
The reagent remains stable at room temperature for three months.
2024-10-26
In the globalized business environment, the complexity and unpredictability of logistics pose a serious challenge to reagent products in the biotechnology field. Especially when it comes to international transportation, ensuring that reagents are kept at suitable temperatures throughout the entire process is key to maintaining their stable performance and excellent efficacy. Recently, a glycated hemoglobin reagent from Leading Medical showed remarkable stability and reliability in a non-temperature-controlled storage test.
This test stemmed from the actual needs of an overseas customer. Faced with the inability to guarantee temperature-controlled conditions during their own logistics process, the customer decided to conduct a rigorous test of the Leading glycated hemoglobin reagent: storing it at room temperature for up to three months to verify its performance under non-standard storage conditions.
After three months of rigorous testing, the stability of Leading's glycated hemoglobin reagent remained very high, resulting in great customer satisfaction. Even under room temperature storage, the reagent's performance indicators remained at a very high level, showing no significant difference compared to reagents stored under temperature-controlled conditions. This result not only verified the robustness and reliability of Leading's reagent under extreme conditions, but its excellent performance and stable quality also earned praise from overseas customers.
Customer feedback has provided us with invaluable confidence and motivation. It proves the reliability of Leading's reagents in complex logistics environments and lays a solid foundation for future cooperation with overseas customers. In the future, Leading Medical will continue to leverage its deep technological accumulation to constantly push the limits in process research and development, capacity improvement, and quality control, continuously enhancing its core competitiveness.
Glycated Hemoglobin Reagent Performance Demonstration
- Calibration

- Precision

- Linearity

- Clinical Relevance

- Freeze-Thaw Stability

- 37℃ Accelerated Stability

- Stability

Open-vial Stability

Accelerated Stability

Real-time Stability