Sophisticated surface solutions
- The right surface for every cell - from ultra-low attachment to biological coatings
- Support strong cell adhesion and proliferation
- Ensure consistency for your biochemical assays - from non- to high-binding surfaces
Struggling with poor cell adhesion and cell growth?
Poor cell adhesion and unreliable growth are among the most common reasons why cell-based assays fail.
While robust cell lines grow well on standard TC surfaces, more complex or sensitive models often struggle. They require surfaces that better mimic the extracellular matrix.
Typical examples include:
- Primary neuronal cells – often need laminin or PDL-Laminin coatings
- Mesenchymal stem cells – benefit from fibronectin or collagen coatings
- Primary hepatocytes - often require a collagen coating
With the right surface, cells attach properly, grow, and behave physiologically — resulting in meaningful data.
What makes the difference in coated plates?
From precision injection molding to sophisticated coatings and excellent imaging properties - our microplates deliver measurable benefits across every step of your workflow. Here‘s why so many researchers trust the experts from Greiner Bio-One.
The right partner for the ideal setup
- Sharper results, faster with expert‑matched plates
- Less trial‑and‑error through tailored guidance
- Custom solutions when standard plates fall short
Consistent performance through rigorous control
- Reliable results thanks to rigorous in‑process controls
- Trust in every plate, thoroughly checked before it leaves our facility
- Achieve reproducibility with consistently high manufacturing quality
