Ariel Lindner
Co-Founder & Research Director
ariel.lindner@cri-paris.org
Ariel's Bio

CRI co-founder and director, former research director, Ariel currently heads the Biology for Global Good Department and mentors the research group leaders at the LPI.  Ariel was the former director of the AIRE master and director of studies of FIRE PhD program, where he continues to teach and mentor and keep enjoying mentoring the Paris Bettencourt iGEM team since 2006.


Ariel is an INSERM tenured research director and serves as the director of INSERM/Université de Paris Cité Systems Engineering and Evolution Dynamics Unit (UMR1284) harboured at LPI. He graduated from the Hebrew University, Jerusalem "Amirim" interdisciplinary program (Chemistry major) and received my M.Sc. and Ph.D. from the Weizmann Institute of Science in Chemical Immunology. Following research stints at the Scripps Institute  (California) and MRC (Cambridge), he received EMBO and Marie Curie postdoctoral fellowships to joined the lab of Miro Radman in Paris. His current research revolves around two axes: systems and synthetic biology as well as open and citizen science on SDGs and learning disabilities. His major scientific contributions in past 5 years include publications in Nature, Science, Cell and PNAS journals and were supported by HFSP, EU, national, Axa Fund and MSDAvenir competitive grants. 


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Co-fondateur et directeur du CRI, ancien directeur de la recherche, Ariel dirige actuellement le département Biology for Global Good et encadre les responsables d’équipe de recherche au Learning Planet Institute. Ariel était l'ancien directeur du master AIRE et directeur des études du programme de doctorat FIRE, où il continue d'enseigner et d'encadrer avec plaisir l'équipe iGEM de Paris Bettencourt depuis 2006.


Ariel est Directeur de recherche titulaire à l'INSERM. Il dirige l'unité d'ingénierie des systèmes et de dynamique de l'évolution INSERM/Université de Paris Cité (UMR1284) hébergée au LPI. Il est diplômé du programme interdisciplinaire "Amirim" de l'Université hébraïque de Jérusalem (majeure chimie) et a obtenu son master et son doctorat en immunologie chimique à l'Institut Weizmann des sciences. Après des séjours de recherche au Scripps Institute (Californie) et au MRC (Cambridge), il a reçu des bourses postdoctorales EMBO et Marie Curie pour rejoindre le laboratoire de Miro Radman à Paris. Ses recherches actuelles s'articulent autour de deux axes : la biologie systémique et synthétique ainsi que la science ouverte et citoyenne sur les ODD et les troubles de l'apprentissage. Ses principales contributions scientifiques au cours des 5 dernières années comprennent des publications dans les revues Nature, Science, Cell et PNAS et ont été soutenues par des subventions compétitives HFSP, UE, nationales, Axa Fund et MSDAvenir. 


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.

COVID-19 Response Initiative
Development of strategies to reduce the risk COVID-19 transmission at CRI
Research Unit: Learning Transitions
Learning about transitions & transitions of learning
Temporal scaling of ageing as an adaptive strategy of E. coli
Reveal trade-off between bacterial aging and growth
In vivo real-time RNA probing by AI-aided design of CRISPR RNA switch
RNA-based switch designs for all
Effects of E-learning on students’ stress and attention span during the COVID-19 pandemic
Analyze how e-learning in pandemic affects students’ stress and attention span.
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
Transcriptionally Engineered Addressable RNA Solvent droplets (TEARS) For Disulfide Protein Folding
Integration of the TEARS droplet system into E. coli, creating synthetic organelles equipped with enzymes for Cys-Cys bond formation
Pandemia shield
Adapt our teaching and processes to limit virus exposure
RedMetrics
Log in game interactions in real time for research projects
iNaturalist; Group-B2
To check the reproducibility of "the harlequin ladybird Harmonia axyridis in Britain and Ireland"
⚡Electrogenetics⚡
Investigating the electrical control of gene expression in bacteria
LISA France 2030
Mieux repérer, mieux comprendre, mieux collaborer, pour mieux accompagner le bien-être et la santé mentale des élèves.
Open Science AIRE Course
Learning by doing Open Science
RNA-Based Synthetic Organelles in Bacteria
Developing robust Liquid-Liquid Phase Separated intracellular compartmentalization systems
iGEM Paris Bettencourt
Empowering students to do synthetic biology research
Exploring sexual sensory-system evolution using synthetic and systems biology approaches
Exploring sexual sensory-system evolution using synthetic and systems biology approaches
Open participatory diagnostics and epidemiological surveillance
Open participatory diagnostics and epidemiological surveillance
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.
Predicting Diagnosis Using Healthy Brain Network (HBN) Data
Using item-level responses from assessments from the Healthy Brain Network dataset to predict risk for learning disorders in children and adolescents.
EU Funded PhD Position: Phase separated RNA-based synthetic organelle in E. coli
Build synthetic organelle in E. coli for various applications, and studies on membraneless organelle
LISA
LISA is an interface between educators and child development experts, jointly pursuing the common goals of improving educational opportunity, well-being, and optimal social-emotional outcomes for all children.
Innovative educational methods for research integrity
Innovative educational methods for research integrity
Learning Planet Institute - Master AIRE Made with ♥ at Learning Planet Institute - 2021