Categories

Efficient management of respiratory outbreaks with combined POCT tests

Each season, outbreaks of respiratory infections pose a considerable challenge to healthcare systems. The similarity of symptoms between diseases such as influenza, COVID-19, and respiratory syncytial virus (RSV) makes it difficult to accurately identify the causative agent, especially in the early days of infection. In this context, rapid and reliable diagnosis becomes an essential tool for making appropriate clinical decisions, reducing transmission, and optimizing hospital resources.


Limitations of conventional diagnosis

Traditional detection methods—such as laboratory PCR or viral cultures—offer high sensitivity, but require specialized equipment, qualified technical personnel, and waiting times that can exceed 24 hours .
During an outbreak, these factors can create bottlenecks in emergency services and central laboratories , delaying the start of antiviral treatments or the isolation of infected patients.

Furthermore, the overlap of symptoms among respiratory viruses makes clinical diagnosis by observation insufficient. During periods of high incidence, distinguishing between influenza, COVID-19, and RSV based solely on clinical signs can be virtually impossible.

The solution: combined tests

POCT (Point of Care Testing) technology allows molecular or immunochromatographic tests to be performed directly at the point of care , offering results in less than 30 minutes .
This approach eliminates the need to send samples to the central laboratory, significantly reducing response times and enabling immediate action.

Ustar Biotechnology's MultNat combination tests represent a key evolution within this category. They allow for the simultaneous detection of multiple respiratory pathogens. in a single sample, facilitating a precise and rapid differential diagnosis.

Practical application in hospitals and clinics

During a respiratory outbreak, the ability to identify the responsible virus at the time of care has a direct impact on:

  • Clinical decision-making: allows for the initiation of specific treatments or the application of appropriate isolation measures without delay.

  • Hospital resource management: avoids unnecessary hospitalizations and reduces pressure on central laboratories.

  • Epidemiological surveillance: provides immediate data on the prevalence of different respiratory viruses, facilitating the health response.

Ustar Biotechnologies Respiratory Combo Kit

Ustar Biotechnologies has developed a line of combined POCT kits designed for the rapid and simultaneous detection of the main respiratory viruses :

  • Influenza A/B

  • SARS-CoV-2

  • Respiratory syncytial virus (RSV)

If you want to know more, read our article on how to differentiate respiratory infections.

These kits are based on advanced molecular technologies that offer high sensitivity and specificity , comparable to laboratory tests, but with the advantage of obtaining results at the same point of care .

Their compact size and ease of use make them ideal for:

  • Emergency and hospitalization services.

  • Intensive care units.

  • Clinics with high demand for respiratory diagnosis.

Furthermore, Ustar kits are designed to integrate easily into clinical workflows, ensuring fast results without compromising diagnostic quality.

Conclusion

Efficient management of respiratory outbreaks requires diagnostic tools that balance speed, accuracy, and accessibility .


Combined POCT tests offer an effective response to this need, allowing healthcare professionals to act quickly and confidently when faced with patients presenting with similar respiratory symptoms.

With solutions like the Combined respiratory kits from Ustar Biotechnologies , hospitals and clinics can reduce diagnosis times, improve patient care and optimize the health response to seasonal or emerging outbreaks.

Want to learn more about Ustar Biotechnologies' respiratory kits?


Artículos recomendados

See all
Filter tips
Filter tips
Filter tips for automatic pipettes with aerosol barrier. They protect against cross-contamination in PCR, molecular diagnostics, and cell biology. Universally compatible with major brands.
Oenological synergies: Winemaking with non-Saccharomyces and its control through precision analytics
Oenological synergies: Winemaking with non-Saccharomyces and its control through precision analytics
A comprehensive technical analysis of the application of non-Saccharomyces yeasts (Lachancea, Torulaspora, Metschnikowia) in winemaking and their direct analytical control. We detail the laboratory protocol (NFA, lactic acid, and viability) to ensure perfect sequential inoculation.
PhenoVue™ CNS: Analytical certainty in the identification of neurons and glial cells
PhenoVue™ CNS: Analytical certainty in the identification of neurons and glial cells
We analyzed Revvity's PhenoVue™ CNS, the all-in-one solution distributed by Proquinorte for the clear and reproducible characterization of hiPSC-derived neurons, astrocytes, and microglia
Discover your gift