The AffiPLATE® No Binding 96 Well Plates (8 Well Breakable Strips) are designed for applications requiring minimal protein or biomolecule adsorption, ensuring high precision and reproducibility in assays. These plates are ideal for a wide range of applications, including enzyme-linked immunosorbent assays (ELISA), cell-based assays, and high-throughput screening, where the non-binding surface ensures accurate data by preventing loss of valuable samples.
Non-Binding Surface for Accurate Results
The No Binding 96 Well Plates are coated with a special polymer that minimizes the nonspecific adsorption of proteins, nucleic acids, and other biomolecules. This makes the plates particularly useful for assays where even small losses of sample due to binding can skew results. According to studies at Harvard University, non-binding surfaces are critical in quantitative assays, ensuring that the entire sample is available for reaction without sticking to the plate.
Features of AffiPLATE® No Binding 96 Well Plates
- 8 Well Breakable Strips: The plate design offers breakable 8-well strips, providing flexibility for researchers who need to run smaller assays without using the entire plate. Laboratories at Stanford University highlight the usefulness of breakable strips in customizing assay setups and conserving reagents.
- Minimized Sample Loss: The no-binding surface prevents adsorption of biomolecules, ensuring that sample concentration remains consistent throughout the assay. This feature has been validated by the National Institutes of Health (NIH) in applications such as drug screening and protein binding assays.
- Versatile Applications: These plates are compatible with a variety of assays, including ELISA, cell culture, and molecular diagnostics. Researchers at Yale University have used no-binding plates in complex cell-based assays where nonspecific binding could affect cell signaling results.
Application in ELISA and Molecular Assays
The AffiPLATE® No Binding 96 Well Plates are ideal for ELISA, particularly when working with delicate or expensive antibodies and antigens. In studies by the Centers for Disease Control and Prevention (CDC), no-binding plates were shown to improve the accuracy of ELISA results by reducing background noise caused by protein adherence. By preventing the loss of low-concentration samples, these plates ensure more reliable assay outcomes.
Cell-Based Assays
For cell-based assays, a non-binding surface prevents cell attachment, making these plates suitable for suspension cultures or assays requiring minimal cell adhesion. According to research at Johns Hopkins University, non-binding plates allow for better manipulation of cells in suspension, making them ideal for spheroid formation or cell signaling studies.
Advantages of Breakable Strips
The 8-well breakable strip design offers researchers the flexibility to use only the number of wells needed for a particular experiment. This design reduces waste and saves reagents in experiments with smaller sample sizes. At the University of California, Berkeley, researchers have found breakable strips particularly useful in high-throughput drug screening, where assays are often conducted in smaller batches.
Enhanced Reproducibility and Data Quality
The AffiPLATE® No Binding 96 Well Plates contribute to enhanced data reproducibility by minimizing variances caused by nonspecific binding. In high-precision applications such as DNA quantification or protein assays, these plates provide a consistent environment, as noted by researchers at MIT. The uniformity of the no-binding surface ensures that results are comparable across different wells and plates, improving the overall quality of data in repeated experiments.
Quality Control and Standards
Manufactured under stringent quality control measures, the AffiPLATE® No Binding 96 Well Plates meet the high standards required for use in clinical and research laboratories. Each batch undergoes rigorous testing to ensure the consistency of the no-binding coating and structural integrity of the plates. This is particularly important in large-scale studies, such as those conducted by the National Cancer Institute (NCI), where high-throughput screening requires plates with dependable performance.
Conclusion
The AffiPLATE® No Binding 96 Well Plates (8 Well Breakable Strips) are a versatile and reliable tool for researchers performing assays that require minimal sample loss and enhanced reproducibility. Whether used in ELISA, cell-based assays, or high-throughput screening, these plates provide flexibility, precision, and consistency. The breakable strip design and non-binding surface make them an essential tool in laboratories ranging from academic research to industrial applications, as evidenced by their use in institutions like Harvard University and NIH.