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6 Microscopy Assays To Determine Cell Health and Improve Your Experimental Results

When you’re performing imaging, always make sure that any phenotype isn’t just an artifact of unhealthy cells. If you’re doing drug discovery, you want to ensure that the treatment isn’t highly toxic to non-target cells. Therefore, it’s important to understand the health of the cells.

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7 Things You Didn’t Know About Imaging Cytometry

It has been said that “a picture is worth a thousand words.” We are visual creatures, and we seek to capture and describe the world around us. Some of the earliest evidence for this comes from very old cave paintings found around the world, like this painting of a horse found in the caves in Lascaux, France.

With the development of reliable microscopes, such as those developed by the dutch draper Antonie van Leeuwenhoek, we were able to see what was previously invisible, probing the unseen and learning in great detail how organisms worked.

Over time, the field of cytometry (the analysis of biological processes at the whole-cell level) has expanded in many different directions. Flow cytometry can be thought of as a microscope with very poor resolution. The power of flow cytometry lies in its ability to analyze thousands of cells through many dimensions, providing an amazingly detailed understanding of the cell. However, due to the resolution, it is not possible to tell where these signals are located.

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4 Steps To Implementing a QC Program For Your Flow Cytometry Experiments

Quality control is the hallmark of improving reproducibility. QC programs are designed to help determine when the process in question goes off the expected path. Depending on the deviation from the established acceptance criteria will dictate the level of intervention that needs to occur. This can be as easy as cleaning the instrument and rerunning the QC, or as extreme as removing the data from the final analysis. Since there is documentation as to the deviations, this provides the rationale for excluding data.

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5 FlowJo Hacks To Boost The Quality Of Your Flow Cytometry Analysis

FlowJo is a powerful tool for performing and analyzing flow cytometry experiments, if you know how to use it to the fullest. This includes understanding embedding and using keywords, the FlowJo compensation wizard, spillover spreading matrix, FlowJo and R, and creating tables in FlowJo. Extending your use of FJ using these hacks will help organize your data, improve analysis and make your exported data easier to understand and explain to others. Take a few moments and explore all you can do with FJ beyond just gating populations.

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5 Special Considerations for Live Cell Imaging

Live cell imaging is advantageous for research were you may be worried about artifacts of fixation or when you want to measure a phenomenon over time. Live cell imaging is more difficult to achieve than fixed samples because we need to keep the cells live AND happy along with obtaining the images we need. We can reduce artifacts by keeping the cells in a favorable environment and minimizing external stressors. Here are 5 points to keep in mind when setting up your live cell imaging experiment.

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