Vidium Solutions
@VidiumS
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Experts in in-silico modeling and smart-data analysis in biology. We shift the paradigm of drug discovery using experiment-driven data science.
Lyon, France.
Joined September 2021
🥼 "Understanding tumor cell plasticity, heterogeneity and resistance is crucial for tumor classification and notably for the development of future effective and personalized treatments in #oncology." We provide the technology to tackle these challenges. 🚀Discover how:
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When you realize that collecting big data is great but in the end you have to chase down the genes and understand how they work
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[#LBPmember] @VidiumS is a #systemsbiology company based in Lyon that develops innovative services of omic-data analysis to help biologists in their research and development of new therapies/diagnostics. #singlecell #health ➡ https://t.co/qInpDZeMTz
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As industrial partners, we were happy to participate in the very interesting @Spatial_Cell_ID kick-off meeting this week! #spatialtranscriptomics #spatialOMICs #VidiumSolutions
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> 150 people connected for @Spatial_Cell_ID kick-off meeting yesterday! Thanks for your interest and enthusiasm. We look forward to working with you! 😀 #spatialtranscriptomics #spatialOMICs
@ENSdeLyon @AgenceRecherche @IGFLyon @RDPlab @Lyon_LBMC
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How would an engineer "fix" a cell? 💡Discover basic notions, essential to formalize and understand the behavior of living and autonomous engineered systems: ✔States and structure ✔Internal memory ✔Time integration and transient dynamic ✔Feedback loops https://t.co/BhMG80FvEn
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⤵️We explain in this VIDEO what is the dynamic analysis of single-cell data. Learn more about single-cell analysis applications and our R.E.A.L. platform at https://t.co/Z0Y7krcp7n
#vidium #singlecell #systemsbiology
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Understanding the DYNAMIC of this heterogeneity is fundamental when attempting to: • develop accurate disease models • unveil the developmental ontogeny of distinct cell subtypes • unravel the cellular pathways underlying the initiation and progression of disease
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🚀 If we want to go further, we need to do a DYNAMIC analysis to understand the regulatory processes and to find new therapeutic leads.
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However, classical single-cell analyses are limited to the study of heterogeneity by classifying types and subtypes (clusters). This certainly helps to better diagnose diseases, but we can do BETTER!
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Single-cell analysis allows the understanding of fundamental biological processes such as development, immunity, and disease : we can identify rare cells from large heterogenous populations that are important for the immune response, or that precede resistance to treatment. 💊
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⚠️Statistical analysis of a bulk population of cells provides an average response across the entire sample, but cell-to-cell variation, a natural property of both healthy and diseased tissues or of multi-cellular organisms, is lost in this kind of analysis.
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Why is single-cell analysis important? 🧬Gene expression regulation is • DYNAMIC • HETEROGENEOUS • and STOCHASTIC process
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🚀 We’ve been named one of @hello tomorrow’s Deep Tech Pioneers! Next December 2nd-3rd, Sami Bou-Antoun CEO of @VidiumS , will attend the “Hello Tomorrow Global Summit 2021”, Europe’s biggest deep tech event! See you there #Vidium, #SingleCell, #SystemsBiology
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🚀Our global approach maximizes the success rate of your experiences and solutions. #systemsbiology #team #datascience #algorithms #vidium
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☄️Of course, we need, and we develop, smart algorithms to tackle this problem, but we also gather an interdisciplinary team of biologists, experimentalists, and data analysts at your service.
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Ronald Fisher highlighted a problem still recurrent in systems biology. 💡At Vidium Solutions our answer is the experiment-driven data-science: Given prior knowledge and existing data, what should be the next most informative experiment to answer a precise biological question?
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