Introducing LabInCytes

LabInCytes, the latest innovation from Labtools.AI, introduces a patent-pending approach to image-based flow cytometry (IBFC) that promises to transform how researchers measure protein expression. By generating label-free biomarker expression directly from bright field images, LabInCytes eliminates the need for traditional fluorescent antibody labeling, cutting costs and reducing experimental times.

Want to discuss a pilot in your lab? Schedule a call with our team to learn how you can start using LabInCytes Today: https://calendly.com/labtools-info/ai-audit 

To learn more about the worlds first digital flow cytometry platform, listen to the latest episode of Labtools Soundbytes: Episode 7 - LabInCytes on Apple podcasts: https://podcasts.apple.com/us/podcast/labtools-ai-scientific-soundbytes/id1796938910

LabInCytes is changing how laboratories rely on labor-intensive, expensive methods to gather IBFC protein expression . With LabInCytes, labs can process samples in 2-3 minutes rather 5-10 minutes, cutting run time by up to 66% - significantly lowering costs and freeing up valuable instruments in core facilities. The technology also supports the analysis of archived bright field images, enabling researchers to unlock new insights from existing data without additional sample runs.

Now available for paid pilots, LabInCytes has already shown promising results in fertility research settings, and Labtools.AI is eager to expand its applications into oncology, neurobiology, and other areas. For labs looking to save time, reduce costs, and push the boundaries of what’s possible in IBFC, LabInCytes offers a forward-thinking solution that’s ready to make a difference today.

Want to discuss a pilot in your lab? Schedule a call with our team to learn how you can start using LabInCytes Today: https://calendly.com/labtools-info/ai-audit 

Pain Points in Traditional Flow Cytometry:

• Complex Experimental Planning: Designing experiments involves carefully selecting fluorescent antibodies and ensuring no spectral overlap, a process that can take hours.

• Long Sample Processing Times: Labeling samples often takes 4–6 hours, and each experiment can require additional time for data acquisition and analysis.

• High Costs: Fluorescent antibodies can cost up to $1,000 each, and running multiple experiments to test different panels quickly adds thousands of dollars to the overall expense.

• Limited Protein Analysis per Sample: Traditional methods often measure only a handful of proteins at once, making it costly and time-consuming to scale up to dozens of proteins.

• Lost Opportunities with Historical Data: Previously collected bright field images can’t typically be repurposed, leaving valuable data unused.

How LabIncytes Solves These Challenges:

• No More Labeling: By using a label-free approach, LabIncytes completely removes the need for antibody selection and fluorescent labeling, drastically simplifying experimental planning.

• Faster Sample Processing: Bright field images can be collected in just 2–3 minutes per sample, slashing experiment times in half and allowing more experiments to be completed in less time.

• Significant Cost Savings: By eliminating the need for fluorescent antibodies, researchers save around $5 per antibody. The cost of analyzing multiple proteins is also much lower—measuring 10 proteins costs only $99, compared to traditional methods that would cost far more.

• Scalable Protein Analysis: LabIncytes enables the measurement of up to 1,000 proteins on a single sample, opening up entirely new possibilities for large-scale studies without the exponential increase in costs.

• Reusing Existing Data: Researchers can upload old bright field images to measure new proteins, turning archived data into a source of fresh discoveries and unlocking insights without the need to re-run samples.

Want to discuss a pilot in your lab? Schedule a call with our team to learn how you can start using LabInCytes Today: https://calendly.com/labtools-info/ai-audit