NEW PUBLICATION IN JACS BY THE PHOTOACTIVE MATERIALS AND BIOIMAGING TEAM : An innovative nanosensor for detecting dopamine at physiological concentrations

Neurotransmitters, such as dopamine, are essential biomarkers for diagnosing neurological disorders (Parkinson’s disease, depression, schizophrenia, etc.). However, their detection in biological fluids remains challenging due to their low concentration (on the order of nanomolar) and their structural similarity to other molecules present in…

FIJI training april 2026 session

The RISEst and Alsace FBI Node microscopy core facilities are organising a workshops on "Introduction to bio-image processing and analysis with Fiji/ImageJ" the 21th & 22th April (in English) This training is freeand open to all RISEst users (Students, ITA, researchers etc.) frompublic research institutions.Main topics covered: Introduction to…

An exceptional career crowned with the CNRS Medal of Honor!

It is with great emotion that we announce the retirement of Monique Dontenwill, CNRS Research Director within our unit. After years of dedication, scientific rigor, and human generosity, Monique leaves behind an indelible mark. Her career has left its mark on the OnKO3T team through her expertise, her sense of community, and her unique ability to…

Aptamers: an innovative therapeutic approach to septic coagulopathy.

Maeva Martin, first author—under the supervision of Laurence Choulier - and co-directed by Julie Helms -  along with Marine Tschirhart, Cyril Auger, and Florence Toti from the  UMR 1260 Regenerative Nanomedicine unit (University of Strasbourg/Inserm), present a new review published in Annals of Intensive Care (Elsevier). This review highlights the…

The Laboratory of Bioimaging and Pathology

The aim of the Laboratory of Bioimaging and Pathology is to use multidisciplinary (biology/chemistry/physics) and multi-scale (from molecule to patient) approaches to study, at both fundamental and applied levels, the properties and roles of a limited number of key biomolecules involved in various pathological processes. Our approach is to develop new therapeutic and diagnostic approaches in oncology and microbiology based on information obtained at the fundamental level. A key feature of the unit is the parallel development and characterisation of innovative fluorescence-based tools, methods and techniques to answer these questions. This multidisciplinary approach, which combines the development of innovative fluorescence and imaging tools to address biological questions, is unique in the French scientific landscape.

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