CNEN
Technology
This product aims to realize the R & D and industrialization of a complete set of microfluidic chip rapid molecular diagnosis system with independent intellectual property rights
Basic Technology Introduction
PCR technology PCR technology
Polymerase chain reaction (Polymerase Chain Reaction, referred to as PCR), refers to the DNA polymerase catalyzed by the parent strand DNA as a template, with specific primers as the starting point for extension, replication through denaturation, annealing, extension (elevating temperature reaction) and other steps The process of extracting the daughter strand DNA complementary to the mother couplet template realizes the massive replication of genes in vitro.
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Microfluidic Technology Microfluidic Technology
The microfluidics (Microfluidics) proposed in the early 1980s is a technology to study the processing and manipulation of fluids at the μm-mm scale. Our team is one of the first laboratories to study this technology in China. After nearly 10 years of research, Research, 58 related academic papers have been published.
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Microfluidic Chip Technology Microfluidic Chip Technology
Usually called a lab-on-a-chip (lab-on-a-chip), it integrates a series of basic operating units involved in biochemistry on a micron-sized chip, forming a network of microchannels, and controlling fluid throughout the entire system. It has the advantages of portability and low energy consumption, and can meet the needs of life sciences for low-dose, more efficient, and highly sensitive analysis of biological samples.
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Core Technology Introduction
Microfluidic Chip Technology Microfluidic Chip Technology
The lab-on-a-chip is highly integrated to achieve portability of the equipment, while reducing reagent consumption and improving detection sensitivity.
Silicon-Based Thin Film Microheater Silicon-Based Thin Film Microheater
The design uses a silicon-based thin film micro heater, which has a high heating rate and can be powered by a lithium battery.
Integrated Reaction Reagent Technology Integrated Reaction Reagent Technology
The self-developed sample pretreatment solution eliminates complicated nucleic acid purification, plus embedded reaction reagents, which can realize integrated operation.
Multi-channel Miniaturized Fluorescence Acquisition System Multi-channel Miniaturized Fluorescence Acquisition System
The new detection optical path design eliminates stray light and has high stability. It can realize the simultaneous detection of multiple indicators of a sample, and each indicator is independent without cross-contamination.
Artificial Intelligent Imaging Technology Artificial Intelligent Imaging Technology
Software + hardware system, powerful data processing ability, multi-project setup, to solve academic research problems.
Technical Advantages
The reaction volume of a traditional PCR machine is usually more than 20 μL. The larger the sample volume, the more detection reagents are needed, and the corresponding detection cost is higher. Furthermore, traditional products have a long reaction time, requiring at least 1-2 hours, which cannot achieve rapid on-site detection. In addition, traditional products are not only expensive, but also bulky and poor in portability. In comparison, the microfluidic chip PCR instrument has obvious advantages of portability, short detection time, simple operation, and low detection cost.
• Portable• integrated• fast• high throughput• simple• low cost
Technical Advantages
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