlier, better-informed decision-making at preclinical stage
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