JMIR Publications

ABSTRACT

Background:

As environmental exposure chambers become increasingly important in allergic rhinitis studies, there is a need to collect the data generated by each exposure and monitor the patient efficiently. To design this system, there are data collection and analysis/visualization tools.

Objective:

In order for patients, researchers, and medical personnel to record the data gathered throughout the procedure, this innovative project aims to integrate the use of the environmental exposure chamber (EEC) with data collection and monitoring technology, systematizing workflow care to make it simpler.

Methods:

Data was gathered using research electronic data capture (REDCap) software since it allows for automated patient survey distribution. Additionally, PowerBI software was utilized to display the data collected in REDCap in real time, making it easier to monitor patients inside the chamber.

Results:

Through the use of REDCap surveys and a structured questionnaire, a system was created to enable remote communication with the patient prior to, during, and following the EEC test. This makes it possible for us to compile a set of trustworthy clinical data that makes statistical analysis simple. Furthermore, we have developed a technology that enables external monitoring of the chamber settings, including pollen particle concentration and other parameters (pressure, temperature, humidity, etc.), as well as the patients' symptoms (via tracking questionnaire replies).

Conclusions:

This tool aims to enhance respiratory allergy sufferers' health and follow-up. This e Health system refines the diagnosis and monitoring of respiratory allergies in patients during the EEC studies.