Live NOW @CellStemCell !! From stem cells, we comprehensively reproduce the diversity of cell types in the human brain AND overcome the limited dendritic maturation of Purkinje neurons kept "in a dish". w/ @kevinwkelley @Sergiu_P_Pasca and others!

RT @jmcl_gtr: The King, in whose hands, Rhythm became Magic, has left us… RIP my dear Zakir, we will meet again

RT @JuliaBauman2: A short explainer on this very cool new protein biosensing tech:

RT @NanYang_NY: @Sergiu_P_Pasca @panagiog @CellStemCell Congrats again on the beautiful work😍 and the innovative contribution to the field.

@kevinwkelley @KaganovskyNeuro @massimo_onesto @jamespmcqueen @Sergiu_P_Pasca Powerful colab every step of the way @kevinwkelley! The magnitude of the effort would only be possible with a strong and dedicated team @KaganovskyNeuro @massimo_onesto @jamespmcqueen @Sergiu_P_Pasca + more

RT @kevinwkelley: Great to see our paper online! Amazing collaboration with @neal_amin over the years. With invaluable input from @Kagano…

@sciqst @CellStemCell @kevinwkelley @Sergiu_P_Pasca There isn’t an alternative way to experiment on living human neurons for drug discovery, at scale, before they reach patients. We find that stem cell derived neuron maturation is restored after transplantation - relevant to cell replacement trials for Parkinson’s, epilepsy.

@kevinwkelley @Sergiu_P_Pasca Now out in Cell Stem Cell - see tweetorial for the initial organoid screen here

RT @neal_amin: How does neural diversity arise in the human brain? 🤔 In a multiplexed organoid screen, we took a systematic approach to st…

RT @Sergiu_P_Pasca: Terrific summary and forward looking overview by @panagiog and @NanYang_NY of our recent work in @CellStemCell to gener…

RT @Vilcek: New Research from @Sergiu_P_Pasca and his research team at @StanfordMed—@neal_amin and @kevinwkelley—@CellStemCell. Born in Rom…

RT @Sergiu_P_Pasca: Today we report in @CellStemCell a systematic approach to generate neural #organoids resembling various domains of the…

earlier version sans maturation work (open to all on bioRxiv): integration of our new screen data into a transcriptomic atlas of human neural organoids (in Nature last month):

RT @MolecularCell: Online Now: Nutrient control of growth and metabolism through mTORC1 regulation of mRNA splicing

RT @Sergiu_P_Pasca: Latest paper out in @Nature this week: an atlas integrating 36 single-cell transcriptomic datasets spanning 26 protocol…

RT @AhmedYAzzam: 11.7 Tesla Brain MRI 🧠 ! First scans from the world's most powerful MRI scanner! 🔥 It costs around 75 million euros for…

RT @JMaraganore: An RNAi renaissance is creating a new generation of startups… “There’s an opportunity to create a whole new generation of…

Stunning animations and images. Really beautiful scientific communication!

@vagar112 ☝️Sequence based target selection and gene network effects are central to the most fascinating and impactful aspects of microRNA biology..... especially in distinguishing the regulatory effects of miRNAs from RNAi

@chaolinzhang #RNA for the win :)