IUIS – Immunopaedia – Frontiers Webinars
The IUIS Webinar Series was established at the beginning of 2020 as an online education programme with the aim to provide individuals from all around the world the opportunity to gain comprehensive knowledge on the latest COVID-19 research developments without the need of travelling in these uncertain times. This first series was a tremendous success: internationally-acclaimed speakers shared their insights and latest research results on COVID-19-related topics in 20 webinars that welcomed more than 8,800 scientists from 86 countries.
For its second series, IUIS, in partnership with Immunopaedia and Frontiers, will broaden the scope to cover a variety of hot topics in immunological research such as Autoimmunity, Infectious Diseases and Allergology.
Fabrizio De Benedetti gave examples of clinical presentations and laboratory features of hyper-inflammation with a focus on hemophagocytic lymphohistiocytosis (HLH) and macrophage activation syndrome (MAS). – Read More
Anita McElroy describes the cellular immune landscape that occurs following Ebola virus infection and will correlate these findings with key features of Ebola virus disease. – Read More
In a recent IUIS-Immunopaedia-Frontiers in Immunology webinar, Claudia Mauri discussed how microbial products induce B-regs and their relevance for arthritis pathology. Murine models of arthritis have… – Read More
Using a systematic search for antibodies that bind broadly to infected erythrocytes, they discovered a new class of Abs generated by insertions of genomic DNA encoding human inhibitory receptors (LAIR1) into antibody genes… – Read More
The path to sterilizing immunity against tuberculosis 2
Darrah et al., showed that BCG-IV resulted in superior T cell and antigen-presenting cell recruitment to the lung compared to other vaccination strategies. In addition to T cell and innate immunity, BCG-IV also induced superior…- Read More
The path to sterilizing immunity against tuberculosis 1
Dr Flynn began her talk with a brief overview of how M.tb infection can lead to the development of granulomas (structured organisation of cells that aim to contain M.tb replication). The majority of Dr Flynn research utilises non-human primate (NHPs) models, specifically cynomolgus (latent to active TB) and rhesus (almost always active TB) macaques, that represent the full spectrum of human TB infection and disease. In this summary, we shall focus on findings presented that relate to natural infection. – Read more
In this webinar, Eric Vivier describes novel immunotherapies that aim to improve cancer and COVID-19 pathogenesis by targetting promoting NK cell-mediated and blocking C5a mediated immunity, respectively – Read more
The first webinar of the year featured a talk by Pamela Ohashi – Read more