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Imagine accessing the full richness of the brain’s cellular and structural complexity all at once, instead of one small piece at a time. Single cell and spatial technologies let researchers build a holistic view of the brain, from single cells to tissues and beyond, laying the foundation for a deeper understanding of neural development, normal function, and disease.
Our new quarterly Neuroscience Journal Club will allow you to engage with peers and leaders in the neuroscience community as they share the single cell and spatial discoveries driving their latest publications. A technical expert from 10x Genomics will also join in, giving you the chance to ask your workflow questions.
Join us for the first meeting, featuring Galina Popova, PhD, with an inside look at her recent paper on microglial diversity and function during early development. Register now to find out how she and her colleagues:
- Leveraged single cell RNA sequencing to study microglial function in chimeric organoids
- Compared human microglia states across culture models to develop a “report card” of gene expression signatures
- Characterized microglial response across experimental models, perturbations, and disease conditions, as well as key transcriptional programs of developing microglia in vitro