Chile is a cornerstone of Latin America's aquaculture industry, particularly for species like salmon and tuna. In Santiago, a leading fisheries research laboratory is at the forefront of efforts to ensure the health and sustainability of these vital resources. Their work involves advanced cell cultivation and genetic studies, which demand absolute precision and reliability in sample storage. We spoke with the lab's director to understand why they trust Midea Biomedical's equipment to support their critical research.

Q: Could you briefly describe the focus of your research and why reliable cold storage is so critical for your work?

A: Our research is dedicated to advancing sustainable aquaculture practices. A significant part of our work involves fish cell culture, which is applied in areas like virology, immunology, and genetic studies. We study disease resistance, muscle development, and genetic traits in species vital to our local economy, such as salmon. These biological samples—whether they are primary cells, valuable genetic strains, or vaccines—are incredibly sensitive. Their integrity is everything. If a storage unit fails and we lose a batch of cells or a unique genetic sample, it can mean losing months or even years of research. Therefore, reliable cold storage is not just a convenience; it is the foundation of our entire research operation​ .

Q: What were the key factors that led you to choose Midea Biomedical's ultra-low temperature freezer?

A: Uncompromising Stability: For our long-term preservation of genetic materials and cell lines, we require a consistent temperature of -86°C. Any fluctuation can compromise the viability of these precious samples. Midea's ultra-low freezers are engineered with ECO Cooling technology and a dual-compressor, independent dual-system design. This means if one system encounters an issue, the other can maintain the required -80°C environment, which is a crucial safety net for us .

Q: How have the Pharmacy Refrigerators (2-8°C) supported your day-to-day laboratory activities?

A: These units are the workhorses of our lab, used for storing reagents, enzymes, and short-term samples. The key feature for us is the precise temperature and humidity control. The Top Cooling technology is particularly effective. When our staff opens the door to access materials, this technology helps maintain the internal temperature, preventing the spikes that can degrade sensitive biological products. Furthermore, the 35%-75% relative humidity control helps inhibit frost buildup, which keeps our samples safer and reduces the need for frequent freezer defrosting, saving us valuable time .

Q: Finally, how do the broader Low-temperature Freezers fit into your lab's ecosystem?

A: These freezers, which operate in ranges like -25°C, are essential for a variety of applications, including storing certain chemicals, fish feed samples, and specific research materials. We appreciate the user-friendly interface with data recording capabilities also simplifies monitoring and compliance with our strict storage protocols .