Massimo Onesto
@massimo_onesto
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PhD Candidate in Pasca Lab @ Stanford University; Working to understand the molecular mechanisms of human axon guidance.
Joined March 2022
RT @Sergiu_P_Pasca: Our latest work is out today in @ScienceMagazine: a self-organizing system that models organizer-driven patterning and….
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RT @kevinwkelley: Great to see our paper online!. Amazing collaboration with @neal_amin over the years. With invaluable input from @Kagano….
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RT @Sergiu_P_Pasca: We recently introduced human neural loop #assembloids created from 4 parts to study the cortico-striato-midbrain-thalam….
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I’m excited to share that my review article on #assembloids just dropped in Cell Stem Cell!. Check out the post below to learn more about this fast-evolving field and its potential for uncovering new insights into human biology and finding cures for diseases.
Assembloids have emerged as a powerful tool for studying previously inaccessible processes of development and tissue homeostasis. While initial #assembloids were developed to model human brain development, there are now models for most organ systems, from the bladder to the
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RT @Sergiu_P_Pasca: Assembloids have emerged as a powerful tool for studying previously inaccessible processes of development and tissue ho….
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RT @Sergiu_P_Pasca: Hard to believe, but our lab at @Stanford celebrates its 10th anniversary this year. It feels like we started just ye….
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RT @XiaoYang63: Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel….
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Excited to share a preview of my thesis work in @Sergiu_P_Pasca's lab at Stanford University! . We’ve successfully generated human midline assembloids and identified regulators of midline axon guidance facilitated by the floor plate. Dive into our preprint for all the details!
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RT @Sergiu_P_Pasca: Cells located in the midline of the embryo play crucial roles in development. These cells often influence cell fate dec….
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