Real-time analysis of cellular phagocytosis

Webinar: Real-time analysis of cellular phagocytosis; characterisation of anti-CD47 antibodies as potential novel immuno-therapies

Alongside intense efforts to exploit T-cells as immunotherapies for cancer (e.g. checkpoint inhibitors, CAR-T, T-cell metabolism), researchers are increasingly considering other immune cell types for novel targets.  One example is the enhancement of macrophage function via inhibitors of CD47 “don’t-eat-me” signalling proteins, enabling tumour cells to evade clearance by neighbouring phagocytes (Kim et al, 2012, Leukemia 26, 2538–2545).  To identify new CD47 and phagocyte modulators, novel, direct and validated assays with throughput commensurate to drug discovery are required.  

In this mini-webinar Tim Dale will:

  • Illustrate how real-time Live-Cell Analysis using pH-sensitive fluorescent probe-labelled target cells can be used to visualize and quantify phagocytosis.

  • Share data on the pro-phagocytic effects of anti-CD47 antibodies.

  • Demonstrate how other live-cell phenotypic assays (e.g. apoptosis, proliferation) are used to validate mechanisms of action.

Complete the form below to access the webinar recording.

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Speaker: Dr Tim Dale
Head of BioAnalytics Applications
Sartorius Corporation

Tim co-founded the European laboratories of Essen BioScience in 2009 and is Head of BioAnalytics, Applications, Sartorius Corporation, managing R&D operations.  A highly experienced industrial pharmacologist and leader with more than 20 years of service, Tim has a track record in applied drug discovery.  Applying his knowledge and expertise to drug discovery programs in the neurology, psychiatry and gastrointestinal therapeutic areas, he has contributed to the progression of a number of candidate molecules into clinical studies.  Tim has co-authored over 20 publications and patents relating to pharmacology, ion channels and cell-based assays.  Most recently, Tim is applying his many years of experience to extend the portfolio of cell-based applications utilising live-cell analysis in the fields of oncology, immunology and neuroscience.

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