Sansure’s Monkeypox Test Kit: A Game-Changer in In Vitro Diagnostic Solutions
Sansure Biotech Inc., a leader in biotechnological innovation, introduces its groundbreaking Monkeypox Test Kit, equipped with the new generation “Advanced Magnetic Beads Technology.” This article looks into how Sansure’s Monkeypox Test Kit can change lives and how it contributes to the advancement of in vitro diagnostic solutions for the detection of infectious diseases.
Setting New Standards in Healthcare Innovation
Sansure Biotech Inc. stands as a beacon of excellence in the biotech industry, renowned for its commitment to developing cutting-edge diagnostic solutions that prioritize accuracy, efficiency, and patient care.
Unveiling the Advanced Magnetic Beads Technology
The Monkeypox Test Kit by Sansure features the exclusive modified super-paramagnetic nano-beads, utilizing the Advanced Magnetic Beads Technology. This technology simplifies the process of DNA/RNA absorption, ensuring high purity nucleic acid extraction with a single washing step.
Product Specifications and Benefits
Internal Control: Human gene.
PCR Instrument Compatibility: Works seamlessly with a range of PCR instruments including ABI 7500, QuantStudio™ 5, LightCycler 480, and more.
– Sensitivity: Offers a high sensitivity of 200 copies/mL for accurate detection.
– Specifications: Available in 48 tests with a 12-well plate format.
– Qualification: CE certified for quality assurance.
Conclusion:
In conclusion, Sansure’s Monkeypox Test Kit, featuring the revolutionary “Advanced Magnetic Beads Technology,” represents a paradigm shift in infectious disease diagnostics. With its high sensitivity, wide linear range PCR detection, and strong anti-interference capabilities, this kit sets a new standard for precision and reliability in disease detection. By combining innovation with efficiency, Sansure is spearheading advancements in vitro diagnostic solutions, empowering healthcare professionals to combat infectious diseases like Monkeypox with enhanced accuracy and efficacy.