Applied Biosystems™ GeneTitan™ MC Fast Scan Instrument (220V)

The Applied Biosystems GeneTitan™ MC Fast Scan Instrument is a revolutionary, hands-free automated solution designed for genome-wide SNP genotyping and copy number variation analysis. Paired with the GeneChip array using the Axiom 2.0 assay, the GeneTitan MC is the first of its kind to offer a comprehensive solution for high-throughput genomics studies in both human and agrigenomics. This system is optimized for medium- and high-throughput needs, providing fast, high-quality results with minimal manual intervention.

The GeneTitan MC Fast Scan Instrument integrates multiple functionalities into one bench-top instrument, including a hybridization oven, fluidics processing, and an imaging device. This streamlined design allows for rapid, automated processing of genomic samples, significantly increasing laboratory productivity and data reproducibility.

Key Features & Benefits:

1. Fast and Efficient:
   • The GeneTitan MC condenses hands-on processing time to as little as 30 minutes and can image an array in less than 5 minutes, enabling fast results without compromising accuracy.
   • The instrument is designed to operate unattended overnight, reducing user intervention and allowing for high-throughput processing during off-hours.
2. Scalable and High Throughput:
   • It meets both medium- and high-throughput needs, allowing labs to scale their workflows as needed while maintaining rapid time to data.
3. Flexible for Various Applications:
   • The system supports multiple array plate formats, making it adaptable to different genotyping studies, copy number variation analysis, and other genomic research applications.
4. Accurate and Consistent Data:
   • The GeneTitan MC ensures high-quality, consistent data by processing multiple samples under identical conditions, minimizing variability and enhancing reproducibility across experiments.
5. Adaptable Workflow:
   • The GeneChip Command Console Software enables flexible workflows and sample registration, allowing labs to customize their processes for optimal efficiency and data management.
6. Advanced Imaging Technology:
   • The imaging device uses an external high-intensity xenon lamp and dual excitation and emission filters to capture images from array plates, ensuring high-resolution and accurate data capture for SNP genotyping and copy number variation analysis.
7. Laboratory Productivity:
   • By minimizing user intervention and enabling unattended overnight processing, the GeneTitan MC significantly enhances laboratory productivity, allowing for greater throughput with fewer technicians involved in each experiment.

Applications:

• SNP Genotyping: Perfect for high-precision genotyping applications, enabling the identification of genetic variations at the SNP level in human or plant genomes.
• Copy Number Variation Analysis: Ideal for analyzing changes in DNA copy number, which is important in studies related to cancer genomics, agriculture, and disease research.
• Agrigenomics: Applied in research involving the genomics of crops and livestock for traits like disease resistance, yield improvement, and other agriculturally significant attributes.
• Human Genomics: Used extensively in human genetics research to study genetic predispositions to diseases and traits, aiding in personalized medicine development.
• High-Throughput Genomics: The instrument is optimized for large-scale genomic research, making it a powerful tool for laboratories involved in extensive genomic screening and data generation.

Specifications:

Storage:

• Store the system at ambient temperature when not in use.

The Applied Biosystems GeneTitan™ MC Fast Scan Instrument provides a comprehensive, hands-free solution for high-throughput genomics studies. With its fast processing speed, high accuracy, and advanced imaging technology, it is the ideal choice for SNP genotyping and copy number variation analysis. By minimizing technician involvement, it helps enhance productivity and throughput in genomics laboratories, making it a valuable tool for human and agrigenomics research.