Assist. Prof. leading the Computational Biomedicine Group at @uniinnsbruck • Data scientist at @DiSC_uibk: precision medicine and cancer immunotherapy • Mother
Single-cell RNA sequencing generates detailed maps of changing cells, and the new scLS framework helps identify important gene activity patterns that drive development and disease. - @waseda_univrna-seqblog.com/the-lomb-sca…
RNA sequencing with Rectangle recovers detailed cell type information from bulk RNA sequencing data. The approach supports biomarker discovery and large-scale studies without single-cell sequencing for every sample. @uniinnsbruck@DiSC_uibkrna-seqblog.com/rectangle-ro…
We provide the scientific community with an ecosystem of tools and resources, #omnideconv, that strongly simplifies the application, benchmarking, and optimization of deconvolution methods: omnideconv.org
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Great work on the benchmarking study! ️ I'm looking forward to exploring the omnideconv package and learning more about cell-type deconvolution of transcriptomic data.
#RNAseq is unlocking new ways to study tissue architecture, giving scientists critical insights into disease development. With tools like spacedeconv, researchers can now map out how cells interact, paving the way for breakthroughs in cancer @uniinnsbruckrna-seqblog.com/spacedeconv-…
4. immunedeconv, an R package for unified access to 10 computational methods for estimating immune cell fractions from bulk RNA sequencing data.buff.ly/458voBv
Are you (or is someone you know) teaching AI / ML / Deep Learning this year? My forthcoming book (freely available at udlbook.com) will save you a lot of time. This thread will show you why.
🚀 New Tool Alert! 🚀
PENGUIN 🐧is finally published in @CSB_Journal : PENGUIN is a rapid, efficient, and user-friendly tool for denoising and normalizing multiplexed spatial proteomics images! 🔬✨
🔗sciencedirect.com/science/ar…
TCR lovers, we are delighted to share our benchmarking of TCR specificity tools using an harmonized aggregation of public databases. biorxiv.org/content/10.1101/…
🚀 Proud to launch ⭐Path2Space⭐ — the first AI to discover spatial biomarkers for cancer treatment!
It predicts spatial gene expression from histopathology, enabling large-scale tumor microenvironment profiling.
biorxiv.org/content/10.1101/… 🧵1/11