Must-have Roche Micral-test Travel Size [oqNYRPIc]

Must-have Roche Micral-test Travel Size [oqNYRPIc]: Your Reliable Microalbuminuria Detector

Introducing the Must-have Roche Micral-test Travel Size [oqNYRPIc], a cutting-edge solution for the accurate detection of microalbuminuria. This innovative test strip offers a semiquantitative assessment with a cutoff limit of 20 mg/l, ensuring high sensitivity and specificity. With its fast results within just one minute, the Micral-Test is a game-changer in the field of urinary analysis. The package includes 30 test strips, making it a convenient and cost-effective option for regular monitoring.

Key Product Features

The Must-have Roche Micral-test Travel Size [oqNYRPIc] is designed with user convenience in mind. Its easy-to-use test strips are suitable for visual analysis, allowing for immediate results within one minute. The long color stability of the test strips allows for a reading time extension up to a maximum of 5 minutes, providing flexibility in when you choose to read the results. The measurement range spans from 20 to 200 mg/l, ensuring comprehensive coverage of microalbuminuria levels. The Micral-Test offers clear and distinct results, displayed as negative, 20, 50, or >100 mg/l, making it easy to interpret and take appropriate action.

Practical Applications and Benefits

The Must-have Roche Micral-test Travel Size [oqNYRPIc] is an essential tool for early detection of diabetic and hypertensive nephropathies, as well as an indicator for increased cardiovascular risk and overall mortality. It serves as a predictive factor for cardiovascular events from a present metabolic syndrome, making it invaluable for individuals with these health concerns. Whether you are a healthcare professional or a patient monitoring your health, the Micral-Test provides the confidence and peace of mind you need. With its high sensitivity and specificity, you can rely on the Micral-Test to provide accurate and reliable results, ensuring timely intervention and better health outcomes.