Grace Bio-Labs strives to be the industry’s elite supplier of research grade cell culture, hybridization, and immunoassay solutions.
They are committed to quality and the customer experience.
Grace Bio-Labs manufacture the ONCYTE® brand of thin film nitrocellulose slides, the substrate of choice for protein microarrays.
The Grace Bio-Labs line of seals and chambers create innovative microfluidic solutions for cell and protein analysis.
FILM SLIDESCompatible with virtually all detection systems, ONCYTE ® and PATH ® are the ideal microarray substrates to maximize protein binding and stability. |
SEALS AND CHAMBERSDesigned for a variety of applications, including immunochemistry, incubation, imaging, microfluidics, microarrays, tissue and cell staining microscopy. |
CELL CULTUREChambered coverglass products and accessories ideally suited for the culture of cells and staining applications due to the leak-proof design, quality testing, and custom manufacturing availability. |
WOUND SPLINTSDesigned to enable reproducible and reliable experimental conditions to study wound healing using animal model systems. |
PROTEIN CRYSTALLIZATION COVERSDesigned for high throughput protein x-ray crystallography in 96-well plates. Made using the highest optical quality materials and stringent manufacturing processes to ensure clean, particle-free, hydrophobic surfaces. |
Grace Bio-Labs was founded in 1986 to set new standards for speed and accuracy in cell analysis and molecular pathology. The company has grown through creativity, developing and patenting its own technology.
Grace Bio-Labs manufacture innovative labware for the molecular study of cells in situ. The range includes nitrocellulose and nylon-coated microscope slides and a great variety of press to seal enclosures for cell culture and high throughput cytochemistry.
We are dedicated to our vision to develop a biomarker-based companion diagnostic platform that leverages Grace’s proprietary Film surface and Instrumentation technology. This platform is designed to expedite the adoption of personalized or precision medicine for management of chronic diseases, cancer detection and treatment therapies.
MICROFLUIDICS The term “microfluidics devices” generally refers to systems that utilize sub-milliliter volumes. The use of microfluidics has expanded greatly Read More…
Dynamic range of protein binding for ONCYTE microporous film slides, PATH thin film nitrocellulose slides, and competing nitrocellulose and Read More…
Blocking reagents are used to reduce non-specific protein binding in immunoassays, significantly improving results in terms of Signal-to-Noise ratio. Typically Read More…