Discover the Latest in Biomedical Research Innovation

2025 was the year CLYTE evolved from a hardware startup into a biomedical platform. From validating the CytCut device to launching Sophie AI, we achieved ~50k monthly visitors and 5 million impressions with extreme capital efficiency. Discover how we uncovered a massive market gap in lab protocols and secured our place in the future of lab automation.

Scientific research has a plastic problem. Every year, laboratories perform an estimated 3 million "scratch assays" using disposable pipette tips, generating around 200 tons of contaminated plastic waste that cannot be recycled. CytCut offers a solution: a reusable device that eliminates this waste at the source. By replacing single-use tips and improving experimental reproducibility, CytCut cuts carbon footprints by up to 11-fold, proving that science can be rigorous without

Stop letting inconsistent pipette scratches ruin your wound-healing assays. Manual methods waste time and money, while automation costs $20k+. The solution is here: CytCut by CLYTE. This simple, robust tool creates uniform scratches in 10-20 seconds with <5% CV precision for a $199 pre-order. It's fully autoclavable, requires no training, and pays for itself by preventing a single failed plate. Standardize your data and pre-order CytCut now.

Ever wondered what's really happening at the edge of your scratch assay? It's more than just an empty gap—it's a bustling frontier of cellular transformation. Cells at the wound edge aren't just sitting there; they are undergoing a profound morphological shift, polarizing their bodies, sprouting sheet-like lamellipodia, and gripping the substrate to pull themselves forward. This isn't an artifact; it's the beautiful, complex biology of cell migration in action.

Frustrated by peeling monolayers and mysterious gaps ruining your scratch assay? Don't discard that plate just yet! A single variable in your setup is the likely culprit, sabotaging your results before you even make the scratch. Uncover the simple cause behind monolayer detachment and learn the essential techniques to guarantee flawless, reproducible data in every single well. The definitive fix is inside.

Struggling to distinguish between cell migration and proliferation in your scratch assays? Uncover the definitive solution with Mitomycin C! This powerful DNA crosslinking agent halts cell division, allowing you to isolate and measure true cell motility with confidence. Our comprehensive guide provides a step-by-step protocol, from preparing your stock solution to analyzing your results, ensuring your wound healing data is both accurate and reproducible.

Frustrated with faint scratch assay results? Discover how crystal violet staining can revolutionize your cell migration studies! This simple, cost-effective technique dramatically enhances cell visibility, turning ambiguous wound edges into crisp, quantifiable data. Our detailed protocol, pro-tips, and FAQ section will guide you to flawless, reproducible results. Stop struggling with low-contrast images and unlock the full potential of your wound healing assays today.