Jonas (josch1@bsky)
@josch_f
Followers
288
Following
1K
Statuses
227
Phenoscaping @IHB_research. Previously @treutleinlab @ETH and @zellergroup @EMBL
Joined June 2017
RT @NadyaAzbukina: Excited to have the opportunity to present our latest results at the #cshl2024brain meeting and get valuable feedback! S…
0
3
0
RT @IHB_Research: @zhisong_he, L Dony & @josch_f present🧠#organoids as tools to study brain development, evolution and disease. Just publis…
0
2
0
Yes, great thread! I think there's enormous potential in ML for biology. But to actually be useful, models need to be evaluated in scenarios that are practically relevant and against sensible baselines
0
0
1
RT @sinabooeshaghi: Still no new release of the IPhone mini- @Apple's greatest IPhone form factor :/
0
2
0
RT @Pseudomanifold: Friends, as the saying approximately goes: "Fortune favours the bald" 👴 👉 My proposal "HOLES: Higher-Order Learning of…
0
22
0
RT @TheLutolfLab: Fantastic paper that exemplifies the credo and mission of @IHB_Research: bold and creative young scientists as hands-on l…
0
5
0
RT @GrayCampLab: Intestinal Immuno-Organoids (IIOs): Striking differences between immune cells in the blood or resident in the intestine wh…
0
12
0
RT @TreutleinLab: Very exciting to see our single-cell epigenomic atlas of human neural organoids published in @NatureNeuro !!! Fantastic w…
0
10
0
Great to see this out in print! Absolute dream collab with the brilliant Fides Zenk (@EpiGN_Lab) where we untangle #epigenetic regulation of neural #organoid development. If you're curious, here's the tweetorial 👇@GrayCampLab @TreutleinLab
🚀Super happy that our latest research has finally been published in @NatureNeuro! We delve into the world of human neural development. Our findings shed light on the dynamic epigenetic changes that guide cell fate from pluripotency to fully differentiated neural cells.🧠🔬🧵
1
0
6
RT @EpiGN_Lab: 🚀Super happy that our latest research has finally been published in @NatureNeuro! We delve into the world of human neural de…
0
15
0
RT @NatureNeuro: Single-cell profiling of H3K27ac, H3K27me3 and H3K4me3 histone modifications from progenitor to differentiated neural fate…
0
37
0
RT @IdoAmitLab: Single cell enthusiasts, get your flip-flops ready! Less than 24 hours until the registration to SCG2024 in Corinthia, Gre…
0
27
0
RT @EpiGN_Lab: 🧬 Dive into #BrainDevelopment as PhD student! Join us for research in #MolecularBiology & #Epigenetics. 🧠✨ 🎓 Apply by April…
0
13
0
RT @fatima_snc: Thrilled to share my PhD work in the @TreutleinLab & @GrayCampLab! In this 🚨preprint🚨, we present an integrated perspectiv…
0
30
0
RT @GrayCampLab: Morphogen Timing, Concentration, Combination impacts regions that form in human neural organoids. Exponential search space…
0
45
0
RT @markabelan: Hello #PortfolioDay! I'm Mark, and I'm a scientific illustrator and information designer. I love telling visual science sto…
0
9
0
RT @preLights: Two new #preLights to kick off 2024. 2️⃣ An insight into the world of neurodevelopment - histone modifications put the brak…
0
4
0
RT @_xuquan: Excited to share our latest preprint collaboration with @HalleLennard, under the supervision of @GrayCampLab, @fabian_theis, a…
0
4
0
RT @GrayCampLab: 55 publications, 800K+ cells: First gen. Human Endoderm Organoid Cell Atlas (HEOCA)! Intestine, lung, pancreas, liver, sto…
0
56
0