Hybridization Reagents
- NP-40
- 20X SSC
- LSI/WCP Hybridization Buffer
- CEP Hybridization Buffer
- Human COT-1 DNA
- Antifade Solution
- Antifade II Solution
- Propidium Iodide Counterstain
- DAPI I Counterstain
- DAPI II Counterstain
- DAPI III Counterstain
- Nick Translation Kit
NP-40 is Nonidet P-40 and is a non-ionic detergent used in the aqueous post-hybridization wash solution and is necessary for product performance.
20X SSC is a powder containing sodium chloride and sodium citrate. It is used to make 20X SSC solution and subsequent dilutions. (2X SSC and 0.4X SSC) for denaturization and wash solutions.
LSI/WCP Hybridization Buffer is optimized for performance with LSI and WCP reagents. This product contains dextran sulphate, formamide and SSC (pH=7.0).
- Certificate of Analysis highlights quality control data and key product information
CEP Hybridization Buffer is optimized for performance with CEP probes and contains dextran sulfate, formamide, and SSC (pH 7.0).
COT-1 blocking DNA for use in FISH/CGH. Storage Conditions: -20°C.
Antifade Solution is comprised of 1,4-phenylenediamine and glycerol in an aqueous buffer solution.
Antifade II Solution is a special formulation of antifade and mounting buffer.
May be used as a counterstain for SpectrumGreen™ or SpectrumAqua™ CEP probes.
Recommended counterstain when a more intense DAPI stain is desired. Provides more distinct DAPI banding patterns than achievable with DAPI II in certain applications such as staining of nuclear DNA in paraffin sections.
DAPI II is the recommended counterstain for most CEP and LSI probes. This concentration of DAPI provides a weaker DAPI stain usually preferred with smaller probe signals such as CEP and LSI probes.
DAPI III is a dilute counterstain that is optimized for DAPI banding of chromosomes used in fluorescence imaging. DAPI III may also be optimal as a counterstain for imaging applications using other CEP, and LSI probes.
The Nick Translation Kit is designed for fluorescence labelling of DNA using Vysis fluorophore-labeled dUTPs.

