Webinar

Preventing Ex Vivo Activational Confounds in Single-Cell Neuroscience Studies

December 7, 2022| 8am PST| 11am EST| 4pm GMT| 5pm CET
A long-standing concern for neuroscientists studying specific cell types in vivo is whether cell isolation from CNS tissue induces ex vivo activational artifacts that confound experimental interpretations. Here we present best practices for isolating glial and neuronal cells for downstream omics analyses. We show that the inclusion of transcription and translation inhibitors during cell preparation minimizes ex vivo activation induced during enzymatic and mechanical dissociation. We will also compare cell preparation and isolation techniques for various CNS cell types.

Attend this webinar to:
  • Learn about two techniques that can be used to prevent ex vivo activational confounds in neuroscience studies
  • Determine the best cell preparation and isolation technique for isolating different CNS cell types
  • Discover why it is important to consider ex vivo activational confounds when designing neuroscience studies

Speaker Information:

Sarah_Ocanas_07.12.2022 round 2
Dr. Sarah Ocañas
Assistant Member of the Genes and Human Disease Research Program
Oklahoma Medical Research Foundation

Bill_Freeman_07.12.2022 round 2
Dr. Bill Freeman
Member of the Genes and Human Disease Research Program
Oklahoma Medical Research Foundation
 
 
 

Attend this webinar to:
  • Learn about two techniques that can be used to prevent ex vivo activational confounds in neuroscience studies
  • Determine the best cell preparation and isolation technique for isolating different CNS cell types
  • Discover why it is important to consider ex vivo activational confounds when designing neuroscience studies

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