MICRO-PAD - Medical Device - Jiangsu Jicui Micro-Nano Automation System and Equipment Technology Research Institute Co., Ltd.

	A Portable Paper-Based Microfluidic Device for In vitro Diagnostic The products of this project are mainly used In the field of In Vitro Diagnostics (IVD). The portable, low-cost, fully automatic, modular paper-based diagnostic devices developed through the project adopts the international advanced microfluidic paper-based analytical technology to effectively implement automatic liquid control and disease detection on the micron-scale paper- based channel. The device adopts modular design, which can be widely used in various detection scenarios by installing different modules, such as rapid and accurate detection of influenza virus, heart markers, tumor markers, etc.

Product Features

· Miniaturized, Portable, Low-cost. The Portable devices adopt modular design and microfluidic paper-based chips have low material and manufacturing cost and very small amount of reagent consumption for single test.
· Full-automatic. Automatic testing process can realize "the sample in and results out ", which can greatly improve the reliability and repeatability of testing.
· Rapid, Accurate, Highly Sensitive. Enzyme-linked immunoassay (ELISA) was developed on the paper-based chip with high sensitivity, high specificity, high stability, rapid detection and wide detection range.
· Multifunctional. The diagnostic device can be integrated with up to four core detection modules based on ELISA and can test for a variety of diseases simultaneously. It can also be configured with a variety of auxiliary biochemical analysis functions (blood glucose, uric acid, blood cell counting, five liver functions, micro-elements, etc.), so as to meet the customized needs of different hospitals.
· Modularized. The diagnostic device can be customized by installing other different modules.

Technical Parameter		APPLICATION PROSPECT
Detection steps	Manual sampling and automatic detection	·Screening of upper respiratory infectious diseases (detection of influenza A and B viruses) ·HIV, hepatitis B virus testing ·Cardiac marker testing ·Detection of tumor markers (lung cancer, liver cancer, etc.) ·Rapid detection of food ingredients, pesticide residues, pathogenic bacteria, heavy metals and other food safety
Detection time	<20min
sensitivity	>95%
Specificity	>97%

A Portable Paper-Based Microfluidic Device for In vitro Diagnostic

The products of this project are mainly used In the field of In Vitro Diagnostics (IVD). The portable, low-cost, fully automatic, modular paper-based diagnostic devices developed through the project adopts the international advanced microfluidic paper-based analytical technology to effectively implement automatic liquid control and disease detection on the micron-scale paper- based channel. The device adopts modular design, which can be widely used in various detection scenarios by installing different modules, such as rapid and accurate detection of influenza virus, heart markers, tumor markers, etc.

Product Features

Technical Parameter		APPLICATION PROSPECT
Detection steps	Manual sampling and automatic detection	·Screening of upper respiratory infectious diseases (detection of influenza A and B viruses) ·HIV, hepatitis B virus testing ·Cardiac marker testing ·Detection of tumor markers (lung cancer, liver cancer, etc.) ·Rapid detection of food ingredients, pesticide residues, pathogenic bacteria, heavy metals and other food safety
Detection time	<20min
sensitivity	>95%
Specificity	>97%