Remi Trimbour (@TrimbourR) header
Remi Trimbour (@TrimbourR) profile picture

MD-PhD student at @institutpasteur and @saezlab Working in computational biology Follow me on BlueSky or GitHub instead 😇

Paris/Strasbourg/Heidelberg
Joined May 2022
Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)Photo by Remi Trimbour (@TrimbourR)
HuMMuS is finally out in Bioinformatics ! 🥳 doi.org/10.1093/bioinformati… We provide new insights, notably on HuMMuS robustness, and methylation data contribution in identifying driver TFs. The revision was a very interesting journey, thanks everyone for all the great feedbacks !😊
Finally out a new paper from the lab lead by @TrimbourR "Molecular mechanisms reconstruction from single-cell multi-omics data with HuMMuS" doi.org/10.1093/bioinformati… #singlecell #multilayernetworks
1
7
53
4,815
What are the key disrupted multicellular processes in heart failure? In our new work we combine 23 years of molecular data with recent single-cell atlases to draw a cross-study patient map. How did we navigate the heart failure space? 🧵⬇️ doi.org/10.1101/2024.11.04.6…
1
16
3
48
7,213
Our work with @schirmerlab in multiple sclerosis (MS) is out today in @NatureNeuro. We investigated lesion progression and cell-cell communication events in MS using snRNA-seq and spatial transcriptomics 🧠 See below ⬇️ nature.com/articles/s41593-0…
6
29
3
101
21,422
I had the opportunity to present #HuMMuS at @ECCBinfo — amazing experience! Huge thanks to the organisers for their formidable job. 🫶 And special mention for the food and fresh hummus! Perfectly on-point snack reminder 😋🧆
Finally out a new paper from the lab lead by @TrimbourR "Molecular mechanisms reconstruction from single-cell multi-omics data with HuMMuS" doi.org/10.1093/bioinformati… #singlecell #multilayernetworks
2
11
788
After a very constructive back and forth with editors and reviewers of @NatureComms, scConfluence has now been published @LauCan88 @gabrielpeyre ! I'll present it this afternoon at the poster session of @ECCBinfo (P296) Published version: nature.com/articles/s41467-0…
🥳 I’m very happy to announce our preprint biorxiv.org/content/10.1101/… ! scConfluence combines uncoupled autoencoders with Inverse Optimal Transport to integrate unpaired multimodal single-cell data in shared low dimensional latent space. @LauCan88 @gabrielpeyre
10
1
19
6,332
Remi Trimbour retweeted
🚨🚨 AI in Bio release 🧬  Very happy to share my work on a Large Cell Model for Gene Network Inference. It is for now just a preprint and more is to come. We are asking the question: “What can 50M cells tell us about gene networks?” ❓Behind it, other questions arose like: “how can we best learn networks for scRNAseq data?”, “How would we assess them?” “What are foundation models in biology actually learning about the cell and its mechanism?” We try to partially answer these questions and present a new model: scPRINT 💫. 🏃 -> it is for now a pre-print and more is to come but here are some of our results: scPRINT is a transformer model trained on 50M cells 🦠 from the cellxgene database, it has novel expression encoding and decoding schemes and new pre-training methodologies 🤖. We propose to use the specificity of scRNAseq data and define a multi task pre-training composed of expression denoising, bottleneck learning and classification. We also propose a new hierarchical classification method to work with the rich hierarchical ontologies used to label cells in cellxgene. (1/2) nitter.gq/razoralign/status/1817…
scPRINT: pre-training on 50 million cells allows robust gene network predictions biorxiv.org/content/10.1101/…
3
19
2
83
15,506
🎉 New preprint! biorxiv.org/content/10.1101/… STORIES learns a differentiation potential from spatial transcriptomics profiled at several time points using Fused Gromov-Wasserstein, an extension of Optimal Transport. @gabrielpeyre @LauCan88
2
21
1
71
10,485
Are you interested in cis-regulatory DNA interactions? In 2018, #Cicero introduced an algorithm for inferring cis-coaccessible networks from scATAC I’m excited to share #Circe, a Python implementation that is 100x faster and uses 5x less memory! @LauCan88 @JulioSaezRod 1/5
1
21
2
62
7,357
For technical details, Circe uses #skggm's version of Graphical Lasso: github.com/skggm/skggm. It's more flexible than #sklearn, and was crucial for reproducing the Cicero algorithm. And the cython/C++ backbone significantly contributes to Circe's impressive speed. 😌 5/5
1
1
266
I'm also taking this opportunity to thank everyone who provided feedback on this side project, especially @PauBadiaM, @wariobrega, @JProkob.📚🥰
1
2
219
Remi Trimbour retweeted
When I started this project as part of my master's programme, I didn't think I'd ever see it in press, but here we are! Very happy to share this work (now peer-reviewed) with you, big thanks to @JulioSaezRod @martingarridorc + rest of coauthors for their support and contributions
Our workflow, FLOP, exploring the impact of filtering, normalization, and differential expression on functional analysis is now published in @NAR_Open. doi.org/10.1093/nar/gkae552
2
6
27
1,313
Writing this piece has been quite fulfilling (and scary). I spent half of last year putting in order some of my thoughts regarding how to study multicellular coordination with single-cell and spatial data. If you are interested please read the manuscript below. 😊
How to link single-cell diversity and the emergence and maintenance of robust multicellular processes in developed tissues? 🤔 What can we learn about multicellular coordination in tissues from single-cell omics data? Read about our view: arxiv.org/abs/2403.06753
2
19
1
76
12,848
Remi Trimbour retweeted
If you like MISTy doi.org/10.1186/s13059-022-0…, you'll really like Kasumi doi.org/10.1101/2024.03.06.5…. Kasumi is a multi-view explainable representation learning approach, capturing localized relationship-based patterns in tissues across conditions aiming towards facilitating translation
Local heterogeneity of tissues can define their function and predict clinical outcomes. We introduce Kasumi 💻biorxiv.org/content/10.1101/… to identify spatially localized neighborhoods of intra and intercellular relationships from spatial omics persistent across samples & conditions
1
10
1
32
2,430
Remi Trimbour retweeted
Finally out a new paper from the lab lead by @TrimbourR "Molecular mechanisms reconstruction from single-cell multi-omics data with HuMMuS" doi.org/10.1093/bioinformati… #singlecell #multilayernetworks
22
3
81
12,520
A great paper to read, and an amazing tool to use if you have unpaired multi-omics data to integrate 🤩 Congrats for this amazing work Jules !
🥳 I’m very happy to announce our preprint biorxiv.org/content/10.1101/… ! scConfluence combines uncoupled autoencoders with Inverse Optimal Transport to integrate unpaired multimodal single-cell data in shared low dimensional latent space. @LauCan88 @gabrielpeyre
2
140
Remi Trimbour retweeted
Looking for a postdoc to join my team @institutpasteur @CNRS @InstitutPrairie. The candidate will develop machine learning methods for single-cell omics data. Project funded by the #ERCStG MULTI-viewCELL
1
48
2
78
23,119
Remi Trimbour retweeted
📢We are hiring! I am searching for an administrative assistant to be primarly asssociated to my team "Machine Learning for Integrative Genomics" (research.pasteur.fr/en/team/…) @institutpasteur For all details on the offer ➡️emploi.pasteur.fr/job/emploi…
8
13
1,960