Single-strand DNA Fluorescent Probe

Fast fluorescence in situ hybridization (FISH) probe designed for rapid molecular diagnostics of cancer and cardiovascular diseases. Reduces total detection time from 3 days to hours with optimized 2-hour hybridization incubation. Delivers high sensitivity, specificity, and excellent signal-to-noise ratio for pathology and molecular testing applications.

Multiplex real-time PCR premix with probe-based detection for simultaneous quantification of multiple DNA targets. Designed for complex molecular diagnostic assays.

Ultra-fast real-time PCR premix with probe-based detection enabling one-second cycle times. Optimized for high-speed molecular diagnostic applications.

Probe-based real-time RT-PCR kit for specific RNA detection and quantification. Optimized components for sensitive molecular diagnostic testing.

PCR-based diagnostic kit for virus detection using probe-based qPCR technology. Provides reliable identification and quantification of viral nucleic acids in clinical samples.

PCR-based nucleic acid test kit for rapid detection and identification of Clostridium difficile in clinical specimens. Employs fluorescence probe methodology for sensitive and specific diagnosis of C. difficile infection in gastrointestinal disease assessment. Suitable for use on standard PCR platforms in clinical microbiology laboratories.

PCR-based nucleic acid detection kit for COVID-19 diagnosis using fluorescent probe technology. Designed for rapid and accurate identification of SARS-CoV-2 in clinical respiratory samples. Enables quantitative and qualitative analysis in laboratory and point-of-care settings.

Fluorescence in situ hybridization probe based on PNA technology for chromosomal and genetic analysis in clinical diagnostics.

Multi-wavelength laser system for FISH probe excitation in genetic analysis. Supports simultaneous detection of multiple chromosomal markers.

Compatible probe and dye-based reagent system for microfluidic PCR analysis supporting flexible multi-plex molecular marker detection without pre-embedding.

Single-target CRISPR detection device for point-of-care testing applications. Integrates CRISPR-based molecular detection with microfluidics technology to enable rapid, accurate identification of specific nucleic acid targets in clinical specimens. Designed for decentralized diagnostic workflows requiring minimal infrastructure.

A point-of-care testing system utilizing CRISPR technology for rapid nucleic acid detection. The system integrates microfluidics and synthetic biology for accurate identification of genetic sequences in clinical samples.