PHLOWER infers complex cell differentiation trajectories from single-cell multimodal data. https://t.co/aYvxCY2jg7

And read the News & Views highlighting this work, here: https://t.co/qwD9VAd4Y9

Our new paper in @naturemethods led by @vanvanka123 @MingboCheng Jitske Jansen with ⁦@KuppeChristoph⁩

Thrilled to share PHLOWER, which uses Hodge Laplacians to build trajectory-level embedding for inferring complex cellular differentiation trees from multimodal (RNA+ATAC) single-cell data. By @MingboCheng @jansen_jitske with @rkramann @KuppeChristoph https://t.co/LTdYdkrp2Z 1/7

With Bella Banjanin and Yevin Mun, it’s my pleasure to present our last hunting story. Using our joint expertise from the @vanvanka123 , @rschneiderlab , and Nombela-Arrieta Lab, we tried to find another missing piece of the complex bone marrow fibrosis puzzle.

Thrilled to share PHLOWER, which uses Hodge Laplacians to build trajectory-level embedding for inferring complex cellular differentiation trees from multimodal (RNA+ATAC) single-cell data by @MingboCheng @jansen_jitske with @rkramann @KuppeChristoph https://t.co/1fEjq2rO0i 1/7

📢Join SCOG Virtual Lecture #50 (Zoom) ⏰ December 16, 9:30-10:15am CET 💬Fabian Theis (@fabian_theis, @HelmholtzMunich, @CompHealthMuc) 💡 "*ingle *ells, *ingle *ells: my letter to Santa on what single cell can bring next year" ✏️ Registration: https://t.co/oGXJaNK1Pw #SCOGVLS

Dissecting the molecular function of a particular gene is complex and laborious work 🧬🧫🔬 Find out @iScience_CP 👀 https://t.co/aPSsj9nMD7 how you can use the variation in multi-layered datasets from human cohorts to infer phenotypic relevance for your gene of interest. [1/5]

"MOJITOO: a fast and universal method for integration of multimodal single-cell data" is published in ISMB proceedings ( https://t.co/Nj7dXK7erT) with extended benchmarking and an comprehensive website https://t.co/VaRq9u1aat. Check the talk by @MingboCheng at @ISCB_RegSys!

Do you have multiome single cell data and is looking for a method to detect a common latent space? MOJITOO uses canonical correlation analysis for fast and parameter free estimation of a latent space https://t.co/JX98arA9KQ https://t.co/GURpjNjZXF @MingboCheng @ZhijianLi3 (1/3)