Implen Slide Booster 401 800 Hybridization System

Highly flexible low volume agitating incubation station

Optimizing Microarray and Fluorescence In-Situ Hybridization and Immunohistochemistry Tissue Incubation

The new hybridization station SlideBooster™ improves biological results of open well experiments as well as all coverslip and lifterslip incubations. The micro-agitation station has been designed for the incubation of DNA and protein microarrays, as well as for tissue sections, for applications such as IHC and FISH.

The SlideBooster™ uses patented surface acoustic wave technology (SAW) to effectively agitate the sample solution during the incubation. Due to this SAW technology, hybridization is no longer diffusion limited, and therefore results in a higher quality. The four independently controlled chambers accepts most standard microscope slide formats. Up to four SlideBooster units can be controlled by a single computer providing a total of 16 individual incubation chambers with maximum flexibility for 16 (SB400) or 32 (SB800) experiments

Features:

• Optimized DNA and protein microarray incubation
  Real homogeneity and improved reproducibility
  
• Surface acoustic wave technology (SAW)
  to effectively agitate the sample solution
  
• Increased sensitivity and better specifity
  in less than 4 seconds (200 nm – 950 nm)
  
• Compatibility with all coverslip, geneframe and lifterslip experiments
  
• Hybridizations of tissue samples in an open well (Immunohistochemistry, FISH)
  
• Kinetic function
  Absorbance per minute, concentration, correlation factor
• Multiple hybridization on a single slide
  

The SlideBooster™ is designed for the following applications:

• Microarrays: DNA, cDNA and proteins
• Fluorescence in situ hybridization (FISH)
• Multi-color FISH
• Comparative genomic hybridization on Chromosomes (CGH)
• Chromosome staining
• Immuno-histochemistry (IHC)

Other major advantages:

• No changes in protocols
• Simple Operation
• Significantly reduced assay time for Fluorescence In-situ Hybridizations (FISH) and Immunohistochemistry experiments
• No dead volume, minimal experiment volumes (less than 5 µl)
• Minimal cleaning or maintenance efforts
• Small Footprint