RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
@jengreitz @Eric_Fauman @anshulkundaje For those following along, ABC paper is: https://t.co/tqOKvzOk2s
@khanaziz84 @ZhipingWeng @GenomeBiology The data in recent https://t.co/HoDIbgV36F can be used for benchmarking
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @jengreitz: We are integrating these approaches with human genetic data, stem cell engineering, and animal models to understand how gene…
Enjoyed hearing from the horse's mouth (to use an unflattering idiom) the predictive power of a surprisingly simple model of activation by enhancers. Thanks @jengreitz for visiting the @TjianDarzacq lab and restoring my faith that gene regulation is not in
RT @jengreitz: We are integrating these approaches with human genetic data, stem cell engineering, and animal models to understand how gene…
We are integrating these approaches with human genetic data, stem cell engineering, and animal models to understand how genetic risk variants for heart diseases affect vascular development and function. https://t.co/UCHpiOZTsE 4/
@anshulkundaje @jengreitz very nice paper https://t.co/aKKFV3Bvr5 but I can not find where I can download the tool
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
@Eric_Fauman @manuelrivascruz @NatureGenet @michaelwainberg @bpasaniuc @hakyim There is promising work in the the community of folks working on enhancer-gene linking approaches that builds on proximity and can outperform it in predicting effects of enhance
Which enhancers regulate which genes, in which cells? Jesse Engreitz @jengreitz presents work on experimentally mapping thousands of enhancer-gene connections, and a model to predict new connections. On bioRxiv now from @FulcoCharles and co. https://t.co/j
Preprint by @FulcoCharles, @jengreitz, @eric_lander and many others here: https://t.co/B2zZA1klr5
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @generegulation: Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/bChISR02AE Enhanc…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Want to know "which enhancers regulate which genes in which cell types?", read this exciting new paper from @jengreitz @FulcoCharles @eric_lander https://t.co/yDQr5s07uN and/or come to Harvard Northwest Building 353 at 5pm today! https://t.co/lZ2dQma4ij @
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/hUzgMdMJAx
A bit late to this party, but this is an important read for those who are thinking about enhancer-promoter mapping. Been a pleasure watching @FulcoCharles develop this concept through the years in @jengreitz's group.
RT @generegulation: Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/bChISR02AE Enhanc…
Activity-by-Contact model of enhancer specificity from thousands of #CRISPR perturbationFulco CP [..] Lander ES, Engreitz JM. bioRxiv. 2019-01-26. https://t.co/SAKakxiZlr "CRISPRi-FlowFISH; ABC model"
RT @generegulation: Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/bChISR02AE Enhanc…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @RegulatoryDNA: @hms_sysbio PhD student @fulcocharles used hundreds of thousands of crispr perturbations across nearly a thousand REs to…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
これ、データベース化されたら最高じゃん…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Thread
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Interesting new paper from our lab using CRISPRI screening to investigate enhancer-core promoter connections and specificity, lead by @FulcoCharles and @jengreitz! https://t.co/9lPK5psqfr
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @ReiterLab: Flummoxed by which regulatory elements control your gene in a particular cell type? A pretty simple model from Fulco et al i…
Flummoxed by which regulatory elements control your gene in a particular cell type? A pretty simple model from Fulco et al incorporating element number, ATACseq/H3K27Ac marks and HiC does pretty well! https://t.co/TWoCougigZ
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @CRISPR_papers: Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/14JTaJQZ8T
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @fulcocharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_lander @jengreitz and more! https://t.co/PbejipLDln
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/pZcGM075gD
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Pretty cool technique and model.
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
Activity-by-Contact model of enhancer specificity from thousands of #CRISPR perturbations https://t.co/3Os7HXLzNm
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…
RT @generegulation: Activity-by-Contact model of enhancer specificity from thousands of CRISPR perturbations https://t.co/bChISR02AE Enhanc…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
RT @anshulkundaje: A must read for folks developing computational methods for enh-promoter interactions. Note how supervised ML methods tra…
RT @FulcoCharles: Excited to share our latest work! Q: Can we predict which enhancers regulate which genes in which cell types? With @eric_…
Totally agree. Promoter-Enh interactions are quantitative and "top" Hi-C contacts are not always PE-interactions, such as loops. ABC (DHS-based activity * contact_frequency) model looks promising! https://t.co/fk0bkcm6m8
RT @jengreitz: Our latest is on bioRxiv: https://t.co/YFyVGJGTQ0 Q: Can we predict which enhancers regulate which genes in the human genom…
RT @IdoAmitLab: !!! new approach to identifying enhancer-gene relationships!!! ||Activity-by-Contact model of enhancer specificity from tho…