We are excited to share a compelling new report by Dr. Brad Spiller, Head of Medical Microbiology Reader at Cardiff University's School of Medicine. Dr. Spiller, a leading expert in microbiology, has conducted extensive research that could transform the way we preserve delicate microorganisms.

In his study, Dr. Spiller focuses on Ureaplasma and Mycoplasma species, known for their fragility and difficulty to culture. The report highlights how SIGMA VCM™ has proven to be an exceptional solution for long-term microbial storage. Here are some of the key findings:

• Long-term Viability: Σ- VCM™ maintains the viability of Ureaplasma and Mycoplasma species for over seven years, ensuring reliable long-term storage.
• Efficiency Across Conditions: The product has demonstrated efficiency even after more than ten freeze-thaw cycles, preserving the microorganisms at various temperatures, particularly at -80°C.
• Cost-Effective Shipping: Dr. Spiller is exploring the potential of Σ- VCM™ to enable ambient temperature shipping of clinical strains. This could significantly reduce the costs associated with dry ice shipments, providing a more economical and practical solution for transporting microbial samples between the Northern and Southern Hemispheres.

Dr. Spiller’s rigorous research underscores the robustness and reliability of Σ- VCM™, making it an indispensable tool for microbiological research and clinical diagnostics. His work at Cardiff University, supported by the collaboration with MWE, showcases the potential for groundbreaking advancements in microbial preservation.

To delve deeper into Dr. Spiller’s findings and understand how Σ- VCM™ is setting new standards in microbial storage, we invite you to read the full report. Discover the detailed analysis and learn more about the promising future of microbiological research and diagnostics with Σ- VCM™.

Read the full report.