Advanced Optical Microscopy
for Non-Adherent Cells
Achieve high-quality fluorescence imaging of suspension-derived cells with SmartBioSurface® slides, a nanostructured titanium-based solution designed to address one of the key challenges in advanced microscopy: the reliable immobilization of non-adherent cells without compromising image quality.
Non-adherent cells, including hematological cell lines and primary white blood cells (WBCs), are often difficult to retain during fixation, staining, and washing procedures, limiting the effectiveness of advanced imaging techniques. SmartBioSurface slides provide efficient cell adhesion and retention while maintaining low background fluorescence, enabling clear and reproducible visualization of cellular structures and biomarkers.
Fully compatible with multicolor immunofluorescence workflows, SmartBioSurface slides support a wide range of advanced microscopy platforms, including Confocal Laser Scanning Microscopy (CLSM), and super-resolution Structured Illumination Microscopy (SIM). The coating generates no detectable fluorescence artifacts and provides the optical stability required for high-quality image acquisition and reconstruction.
By combining robust cell immobilization, excellent optical performance, and compatibility with advanced fluorescence imaging techniques, SmartBioSurface® slides offer a versatile platform for studying suspension-derived cells across applications in immunology, cell biology, hematology, and translational research.
