10 biosensor positions in France

Electroenzymatic biosensor for H2 detection

platforms developing large specific surfaces and not limiting mass transport, iii) new electrode and sensor design and operating conditions to increase the performances of the biosensor. Beyond biosensor

M/F Fluorescent nanoparticles as biosensors

) are a choice alternative to molecular fluorophores, particularly in the fields of biomedical imaging and biosensors. Among the variety of these NPs, the main advantages of organic NPs are their excellent

A new generation of printed biosensors for highly sensitive and quantitative biomarkers monitoring based on transistors and nanozymes

biosensors, their replacement by electrochemical transduction would offer noteworthy advantages such as the possibility to operate in nontransparent or colored reaction mixtures and to directly produce an

PhD student on cellular and molecular biology (M/F)

highly sensitive biosensors to monitor tau conformational change and aggregation, which are key processes in the progression of several neurodegenerative diseases known as tauopathies. The project aims

PhD position: Development of Laser-generated Surface Acoustic Wave Immuno-sensors

Description Surface Acoustic Wave (SAW) devices have emerged as promising candidates for the advancement of rapid, low-cost, lab-on-chip point-of-care biosensors. These biosensing devices offer potential

Development of fluorescent biomarkers in Listeria monocytogenes to better predict the impact of food processing on its survival and virulence in dairy products

dairy interprofession (CNIEL). The main objective of the FluoPath project is to identify new biomarkers (promoters that induce the expression of genes of interest) coupled to a fluorescent biosensor to

PhD Thesis: Enhancing the performance of microsensors through chaos

are compact, highly sensitive, and versatile, catering to a broad range of applications such as biosensors, environmental monitoring or inertial sensors. However, enhancing MEMS sensors performance often

PhD project in molecular modeling at Université Paris-Saclay (M/F)

emission spectroscopy of quantum wells exploited as optical biosensors. A new methodology coupling the theoretical models developed above and the quantum chemistry calculations of the SFG and fluorescence

M/F post-doct "Enhanced biosensing within specially developed optofluidic-fiber platforms for liquid biopsy”

biological fluids, based on the use of biosensors (antibodies, DNA probes, etc.) and the spectroscopy Raman-SERS, or fluorescence or by plasmon resonance. And/or - increasing the biosensing performances

Fonctionnalisations régiosélectives de composés polyaromatiques non-plans

(OLEDs) and health (biosensors). [1] In the team, we are interested in the synthesis of non-planar PAHs,[2] their reactivity and the concept of aromaticity. [3] We are also interested in the development