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Webinars

 

ON-DEMAND Charles River Laboratories webinar neuropathic pain models on-demand

Novel readouts for neuropathic pain models

ON-DEMAND By Charles River

This webinar reviews standard neuropathic pain models and readouts and will include fine motor kinematic analysis to highlight gait changes...

ON-DEMAND Charles River on-demand webinar novel cancer drug

Designing a Novel Cancer Drug: From Hit ID to Candidate

ON-DEMAND By Charles River

Discover how their multidisciplinary approach to hit ID, design and synthesis of novel chemical templates and development of targeted in vitro and in vivo assays resulted in the nomination of the first development candidate in just over two years...

ON-DEMAND Charles River Laboratories webinar in vivo pain models on-demand

Acute and inflammatory in vivo pain models

ON-DEMAND By Charles River

This webinar discusses our newly validated acute and inflammatory in vivo pain models, including information on how they were validated and how they can be used to test new pain treatment compounds, eventually leading to clinical translation...

ON-DEMAND

Assessing neurological ion channel therapeutic and liability targets

ON-DEMAND By Charles River

This webinar explores neurological ion channel therapeutic and liability targets, featuring four subtypes of NMDA receptors. We also discuss the rationale and options for assessment of therapeutic compounds on panels of CNS ion channels for evaluating their risk for CNS liabilities...

ON-DEMAND Charles River on-demand webinar CRISPR/Cas9 in Drug Discovery

Vertical integration of CRISPR/Cas9 in drug discovery

ON-DEMAND By Charles River

In this webinar, Charles River discuss the utilisation of CRISPR/Cas9 technology in drug discovery, with an emphasis on generation of in vitro models for high-throughput screening, and creating new mouse models...

ON-DEMAND Fine Motor Kinematics in In Vivo Pharmacology

Fine Motor Kinematics in In Vivo Pharmacology

ON-DEMAND By Charles River

This webinar details a novel automated and high-precision system to successfully analyze early changes in muscular or neuronal function in disease models...

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