--- title: Cellsonics Blog description: Cellsonics has re-engineered single cell sample preparation to capture the full potential of each and every tissue specimen. --- [Skip to main content](https://blog.cellsonics.com/blog/page/1#main) [![Cellsonics](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Global/cellsonics-logo.svg) ![Cellsonics-logo](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Global/Cellsonics-logo.svg)](https://cellsonics.com/home-new?hs_preview=ggrFiNrO-179903288415) - [Resources](https://cellsonics.com/resources) - [About Us](https://cellsonics.com/about-us) - [Careers](https://cellsonics.com/careers) - [Blog](https://blog.cellsonics.com/blog) - [Contact Us](https://cellsonics.com/contact-us) Open main navigation Close main navigation - [Resources](https://cellsonics.com/resources) - [About Us](https://cellsonics.com/about-us) - [Careers](https://cellsonics.com/careers) - [Blog](https://blog.cellsonics.com/blog) - [Contact Us](https://cellsonics.com/contact-us) # Resources ![featured-image](https://blog.cellsonics.com/hubfs/Inflammation-Resize.jpg) Latest ## [Preserving the True Immune Landscape: Eliminating Enzymatic Artifacts in Inflammation Research](https://blog.cellsonics.com/blog/preserving-immune-markers) Preserving the True Immune Landscape in Inflammation Research [Read Post](https://blog.cellsonics.com/blog/preserving-immune-markers) ## Explore all [![](https://blog.cellsonics.com/hubfs/Spleen%20Blog.jpg)](https://blog.cellsonics.com/blog/protecting-immune-cell-integrity-keep-the-markers-enzymes-damage) ## [Immune Intergrity: Retain biological fidelity in single-cell spleen prep](https://blog.cellsonics.com/blog/protecting-immune-cell-integrity-keep-the-markers-enzymes-damage) [Read](https://blog.cellsonics.com/blog/protecting-immune-cell-integrity-keep-the-markers-enzymes-damage) [![](https://blog.cellsonics.com/hubfs/Enhanced-Mouse.jpg)](https://blog.cellsonics.com/blog/preserving-the-signal-acoustic-dissociation-unlocks-single-cell-insights-in-ct26-tumor) ## [Preserving the signal: Acoustic dissociation unlocks single-cell insights in CT26 tumor](https://blog.cellsonics.com/blog/preserving-the-signal-acoustic-dissociation-unlocks-single-cell-insights-in-ct26-tumor) [Read](https://blog.cellsonics.com/blog/preserving-the-signal-acoustic-dissociation-unlocks-single-cell-insights-in-ct26-tumor) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Retain-Critical.jpg)](https://blog.cellsonics.com/blog/single-cell-circulating-blood) ## [Single-cell characterization of non-native cells circulating in blood](https://blog.cellsonics.com/blog/single-cell-circulating-blood) [Read](https://blog.cellsonics.com/blog/single-cell-circulating-blood) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Skin.jpg)](https://blog.cellsonics.com/blog/mouse-skin) ## [Rapid Skin Dissociation Protocol using acoustic energy](https://blog.cellsonics.com/blog/mouse-skin) [Read](https://blog.cellsonics.com/blog/mouse-skin) [![](https://blog.cellsonics.com/hubfs/Cell-Membrane-Blog-Tile_web.jpg)](https://blog.cellsonics.com/blog/biorxiv) ## [An enzyme-free, cold-process acoustic method for tissue dissociation](https://blog.cellsonics.com/blog/biorxiv) [Read](https://blog.cellsonics.com/blog/biorxiv) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Significantly-Improved.jpg)](https://blog.cellsonics.com/blog/tissue-dissociation) ## [Eliminating artifacts in tissue dissociation methods: A Review](https://blog.cellsonics.com/blog/tissue-dissociation) [Read](https://blog.cellsonics.com/blog/tissue-dissociation) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Enhanced-Mouse.jpg)](https://blog.cellsonics.com/blog/mouse-lung) ## [Enzyme-free dissociation preserves critical mouse lung cell markers](https://blog.cellsonics.com/blog/mouse-lung) [Read](https://blog.cellsonics.com/blog/mouse-lung) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Retain-Critical.jpg)](https://blog.cellsonics.com/blog/mouse-cardiac-markers) ## [Retain Critical Mouse Cardiac Markers With Cellsonics SimpleFlow](https://blog.cellsonics.com/blog/mouse-cardiac-markers) [Read](https://blog.cellsonics.com/blog/mouse-cardiac-markers) [![](https://blog.cellsonics.com/hubfs/Cellsonics%20-%202024/Images/Blog/Enzyme-free.jpg)](https://blog.cellsonics.com/blog/mousebrain) ## [Enhanced Mouse Brain Cell Surface Expression With SimpleFlow](https://blog.cellsonics.com/blog/mousebrain) [Read](https://blog.cellsonics.com/blog/mousebrain) [1](https://blog.cellsonics.com/blog) [2](https://blog.cellsonics.com/blog/page/2) [All](https://blog.cellsonics.com/blog/all) [Next](https://blog.cellsonics.com/blog/page/2) #### Subscribe to be notified about the latest posts. #### Sign up to be sent application notes. 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