SnapCyte Solutions Inc.

Upgrade your microscope using only your phone. Take one photo and get instant cell confluency without disturbing the cells. It’s fast, accurate, and easy to use. Check our website and discover more! https://hubs.la/Q01ZGH2t0 #SnapCyte #CellCulture #cellculture #AI

Research labs often face the challenge of wasting costly reagents like antibodies and markers due to inconsistent results. Dr. Joanna Fox’s lab at the University of Leicester tackled this issue for their senescence assays by integrating SnapCyte™ into their workflow. By using SnapCyte™ to verify treatment effectiveness before doing more sophisticated downstream assays, they minimized unnecessary waste while ensuring more reliable data. This approach not only saved resources but also improved the overall efficiency of their experiments. Read the full case study to learn how SnapCyte™ is helping researchers optimize their processes 👇 https://lnkd.in/gFkrD_jF #savetime #savecost #cellbiology #cellculture #cancer #cancerresearch #cellassay #celldeath #Ai

We’re thrilled to be attending the Invest in #BC conference this week! It’s a fantastic opportunity to connect with #lifescience industry leaders, investors, and innovators. We’re especially looking forward to meeting partners in the #3Dcellculture and imaging space to explore new collaborations. Our COO, Negin Farivar, will be presenting SnapCyte™ and how it’s revolutionizing cell analysis with AI-driven solutions. If you’ll be at the event, we’d love to meet you!

⏲ Ready to save time in your cell analysis workflow? Watch how SnapCyte™ processes proliferation assays in just 8 minutes for 9 samples compared to traditional kits that take up to 4 hours! No reagents, no extra plates, no waste—just your phone and a microscope. Discover the future of cell culture analysis with SnapCyte™. Request a free trial today to see the difference for yourself 👉 rb.gy/ygoiio #CellBiology #LabTech #ProliferationAssays #AI #SnapCyte #AIcellanalysis #cellculture #cellanalysis

🔎 Did you know that 36% of scientists scored 0 out of 4 when estimating cell confluency from images? Even more surprising, less than 5% were able to estimate confluency within 10% of the actual value! This guesswork leads to major errors and unreliable data in cell culture analysis. It’s time to eliminate guesswork! SnapCyte™ uses AI to provide accurate, automated confluency assessments, improving reproducibility and research outcomes. Want to learn more? Download our free whitepaper now to discover how AI can transform your cell culture analysis. 👉 [rb.gy/1289uh] #AI #CellCulture #ReproducibilityCrisis #LifeSciences #ResearchInnovation #SnapCyte

🎉 New Feature Alert: Invasion/Migration Assay Now Available on SnapCyte™! We are excited to announce the release of our new Invasion Assay feature, designed to revolutionize cell migration studies. With SnapCyte™, you can now perform accurate, reproducible invasion/migration analysis using AI-driven technology. This new feature allows you to assess the % area of invaded cells, offering unmatched accuracy over traditional methods. Key highlights of the Invasion Assay: • No more manual counting or subjective interpretations. • AI-based image analysis ensures faster, more consistent results. • Works with a range of image types. 📲 Click the link below to learn more: rb.gy/qisffa #CellCulture #AIinResearch #InvasionAssay #MigrationAssay #SnapCyte #BiotechInnovation #CancerResearch

🧬 Streamline Your Cell Migration and Invasion Studies 🧬 Understanding the nuances of Transwell Migration and Invasion Assays is vital for advancing research in areas like cancer metastasis. Our latest blog unpacks the biological mechanisms and experimental designs that can refine your study's accuracy. Delve into how distinguishing between these assays can lead to more precise modelling of cell behaviour. Join the conversation and let us know how these insights can help you elevate your work. 👉 Read the full blog [https://rb.gy/dcw8jm] #CellResearch #TranswellAssays #ScientificInsights #Cellculture #Cancerresearch #SnapCyte

🔍 Master Your Transwell Assays with Expert Insights 🔍 Understanding the subtle differences between Migration and Invasion Assays is crucial for your research. Our latest blog post delves into essential factors like cell motility, chemotaxis, and ECM degradation that influence your results. Whether you’re studying tumor metastasis or drug efficacy, these insights will help you design better experiments and interpret your data accurately. Discover how SnapCyte™ can elevate your research. 👉 [https://rb.gy/dcw8jm] #CellCulture #TranswellAssay #CancerResearch #tumorstudy #AIanalysis #SnapCyte

🔬 Navigating Invasion Assay Data Analysis 🔬 When it comes to invasion assays, choosing the right staining method and analysis approach can make all the difference. Whether you prefer Crystal Violet for its simplicity or fluorescence for detailed insights, each method has its own advantages and considerations. While manual analysis can be time-consuming, AI-based automated methods bring speed and consistency to your results, allowing you to focus on what truly matters—your research project. If you’re looking for guidance or tools to optimize your invasion assay analysis, check our website [ https://www.snapcyte.com ] and reach out to us. #CellCulture #InvasionAssays #ResearchInsights #LabLife #AI #Imageanalysis #SnapCyte

🔬 Navigating Invasion Assay Data Analysis 🔬 When it comes to invasion assays, choosing the right staining method and analysis approach can make all the difference. Whether you prefer Crystal Violet for its simplicity or fluorescence for detailed insights, each method has its own advantages and considerations. While manual analysis can be time-consuming, AI-based automated methods bring speed and consistency to your results, allowing you to focus on what truly matters—your research project. If you’re looking for guidance or tools to optimize your invasion assay analysis, check our website [ https://www.snapcyte.com ] and reach out to us. #CellCulture #InvasionAssays #ResearchInsights #LabLife #AI #Imageanalysis #SnapCyte