Festive Deal Ge Typhoon Fla 7000 Image Analyzer System For Radioactive Materials In Samples Collection [Khz3MomP]

GE Typhoon FLA 7000 Image Analyzer System

The GE Typhoon FLA 7000 Image Analyzer System is a state-of-the-art imaging solution designed for accurate and efficient analysis of radioactive materials in samples. This versatile system is ideal for a wide range of applications, including sensitive and quantitative measurements of radioisotopic labels, chemifluorescent Western blots, and digitization of colorimetric stains. With its advanced capabilities, the Typhoon FLA 7000 provides exceptional performance in biomolecular imaging applications.

• High Resolution and Quantitation: The system generates 16-bit images with up to 25 µm pixel resolution, ensuring precise quantitation in gels, blots, and tissue sections.
• High Speed and Throughput: Scan a 24 x 25 cm gel in less than two minutes at 100 µm resolution without compromising sensitivity, allowing for high sample throughput and reduced waiting time.

Key Features and Specifications

The Typhoon FLA 7000 Image Analyzer System is equipped with four pre-installed lasers (blue, green, red, and red 650 nm) to accommodate various imaging applications. This nonconfocal variable mode laser scanner offers exceptional speed and resolution for precise quantitation of proteins, nucleic acids, and other biomolecules. The system's scanning area of 24 × 40 cm enables simultaneous imaging of up to 12 gels or blots, facilitating comparisons and reducing workload.

• Multiple Laser Systems: Blue (473 nm), green (532 nm), red (635 nm), and red (650 nm) lasers are pre-installed for flexibility in imaging applications.
• Scanning Area: 24 × 40 cm scanning area allows for simultaneous imaging of up to 12 gels or blots, measuring 10 × 8 cm in size.

Practical Applications and Benefits

The GE Typhoon FLA 7000 Image Analyzer System is a powerful tool for researchers, scientists, and professionals in various fields, such as pharmaceuticals, biotechnology, and environmental science. Its ability to analyze radioactive materials in samples with high resolution and speed makes it an essential instrument for a wide range of applications, including:

• Pharmaceutical Research: Accurate quantitation of radioisotopic labels in drug development and formulation processes.
• Biotechnology: Analysis of nucleic acids and proteins in various research applications.
• Environmental Science: Detection and analysis of radioactive materials in environmental samples.