Advanced Human Fragment Detection Kit for DNA Analysis (qPCR)
Advanced Human Fragment Detection Kit for DNA Analysis (qPCR)
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In the evolving landscape of genetic analysis and molecular biology, BlueKit is at the forefront, offering cutting-edge solutions like the Human Residual DNA Fragment Analysis Detection Kit (qPCR). This kit is specifically designed to address the critical need for accurate, reliable detection of human DNA fragments, making it an invaluable tool for researchers and scientists dedicated to various fields of study including genetic research, pharmaceutical development, and forensic analysis.
Understanding the criticality of sensitivity in the detection process, our kit is meticulously designed to identify human DNA fragments with unparalleled precision. It caters to a broad spectrum of detection capabilities, starting from fragments as small as 99 base pairs (bp) and extending the detection range to fragments of over 307 bp. This expansive range ensures that users can apply the kit across various experimental setups and research requirements, providing flexibility and adaptability.
The core of our product's efficiency lies in its utilization of the qPCR technique, renowned for its specificity and sensitivity. This method amplifies targeted DNA sequences, enabling the detection of even the most minute quantities of residual DNA. It’s an essential feature for applications demanding high precision, such as validating the cleanliness of biopharmaceutical products by quantifying host cell DNA impurities, or in forensic science for analyzing minute samples at crime scenes. Our kit simplifies these complex tasks, providing fast, accurate results that you can trust. In essence, BlueKit’s Human Residual DNA Fragment Analysis Detection Kit (qPCR) stands as a beacon of innovation, offering a reliable, efficient, and precise tool for the detection of human DNA fragments. Its broad detection range and the use of advanced qPCR techniques mark it as an essential product for professionals in genetic research, pharmaceuticals, and forensic science who demand the highest levels of accuracy and reliability from their tools.
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Residual DNA fragment ( ≥ 99bp) Detection
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Residual DNA fragment ( ≥ 200bp) Detection
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Residual DNA fragment ( ≥ 307bp) Detection
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The core of our product's efficiency lies in its utilization of the qPCR technique, renowned for its specificity and sensitivity. This method amplifies targeted DNA sequences, enabling the detection of even the most minute quantities of residual DNA. It’s an essential feature for applications demanding high precision, such as validating the cleanliness of biopharmaceutical products by quantifying host cell DNA impurities, or in forensic science for analyzing minute samples at crime scenes. Our kit simplifies these complex tasks, providing fast, accurate results that you can trust. In essence, BlueKit’s Human Residual DNA Fragment Analysis Detection Kit (qPCR) stands as a beacon of innovation, offering a reliable, efficient, and precise tool for the detection of human DNA fragments. Its broad detection range and the use of advanced qPCR techniques mark it as an essential product for professionals in genetic research, pharmaceuticals, and forensic science who demand the highest levels of accuracy and reliability from their tools.
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Cat.No. HG-HF001 $3,785.00
This kit is designed for the quantitative detection of the size distribution of Human residual host cell DNA fragments in intermediates, semi-finished and finished products of various biological products.
This kit adopts the principle of PCR fluorescent probe method to quantitatively detect the size distribution of human residual host cell DNA fragments in the sample. The kit features three different amplified fragments (99 bp, 200 bp and 307 bp), and the Human DNA quantification reference is used to make standard curves for different amplified fragments respectively, and the fragment distribution of Human residual DNA in the sample is analyzed through the ratio of different sizes of fragments.
The kit is a rapid, specific and reliable device, with the minimum detection limit reaching fg level.
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