A droplet #microfluidics technology has been developed to measure #proteinsecretion kinetics from #singlecells. This technology has been successfully used to characterize monocyte anergy in septic shock patients. SharedIt link
BIOASTER welcomes the renewal of the support of the French Government. The Government thus strongly and clearly expresses its confidence in IRTs to develop and boost French technological research. This...
BIOASTER has entered into a collaboration agreement with Takeda to develop and validate new microbiome-based approaches in the context of Takeda’s clinical-stage assets for the treatment of gastrointestinal diseases. This...
As of today, our current ongoing activities within the Institute have been further reduced, or even completely stopped in order to: facilitate the work of hospitals and care centers by...
A Covid-19 learning By Nathalie Garçon, CEO/CSO BIOASTER The current crisis reminds us today of the absolute and universal need to prepare in advance for such epidemics, which no...
We are going through a major and unprecedented crisis, which involves drastically rethinking our lifestyles and work to slow down the epidemic, which is now ubiquitous, allow our health system...
Launch of EU Research Project ImmunoSep: Advancing Personalised Immunotherapy in Sepsis Multinational consortium aims to identify novel biomarkers, and therapeutic targets needed for future precis ion medicine approaches Nijmegen, 10...
Enterome collaborates with BIOASTER Institute to provide new insights into mechanisms of potential microbiome-derived cancer immunotherapies ENTEROME SA, a clinical-stage biopharmaceutical company, and BIOASTER, the French Institute for Technological Research...
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