Chong Li
@ChongLi_cl
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Here for science. Principal Investigator at the Chinese Institute for Brain Research (CIBR), Beijing. Study human brain development and diseases.
Beijing
Joined September 2022
Are specific cell types or processes during brain development more vulnerable in autism? We explore this using a single-cell functional genomics approach in brain organoids. Excited to share our latest findings, and thanks for this wonderful collaboration @josch_f @TreutleinLab!.
We are thrilled to share our latest work, a collaborative effort with @TreutleinLab, in Nature (. We introduce CHOOSE, a powerful screening system within cerebral organoids, through which we identified developmental defects associated with autism. š§µ1/7.
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Extremely grateful for the support of the @Knoblich_lab and @IMBA_Vienna during this postdoc journey, where I met amazing scientists from around the world! Excited to start my own group soon at CIBR to continue exploring some of the most fascinating areas of human brain research!.
Chong Li, postdoc at the #Knoblich_Lab, will soon leave IMBA to take a new position as group leader at the Chinese Institute for Brain Research (@chinese_brain). Learn more about Chongās journey at IMBA and his future position here:
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RT @IHB_Research: šBig news! Prof Juergen Knoblich @IMBA_Vienna @oeaw @MedUni_Wien joins #TeamIHB as its new Head. Bringing extensive leadeā¦.
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RT @Knoblich_lab: We are excited to share our latest work on developing a model of the human dopaminergic system with functional dopaminergā¦.
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RT @Knoblich_lab: š¢ Weāre live at the @embojournal!.š Human telencephalic organoids cultured in the absence of Matrā¦.
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RT @IMBA_Vienna: Does the human brain have an Achilles heel that ultimately leads to #Autism? With @TreutleinLab (@ETH_en) & @MedUni_Wien,ā¦.
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Thanks for organizing such a wonderful meeting! Great science and discussions!.
Wrapping up a spectacular EMBO workshop in Alicante on Gene regulatory mechanisms of neural fate decisions. Top quality unpublished work shared by world leaders and young researchers alike, great discussions and even some time for party. @NeuroAlc @CSIC @EMBO
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RT @Knoblich_lab: š¢Preprint alert! Here's our latest story, led by @catarinacsmc.Brain organoid morphogenesis can be driven by exogenous ECā¦.
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RT @Knoblich_lab: 1/7 š¢Happy to share the preprint of our latest study "Integrated transcriptome and proteome analysis in human brain organā¦.
biorxiv.org
During development of the human cerebral cortex, multipotent neural progenitors generate excitatory neurons and glial cells. Investigations of the transcriptome and epigenome have revealed important...
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RT @Knoblich_lab: Excited to share our preprint led by Chong Li from our group, in collaboration with Jonas Simon Fleck @TreutleinLab! We dā¦.
biorxiv.org
Development of the human brain involves processes that are not seen in many other species, but can contribute to neurodevelopmental disorders ([1][1]ā[4][2]). Cerebral organoids can be used to...
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