Descriptions CapitalBio HybSet™ Microarray Hybridization Cassette is designed to hold a 25mm × 75mm microarray slide in an isolated environment to prevent evaporation of the hybridization solution. Each HybSet™ consists of a base-board, two brackets, a sealing ring (gasket), a cover board, and two metal retaining clips. The sealing ring and metal clips ensure that

Descriptions CapitalBio Slide Centrifuge Tube is specially designed for microarray slide centrifugation, cleaning and storage. It has a straight slot structure that keeps the slide in a fixed position during centrifugation, preventing any possible damage to the surface during slide-pretreatment and slide-cleaning processes. The tube is compatible to most of the commonly used centrifuges on

Descriptions CapitalBio SmartStickTM Grid Alignment Tool allows the SmartGridTM to be positioned accurately on the slide surface. Precise positioning of the adhesive grid is needed to avoid damaging the printed spots and for fitting of the compartmented slide with the cover slip (SmartCoverTM ). SmartPressTM is a grid pressing tool to ensure adhesion of the grid with the slide

Descriptions CapitalBio SmartGrid™ and SmartCover™ have been developed for high throughput, multiple sample (4-, 8-, 10- and 12-sample) handling on a single microarray slide under identical conditions. SmartCover™ helps to enhance the quality of hybridization or immunoreaction, and to facilitate the manual sample injection process. Using the SmartCover™ can also minimize hybridization variability or immunoreaction

Descriptions CapitalBio CalSlide™ Nano-Fluorescence calibration slides are novel fluorescence calibration tools based on CapitalBio’s proprietary Nanobrite™ technology. They are specifically designed for the daily calibration and maintenance of fluorescence microarray scanners. Patterned spots of the inorganic Nanobrite™ nanoparticles are arranged on the surface of a standard microscope slide, which can be detected similar to Cy3

Descriptions The quality of the glass substrate surface modification is always a critical issue in microarray analysis. At CapitalBio, the slide surface modification process has been extensively studied and optimized over the past six years. Reliable and reproducible surfaces with the desired reactive groups are manufactured and applied to various functional arrays with high uniformity.