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Advanced Flow Cytometry for Infectious Diseases - Wiley Science and Engineering Content Hub
Flow cytometry is a key technology in the investigation of and therapeutic development for infectious diseases. The ability to identify and characterize single cells based on cellular markers is crucial to understanding immune responses to pathogens and the development of therapeutics. Additionally, characterizing immune cell responses during cancer informs researchers as to ongoing changes in the tumor environment. Armed with this information, treatment for infections such as SARS-CoV-2 or personalized medicine approaches to cancer treatment can be developed on the foundation of flow cytometry.
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Advanced Flow Cytometry for Infectious Diseases - Wiley Science and Engineering Content Hub
Flow cytometry is a key technology in the investigation of and therapeutic development for infectious diseases. The ability to identify and characterize single cells based on cellular markers is crucial to understanding immune responses to pathogens and the development of therapeutics. Additionally, characterizing immune cell responses during cancer informs researchers as to ongoing changes in the tumor environment. Armed with this information, treatment for infections such as SARS-CoV-2 or personalized medicine approaches to cancer treatment can be developed on the foundation of flow cytometry.
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Advanced Flow Cytometry for Infectious Diseases - Wiley Science and Engineering Content Hub
Flow cytometry is a key technology in the investigation of and therapeutic development for infectious diseases. The ability to identify and characterize single cells based on cellular markers is crucial to understanding immune responses to pathogens and the development of therapeutics. Additionally, characterizing immune cell responses during cancer informs researchers as to ongoing changes in the tumor environment. Armed with this information, treatment for infections such as SARS-CoV-2 or personalized medicine approaches to cancer treatment can be developed on the foundation of flow cytometry.
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