ACCUiNspection Service
Efficient genetic testing data analysis tool
ACCUiNspection Service
Product Introduction
ACCUiN ACCUiNspection Analysis Software is an efficient genetic testing data analysis tool designed specifically for real-time quantitative PCR (qPCR) and polymerase chain reaction (PCR). The software supports multiple genetic testing kits, including ACCUiN Fragile X Screening Kit, NUDT15 Genotyping Kit, MTHFR Detection Kit, SMA Screening Kit, APOE Genotyping Kit, and Huntington's Disease Screening Kit. It integrates gene expression analysis, sample quality control (QC), genotype interpretation, and other functions, generating visualized quantitative and qualitative charts to help users clearly understand gene variants and expression status. Its highly automated workflow significantly simplifies operations, providing stable and reproducible results suitable for various research and diagnostic applications. ACCUiN ACCUiNspection Analysis Software must be operated by professionally trained laboratory personnel to ensure data accuracy and analysis reliability.
Specifications
- Full administrator privileges required for software and related package installation and configuration.
- Operating system: Windows 10 or later, macOS 10.15 (Catalina) or later
Features
- Integrated technology: Supports data analysis from Polymerase Chain Reaction (PCR), real-time quantitative PCR (Real-time PCR), capillary electrophoresis, and sequencing simultaneously.
- Rigorous quality control results: Provides quality control results for detection data to ensure data accuracy.
- Professional sample interpretation: Capable of genotype/gene mutation/gene copy number analysis of samples, supporting diverse research and detection applications.
- Visualized charts: Generates clear quantitative and qualitative charts to help customers understand gene variant conditions.
- Kit compatibility: Paired with detection kits to provide an integrated system from detection, analysis, to report generation.
- Reliability and reproducibility: Provides stable and reproducible results through rigorous analysis validation and functional verification.