R033-02

Product Description

When real-time fluorescent RT-PCR detects a positive nucleic acid of the new coronavirus, it can be judged as a confirmed positive case. This Delta Test Reagent kit uses a fluorescent PCR method to detect the ORF1ab gene of the new coronavirus and D950N contains an endogenous internal standard.

High accuracy

Obtained three types of NMPA certificates from the National Medical Products Administration, which can distinguish influenza A and B and new coronavirus.

High sensitivity

100-200 copies/ml

Fast detection

response only takes 50 minutes

Internal standard monitoring

Contains internal internal standards to monitor the operation process.

High automation

1.high-throughput automated detection to improve screening efficiency.

2.Prevent pollution.

3.use UNG enzyme, closed tube operation all the wa.

Company Introduction

As a national high-tech enterprise and Chinese TOP 100 Innovative enterprise! Shenzhen Uni-medica Technology Co., Ltd has established cooperation and jointly performed a number of scientific research projects with the Hong Kong University of Science and Technology, Shenzhen University and Chinese Academy of Sciences. Uni-medica was also selected as one of the top 100 new Chinese innovative enterprises. The company takes the technical innovation of molecular detection methods as the core driving force, and focuses on the R& D and industrialization of molecular diagnostic products aiming at prevention and control of infectious diseases and genetic diseases. Uni-medica provides total solution of accurate diagnosis of infectious diseases and genetic diseases based on multi-omics technologies, including multiplex PCR, NGS technology and flow cytometry. Uni-medica is qualified by ISO 13485 and CFDA quality control system. The pathogen molecular detection products are daily used in hundreds of hospitals, Centers for Disease Control and Prevention and Quarantine Laboratories throughout the country, providing strong support for prevention and control of infectious diseases.