ariel lindner
Co-Founder & Research Director
I graduated from the ‘Amirim’ interdisciplinary program with a major in Chemistry (Hebrew University, Jerusalem) and received my M.Sc. and Ph.D. from the Weizmann Institute of Science in Chemical Immunology. Following a short stay at the Scripps Institute, I joined the lab of Miro Radman in Paris, first as post-doc and then as a tenured researcher. It is in this lab that I started collaborating with Francois Taddei both scientifically and as mentors for what has become the CRI.
Ariel's Bio

I am research director at the French National Institute of Health and Medical Research (INSERM), co-founder and research director of the CRI. I served as co-director of the AIV CRI master program from its conception until 2018. I keep enjoying remote mentoring of the Paris Bettencourt iGEM team since 2006.

My research interests revolve around applying Physical, Chemical and Systems/Synthetic Biological approaches to study key questions in life and death.

Earlier work on variability between clonal individuals, lead to a continuous interest in aging, developin bacteria as a viable model and to studies on the origins of cooperation among individuals.

Major contributions in past 5 years include publications in Nature, Science, Cell and PNAS journals for which I am an occasional reviewer.

I coordinated the Citizen CyberLab European project (citizencyberlab.eu), I take part in the Axa foundation Chair on Longevity. I co-created the CRI Masters and PhD programs, based on novel adaptive learning using ICT and organized numerous interdisciplinary research/education workshops around the world.

RedMetrics
Log in game interactions in real time for research projects
My Mind Matters Quiz / Online mental health recommendation tool
Much as you can build your own personality profile using an online questionnaire, we are building an adaptive questionnaire to help you build your own mental health profile
In vivo real-time RNA probing by AI-aided design of CRISPR RNA switch
RNA-based switch designs for all
Innovative educational methods for research integrity
Innovative educational methods for research integrity
Open participatory diagnostics and epidemiological surveillance
Open participatory diagnostics and epidemiological surveillance
Phase separated RNA-based synthetic organelle in E. coli
Build synthetic organelle in E. coli for various applications, and studies on membraneless organelle
Ratiometric quorum-sensing in bacterial conjugation
Plasmid-mediated horizontal gene transfer of antibiotic-resistance and virulence determinants in pathogenic bacteria underlies a major public health issue. Understanding how plasmid-bearing cells avoid being outnumbered by plasmid-free cells, persisting despite the absence of antibiotic-mediated selection, is key to developing counter strategies.
Evolution Dynamics of Bacterial Cooperation Traits
Study of how genetic information spread by mobile genetic elements can modulate the evolution and selection of cooperative traits
Temporal scaling of ageing as an adaptive strategy of E. coli
Reveal trade-off between bacterial aging and growth
iGEM Paris Bettencourt
Empowering students to do synthetic biology research
Pandemia shield
Adapt our teaching and processes to limit virus exposure
COVID-19 Response Initiative
Development of strategies to reduce the risk COVID-19 transmission at CRI