A new configuration of the Laminar Wash™ HT1000 System will allow scientists to completely process blood samples from COVID-19 positive patients in a safe environment. The package will consist of an updated Laminar Wash HT1000 system, Buffer Exchanger, and STEMCELL Technologies’ EasySep™ RBC Depletion Reagent.
Laminar Wash technology enables researchers to more accurately study immune responses for vaccine research and clinical trials without the need for centrifugation, eliminating the aerosolization of potentially infectious samples. Laminar Wash technology is especially helpful in flow cytometry applications in vaccine research. The new HT1000 configuration allows containment of blood samples within a biosafety cabinet, ensuring the protection of laboratory staff and other samples.
“We are always aspiring to help scientists perform their research in a more accurate and safe manner” said Dr. Namyong Kim, CEO of Curiox Biosystems.
Traditionally, unwanted red blood cells (RBCs) are removed from blood samples using lysis buffers, which can be harmful to white blood cells, the cells responsible for immune response. By working with STEMCELL Technologies’ RBC depletion kits, researchers can easily remove unwanted RBCs from blood samples without the need for lysis, resulting in superior data quality.
“It is always a proud moment when the reagents and tools we develop can help enable scientific discoveries and treatments,” said Dr. Andy Kokaji, Director of Immunology at STEMCELL Technologies. “This new application will facilitate the safe processing of blood samples so that researchers can better understand the immune response to current and future infectious disease outbreaks”.
Enabling safe and efficient handling of virus-positive blood samples ultimately helps patients by accelerating treatment and vaccine research. The new package of products is now available and Curiox and STEMCELL Technologies are offering to assist institutions in obtaining the product as easily as possible, with donations considered in some cases.
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