Momo OneClick Now with Filtering, Alerting, Virology Support, and FHIR Integration

Momo OneClick was designed with one clear purpose: to provide infection prevention and hospital hygiene teams with a fast, intelligent, and easy-to-use tool for analyzing microbiological data and identifying infection risks at an early stage. By transforming complex laboratory results into structured, actionable insights, Momo supports data-driven decision-making and helps healthcare institutions strengthen patient safety.

With the latest enhancements, Momo OneClick further expands its analytical and integration capabilities.

Flexible Filtering in Result Tables
Users can now filter results directly in the result tables by location, material, and microbiology (germs and other parameters).

Virological Data Processing Now Supported
Momo OneClick is now fully prepared to process and analyze virological data in addition to microbiological findings. The system architecture has been extended to ensure that virological laboratory data can be integrated seamlessly into existing workflows.

Microbiological and Virological Alerts
With this update, Momo OneClick introduces a new alerting capability. The software can now generate alerts for both microbiological and virological findings. These alerts can be displayed directly within the application and transmitted via web services to connected systems.

This enables institutions to integrate Momo alerts into broader clinical or reporting infrastructures, ensuring timely communication and rapid response.

FHIR Integration Enables Future Clinical Extensions
With the integration of the FHIR data structure, Momo OneClick is now able to integrate additional structured clinical data, which opens the door to new use cases. For example, clinical parameters such as troponin levels could be incorporated to generate clinical alerts based on laboratory and patient data.

This foundation allows Momo to evolve beyond infection surveillance and support more comprehensive, data-driven clinical decision support in the future.