Efficient Preprocessing Kit for DNA Analysis | BlueKit

Efficient Preprocessing Kit for DNA Analysis | BlueKit

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In today’s fast-paced scientific research environment, the accuracy and efficiency of DNA analysis are paramount. Understanding this need, BlueKit introduces its breakthrough product - the Host Cell Residual DNA Sample Preprocessing Kit using the Magnetic Bead Method. This Preprocessing Kit is not just another addition to your lab inventory; it's a transformative tool designed to streamline and enhance your genetic analysis workflows. At the core of our Preprocessing Kit is a revolutionary magnetic bead method, engineered for the precise isolation and purification of host cell residual DNA from a wide array of sample types. This cutting-edge technique ensures high-purity DNA extraction, minimizing the common pitfalls associated with traditional DNA purification methods such as column-based extractions. By incorporating magnetic beads, our kit offers a robust solution that significantly reduces the risk of cross-contamination, a critical factor in achieving reliable analytical results. But what sets the BlueKit Preprocessing Kit apart is not just the advanced technology it employs; it's also the user-centric design that facilitates ease of use and efficiency. From the initial sample preparation to the final DNA purification step, every aspect of the kit is optimized for simplicity and speed, without compromising on accuracy or quality. The kit includes a detailed, step-by-step guide, ensuring that even those new to the magnetic bead method can achieve expert-level results with minimal training.

 

 

Standard curve

 

 

 

 

Datasheet

 

 

 

 

 



Moreover, the BlueKit Preprocessing Kit is versatile, accommodating a broad spectrum of host cell DNA concentrations and sample volumes, making it an invaluable asset for laboratories engaged in genetic research, biopharmaceutical development, and quality control. Whether you’re quantifying residual DNA in vaccine development, conducting genetic stability studies, or performing routine genetic assays, our kit delivers unmatched performance. In sum, the BlueKit Host Cell Residual DNA Sample Preprocessing Kit exemplifies our commitment to advancing scientific research through innovative solutions. By combining superior technology with user-friendly design, we’ve created a preprocessing kit that not only meets the exacting standards of today’s scientific community but also sets a new benchmark for DNA analysis efficiency and reliability. Trust BlueKit to elevate your research capabilities and achieve exceptional results with every use.
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Cat.No. HG-CL100                                                            $769.00

The residual DNA of host cells in biological products has many risks such as tumorigenicity and infectivity, so the accurate quantitative detection of trace amounts of residual DNA is particularly important. Pretreatment is the process of extracting and purifying trace amounts of DNA in biological products from complex sample matrices. An effective and stable pretreatment method is the basis for ensuring accurate detection of residual DNA detection and other rapid nucleic acid detection methods.
 
BlueKit Host Cell Residual DNA Sample Preprocessing Kit can meet both manualextraction and machine extraction methods. Manual extraction is accurate and sensitive, and it iefficient and convenient to use with a fully automatic nucleic acid extractor.
 

 


Performance

Detection sensitivity

  • 0.03pg/μL

 

Recovery rate

  • 70%~130%


Instructions for Use of Host Cell Residual DNA Sample Pretreatment Kit (Magnetic Bead Method) Host Cell Residual DNA Sample Preprocessing Kit (Magnetic Bead Method)
FAQ
What is the optimal reaction temperature for this assay kit, and what happens if the temperature deviates from this range?
  • The optimal reaction temperature for this assay kit is 25℃. Deviating from this temperature range, either higher or lower, can lead to changes in detection absorbance and sensitivity.
Can the components inside the assay kit be used directly, or are there any temperature-related requirements?
  • All components within the assay kit must be equilibrated to room temperature (20-25℃) before use.
The kit is intended for scientific research only
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