Next-Gen FISH™ reagents, designed for identifying genomic aberrations in FFPE tissues, bone marrow, aspirates and blood specimens. The Next-Gen FISH™ tools are genomic-based reagents and fluorescent in situ hybridization (“FISH”) probes for aiding the study and understanding of numerous cancers both hematologic and solid tumors. The combination of Biocare's novel FISH Probe technology with cell isolation techniques as well as proprietary patent pending platform technology that provides unprecedented analytical accuracy for Formalin-Fixed, Paraffin-Embedded (FFPE) specimens has raised the bar on performing more precise analysis for the chromosomal chaos evident in specific cells of interest.
A simple in situ hybridization technology using proprietary DNA probes for rapid visualization of mRNA target expression. The RISH™ probe technology, enables extremely stable hybridization with the mRNA target, resulting in a more abundant signal and conferring highly specific staining.
The protocol has been simplified by removal of the overnight hybridization, requirement for RNase free solutions, labware and harsh stringent wash conditions resulting in a procedure that is completed in approximately 2.5 hours. The result is clear, with virtually no background; the chromogenic signal is easily visualized under brightfield microscopy, along with the tissue morphology on a single slide.
Biocare’s ISH HRP Detection Kit for Biotinylated Probes is an optimized detection system incorporating Biocare’s proven micro-polymer technology specifically developed to detect biotin-labeled probes on FFPE tissues. The same level of care and detail has been applied to the buffers for probe dilution and post-hybridization washes to provide the most reliable and consistent staining possible.
HPV Detection Using ISH is also available. Chromogenic in situ hybridization technology for specific detection of HPV DNA viral subtypes 6, 11, 16, 18, 31 or 51. Each individual probe is intelligently designed to minimize background and ensure subtype specificity.
Salah Alden Road | Al Zahra District
Riyadh | Kingdom of Saudi Arabia
60001 Riyadh 11545
