Top Tweets for #Grns
#ForestryRes #grns #transferlearning #plants
Hybrid CNNs + ML map plant GRNs, 95% accurate. Transfer learning bridges species gaps.
@MaximumAcademic @TrendsPlantSci @michigantech
Details: https://t.co/koh1eRFTjn
Epigenetics Update - Dissecting gene regulatory networks governing human cortical cell fate https://t.co/pqQDprTYZH
Alex A. Pollen (UCSF) reporting in Nature
#Epigenetics #GRNs #Chromatin
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Gain deeper insights into gene regulation; https://t.co/WmSYDGXnzb
A big thanks to Dr. Mikaël Lucas and Prof. Pascal Gantet for their inspiring talks on gene regulatory networks and how one of the microproteins shapes rice development and stress response🌾#plantdevelopment #GRNs
#ForestryRes #grns #transferlearning #plants
Hybrid CNNs + ML map plant GRNs, 95% accurate 🌱 Transfer learning bridges species gaps. 🚀
@MaximumAcademic @TrendsPlantSci @michigantech
Details: https://t.co/koh1eRFltP
There is an echo here of the situation in #gastruloids where it is possible to see un uncoupling between #GRNs and #CRNs (cell regulatory networks) https://t.co/ArVNDrqZAs
#CellsRUs
📣 New pre-print from the lab: 👉 “Gene regulatory networks linked to GABA signalling emerge as relevant for glioblastoma pathogenesis” #Glioblastoma #GB #GRNs #multiomics #GABA #CancerNeuroscience #ML #GBM
📝 Read the #BioRxiv here:
https://t.co/TGhe34qcE2
15/ We believe this approach can be applied to other cancers to uncover—and exploit—plasticity brakes. Get in touch if interested! #GBM #MultiOmics #CancerResearch #deeplearning #cancerneuroscience #GRNs #singlecell #Cancer
New study shows Pavlovian conditioning in gene regulatory networks increases causal emergence—making the system greater than its parts. This suggests learning can build agency! #AI #biology @drmichaellevin #emergence #learning #GRNs #causality https://t.co/5JQzAABDtW
Gene regulatory networks (#GRNs) are like tiny problem-solving agents! 🦠 New AI-powered tools map their behavior and discover their hidden talents to revolutionize drug discovery and synthetic biology! #DiverseIntelligence @drmichaellevin https://t.co/5piPosFdEF
5/ 🧪 We computed gene regulatory networks (#GRNs) between transcription factors and genes for all cell types and developmental stages.
You can explore this data per developmental stage in our interactive figure:
https://t.co/2FbFGZkqxF
Last year PhD student @itzel_nissen presented her most recent findings at the Transcription and Chromatin meeting @EMBLEvents #GRNs #TFs #Glioblastoma
Ready at #EMBLevents @EMBLevents with my poster #195 come an I’ll share what we have learned from integrating multiomics data with the help of machine learning, finding relevant pathways and TF in Glioblastoma compared to healthy brain cells
Ready to talk about #GRNs in #EvoDevo with Kerstin Kaufmann (@HumboldtUni), @mfagny (@INRAE_France), @MarketaKau (@MPI_EvolBio) & @ArnauSebe (@CRGenomica)? Join us for S04 during @EED2024. Organized by @Nturetz and me.
Finally, big thanks to everyone in the @tuuliel_lab, especially @JuliaDiumenge, for the invaluable guidance throughout this research journey! 🌟 #GRNs #TranscriptionRegulation 5/5 🧵
@EED2024 Ready to talk about #GRNs in #EvoDevo with Kerstin Kaufmann (@HumboldtUni), @mfagny (@INRAE_France), @MarketaKau (@MPI_EvolBio) & @ArnauSebe (@CRGenomica)? Join us for S04 & stay tuned for registration info for @EED2024. Organized by @Nturetz and me.
🌿 🧬 Introducing a new algorithm that revolutionizes the inference of #GRNs from time series data. It identifies communities of like-behaving genes in transcriptomic datasets.
https://t.co/3KdEtzlvYB from Maleana Khoury, Kenneth Berenhaut, Katherine Moore, et al.
Researchers at @TAMU utilized quantum computing to map gene regulatory networks (GRNs), revealing new gene relationships
https://t.co/fM9T2h2Tbr
#QuantumComputing #GeneRegulation #GRNs #Research #TexasAMUniversity #Innovation
📢#JobAlert postdoc position in my lab:
Analyse 🔬 data from 🪰 embryos and solve longstanding mysteries of developmental patterning.
#BioimageAnalysis #DataScience #GRNs
In central Cambridge @GeneticsCam @Cambridge_Uni
Apply: https://t.co/yRpoXbBch3
Deadline 30 Nov, please RT!
Rewiring of #GRNs facilitates novel TF interactions & innovation. @MicrobialMatts @PierceinScience @TaylorLabGroup reveal 3 key TF properties that speed this process: high activation, high expression, low-level affinity for novel target genes #PLOSBiology https://t.co/ofS9J8MFqQ
Rewiring of #GRNs facilitates novel TF interactions & innovation. @MicrobialMatts @PierceinScience @TaylorLabGroup reveal 3 key TF properties that speed this process: high activation, high expression, low-level affinity for novel target genes #PLOSBiology https://t.co/ofS9J8M7Bi
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