The Cytohub
Visual metrics in BD Multi-Omics: Your key to finding the impossible!
The CytohubIt has always been difficult to find the impossible, but what makes it so? To unravel the secrets of single-cells it is important to start the experiment with viable and live cells. The BD Multi-Omics workflow enables this using visual metrics, providing you with accurate information about cell counts and viability along the entire process. […]
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T cell cutoff values for identifying COVID-19 patients at increased risk
The CytohubImportance of CD4 and CD8 T cells CD4 and CD8 T cells are important in viral killing and antibody response. T-cell subsets typically decrease with increasing disease severity in COVID-19 patients.1 Upon admission in hospitals, a major challenge for clinicians is to determine whether a COVID-19 patient faces an increased risk of intubation with mechanical […]
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Which BD Fluorochrome family do you belong to ?
The CytohubWhich BD Fluorochrome family do you belong to ?
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Flow cytometry and 3D bioprinting of human tissue models – BD and CTIBiotech
News & innovations, The CytohubBD and CTIBiotech CTIBiotech is a young biotech company that specialises in human tissue bio-assay development. The company specialises in building 3D bio-printed human tissue models that are used in numerous applications in a variety of fields. Areas of application of these models include dermato-cosmetic research, cancer research, biomedical and pharmaceutical development. Flow cytometry and […]
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BD Multi-Omics: Now even the impossible can be found
News & innovations, The CytohubBreaking news! The impossible is no longer impossible! BigFoot, your friendly, furry, but hard-to-find friend is hiding. Finding him is like finding your next scientific breakthrough. It requires patience, long working hours and much effort. But finding the impossible need not be hard. BD Multi-Omics solutions are specially created to help you unravel complex biological […]
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Multicolour flow cytometry panels for COVID-19 research!
The CytohubEnabling your research into the immune response to COVID-19 There is now a pressing need to unravel the biological mechanisms underlying COVID-19 infections, as the pandemic continues to spread all around the world. Research studies have shown that there is an alteration in the composition of immune cells and dysfunctional immune response in COVID-19 patients. […]
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Training: The BD FACSAria™ virtual class
The CytohubThe BD FACSAria™ family of cell sorters The BD FACSAria™ family of cell sorters have established a reputation for superior multicolour performance and legendary ease of use. They have opened the field of cell sorting to a broader audience of researchers and a wider range of applications. They feature precisely integrated fluidics and optical systems […]
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The BD Customs program – A new site for custom reagents for flow cytometry
The CytohubBD now has a new custom reagent website. BD now has a new custom reagent website. It combines our expertise in the domains of flow cytometry, fluorochrome science and immunology to deliver custom solutions for your needs. For an immunologist performing flow experiments, our website offers many exciting possibilities for customisation. Information is available on […]
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Assessing immunological abnormalities in COVID-19 disease by enumerating CD4 and CD8 T cell subsets
The CytohubT cell subsets in COVID-19 immune response CD4 and CD8 T cells are important for triggering an immune response to bacterial and viral infections. Complete blood counts (CBCs) are often carried out in patients suffering from infections. However, while CBC tests can detect lymphopenia in blood, they cannot measure the specific lymphocyte populations that are […]
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Webinar: Single-cell multi-omics identifies unstable regulatory T-cell profiles
The CytohubWebinar by Prof. Susan Schlenner, University of Leuven, Belgium Regulatory T cells (Tregs) are a subset of CD4+ T cells that possess immunosuppressive functions. They play a key role in human health as their malfunction results in allergies and auto-inflammatory disorders. Loss of regulatory T cells results in a rare autoimmune polyendocrine syndrome called IPEX, […]
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