Pocket PCR

Rapid molecular self-testing platform that enables fast, simple, and sensitive at-home detection

Description

Pocket PCR is a 3-channel molecular self-testing solution for rapid detection of Influenza A, Influenza B, and Respiratory Syncytial Virus (RSV). Designed for home-based respiratory infection screening, Pocket PCR combines microfluidic technology, isothermal nucleic acid amplification, and lateral-flow detection into a simple, compact, and user-friendly testing format. The product has obtained European CE-IVDR certification for home self-testing, demonstrating its compliance with European regulatory requirements for safety, performance, and usability in non-laboratory settings.

Key Features & Specifications

Influenza A

  • For Influenza A detection, Pocket PCR is designed to accurately identify common Flu A viral targets, helping users recognize potential infection at an early stage and take appropriate action before symptoms worsen or transmission spreads.

Influenza B

  • For Influenza B detection, Pocket PCR enables accurate identification of Flu B viral targets, helping users differentiate it from other respiratory infections and make more informed decisions about home care, medical consultation, and infection control.

Respiratory Syncytial Virus

  • For RSV detection, Pocket PCR provides rapid identification of a major respiratory pathogen that can be especially concerning for infants, young children, older adults, and other high-risk populations.

Quick & Fast

  • Results can be obtained in as fast as 22 minutes, supporting timely decision-making for home care, medical consultation, isolation management, and prevention of further transmission.

Accurate & Precise

  • Compared with conventional antigen tests, Pocket PCR targets nucleic acids, offering higher analytical sensitivity and improved confidence in early-stage infection detection.

Simple & Easy

  • The system is designed to reduce the complexity traditionally associated with molecular testing, making nucleic acid detection more accessible outside professional laboratories.