Daniel Žucha (@DanielZucha) profile picture

Spending days with Neurobiology | Bioinformatics | Human nature. Don't believe your ideas, test them. 🧠⚡️PhD student in @labgenex, mentored by @LukasValihrach

Prague, Czech Republic
Joined March 2019
Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)Photo by Daniel Žucha (@DanielZucha)
Great success! 🎉 Thrilled to see #GACR supporting these exciting research projects and honored to be among the awardees. 🚀 Congrats to all applicants! 👏
🥳Získali jsme podporu @GACR_CZ pro 8 nových výzkumných projektů! Těšíme se na nové výzvy a řešitelům gratulujeme!🚀 @PavlinkovaLab @KomrskovaLab @LukasValihrach @jan_dohnalek @Akademie_ved_CR
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🎉Excited to share our latest paper in @GLIA_Journal led by my brilliant student @ZMatusova, in collaboration with amazing international partners!🌍 📄 Aberrant neurodevelopment in human iPS cell-derived models of Alexander disease onlinelibrary.wiley.com/doi/… @IBT_CAS @BIOCEV_science
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Spatial multi-omics at subcellular resolution via high-throughput in situ pairwise sequencing | Nature Biomedical Engineering nature.com/articles/s41551-0…
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Daniel Žucha retweeted
As my lab develops Seurat, I wanted to share some thoughts on the important Seurat and scanpy package selection preprint from @Josephmrich/@lpachter 🧵
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Daniel Žucha retweeted
good data visualization is very important!
Just finished teaching another semester of genomic #datavisualization 🥳 Discover the awesome #dataviz made by students in the class for various #singlecell #spatialtranscriptomics data Check out the course notes + #Rstats code to explore for yourself: jef.works/genomic-data-visua…
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Daniel Žucha retweeted
**Is single-cell data integration a solved problem? ** Lots of great methods, but still not quite yet! Specifically, Check Dataset Imbalance! 🎉 Excited to announce that our study on dataset imbalances in single-cell analysis just hit Nature Biotechnology (@NatureBiotech)! 🎉 Dive into our paper titled "Characterizing the impacts of dataset imbalance on single-cell data integration" here: nature.com/articles/s41587-0… 🔬 We've thoroughly assessed how dataset imbalances can twist the results of single-cell integration and batch-correction, affecting everything from cell-type classification to differential expression. Our work doesn't just highlight the issue; it offers solid solutions! 🧩 Starting with balanced PBMC data, we uncovered how changing cell-type balance disrupts integration results. But, when we cluster similar cell-types hierarchically, the magic happens – stability is dramatically improved! 📊 We didn't stop there. Our research extends to how these imbalances influence crucial downstream analyses. The impact? Statistically significant changes that could sway biological conclusions. 🛠️ To empower researchers, we've developed a suite of guidelines and introduced innovative balanced clustering metrics. Our tools are designed to navigate the tricky waters of dataset imbalance, ensuring accurate, meaningful results. Check out our full tutorial: github.com/hsmaan/Iniquitate… 🧬 And, for a cherry on top, we've redefined benchmarking standards with new metrics that ensure fair and nuanced interpretation of integration results. Future benchmarking, we've got you covered! Explore our balanced clustering package: github.com/hsmaan/balanced-c… 🔧 Our comprehensive toolkit, including code, data, and detailed documentation, is now fully open-source! We're setting new standards for method development and benchmarking in single-cell integration, with an eye on the broader horizon of representation learning. Get all the goodies here: github.com/hsmaan/Iniquitate Huge congratulations to all the authors, especially the first author, Hassaan Maan, a PhD student I co-supervise with @kieranrcampbell, who almost single-handedly led this project! @UHN @MBPatUofT @VectorInst @UofTCompSci @UofT_LMP @pmcc_ai @UHNAIHUB
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Daniel Žucha retweeted
Want to hear about the latest updates/new techniques in single cell and spatial genomics? Check out my lab's eighth annual Single Cell Genomics Day on March 29. Keynotes from @IdoAmitLab @JD_Buenrostro and Xiaowei Zhuang. Please RT/spread the word! satijalab.org/scgd
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All you ever wanted to know about skull channels in our new review by ⁦@mazzitelli_j⁩ with ⁦⁦@MatthiasNahrend⁩ and his lab || Skull bone marrow channels as immune gateways to the central nervous system | Nature Neuroscience nature.com/articles/s41593-0…
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They are everywhere in biology: 1. The pipe - intracellular signalling and metabolic pathways. 2. The fork - co-expression of co-regulated genes, RNA and ATAC. 3. The collider - any selection procedure (FACS), normalisation by total RNA count, synthetic lethal interactions.
The data alone cannot differentiate between the fork, the pipe & the collider. You need a scientific model of how X/Y/Z work. Self-supervised generative deep learning/VAE/etc don't contain a scientific model & learn purely from data => the same limitation. Figure: @rlmcelreath
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Daniel Žucha retweeted
Another reason why immune checkpoint blockade may be beneficial in neurodegenerative diseases cell.com/neuron/fulltext/S08…
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This is a letter Feynman wrote to a former student who wrote congratulating him for the Nobel. I’ve posted it before but I really find it worth it to read especially as a student or early stage research person.
I was recently on a panel with several other professors and we were asked to give some tips to graduate students in machine learning. It got me thinking about why professors are so bad at giving advice. So here are some reasons why you should not take advice from professors.
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Very creative way of studying the brain: #biology
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🎉I am incredibly grateful 🙏 for the support from Olle Engkvists Stiftelse who supported our A-scored ERC StG project to study epigenetic regulation of human 🧠 development by single-cell and spatial methods. 2 postdoc positions are now open in the lab nature.com/naturecareers/job…
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Another successful project between @PavlinkovaLab and @labgenex just published in Cardiovascular Diabetology👇 Dysregulation of hypoxia-inducible factor 1α in the sympathetic nervous system accelerates diabetic cardiomyopathy cardiab.biomedcentral.com/ar… @IBT_CAS @BIOCEV_science
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Daniel Žucha retweeted
For those of you who like R/seurat. I asked chatGPT to translate my python code for you (I haven't tested it):
Ahlmann-Eltze & Huber [Nat Methods 2023] suggest log(y/s + 1) is better than many other widely used single-cell transformation methods, e.g. SCTransform. Here i've written a simple function to transform your Scanpy object using their suggested method. @scverse_team (1/2)
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Working or thinking of working on Spatial-Omics? Wanna meet up with others like you around around the world to discuss the state-of-the-art and the non-marketing truths of current commercial techs, wanna exchange notes? Cool then…PM me and you are set. 😁 Plz RT #spatialomics – at Adelaide, South Australia
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If you (like us) enjoy developing new single-cell/spatial technologies and applying them to the brain, join us ! bartosovic-lab.com/open-posi… There are currently 2 open postdoc positions. One focused on brain organoids and one computational. Apply now 👆
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