Applied Biosystems 7500 Real-Time PCR System Model 4357362 for Quantitative Molecular Analysis

The Applied Biosystems 7500 Real-Time PCR System Model 4357362 is a robust instrument designed for quantitative real-time polymerase chain reaction (qPCR) applications, essential in molecular diagnostics, gene expression analysis, and biotechnology research. Manufactured in 2021, this unit supports high-throughput DNA and RNA quantification with advanced optical detection technology optimized for fluorescence-based real-time detection.

Key technical features include:

• Real-time quantitative PCR technology enabling precise amplification and detection of nucleic acid sequences
• Compatibility with a broad voltage range (100-240V) and dual frequency operation (50Hz/60Hz) suitable for global laboratory environments
• Weight of approximately 40.82 kg (90 lbs) with compact shipping dimensions measuring 54.86 cm x 42.67 cm x 64.01 cm
• Delivered in good operational condition; powers on with basic test completion, though full functionality is limited due to onboard computer encryption and system access restrictions—password required for complete software operation
• Includes power cord; however, computer and PCR software suite are not provided

This system is widely adopted in biotechnology workflows including molecular cloning, gene editing validation, and clinical diagnostics. Its capabilities are critical in bioprocessing pipelines where reliable real-time nucleic acid quantification influences experimental accuracy and reproducibility. Despite minor cosmetic wear from regular use, the device retains functionality integral for laboratories focusing on biomedical engineering, synthetic biology, and molecular biology research.

The harmonized code classification (902750) corresponds to precision instruments leveraging light-based analysis technologies, reflecting its role in cutting-edge fluorescence analysis for genetic and biochemical assays. This real-time PCR system is a reliable tool for research professionals requiring robust performance in gene expression profiling and quantitative molecular diagnostics.