ABI Applied Biosystems 7300 Real-Time PCR System 4345240

ABI Applied Biosystems 7300 Real-Time PCR System Part #: 4345240 Sn: 273001719 MFG: 2006 Condition is used. Untested. No accessories. ð¬ ABI Applied Biosystems 7300 Real-Time PCR System â Model 4345240 The Applied Biosystems 7300 Real-Time PCR System is a proven and reliable instrument designed for quantitative real-time PCR applications. Offering 96-well throughput and intuitive software, it is ideal for gene expression analysis, SNP genotyping, pathogen detection, and quantification studies. With its precise thermal control and optical detection system, the 7300 delivers accurate, reproducible results for a broad range of molecular biology workflows. â Key Features 96-Well Plate Format Supports standard 96-well PCR plates for high-throughput sample analysis and flexibility. Multiplexing Capability Detects up to 4 targets in a single well with four-color fluorescence detection, reducing reagent use and increasing throughput. Optical System LED-based illumination with CCD camera and four emission filters for accurate, real-time signal detection. Thermal Uniformity Peltier-based heating and cooling ensure consistent temperatures across all wells, critical for reproducible qPCR results. User-Friendly Software The 7300 System SDS Software enables straightforward assay setup, data analysis, and export, supporting relative quantification, absolute quantification, and genotyping. âï¸ Technical Specifications Sample Block : 96-well plate format Reaction Volume : 20â100 µL Excitation Source : Tungsten-halogen lamp Detection : CCD camera Dyes Supported : FAMâ¢, VIC®, SYBR® Green I, ROXâ¢, TAMRAâ¢, etc. Dynamic Range : 9 logs of linear dynamic range Temperature Range : 20°C â 100°C Ramp Rate : ~1.6°C/sec Operating Software : SDS v1.4 (or compatible version) Data Export : Compatible with Excel and third-party data analysis tools Connectivity : USB and RS-232 ports Dimensions : Approx. 15" x 20" x 16" Weight : ~55 lbs 𧪠Applications Gene expression profiling SNP genotyping Pathogen detection Copy number variation (CNV) analysis miRNA quantification DNA and RNA quantification Melt curve analysis