Bio Opto Acoustics (BOA)
Bio Opto Acoustics (BOA) |
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Job offersPostdoc: funded 2 years position starting beginning of 2022Master internship: several positions available To apply, send a CV thomas.dehoux_AT_univ-lyon1.fr. Contact us for more info. |
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Maroun is building TG !
January 2022
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 Video Director : Fabrice Finotti
- fabricefinotti@gmail.com -
Voice over : Darren Altman
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 Journal de France 3
April 2019
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 Evguenije and Tijana are visiting us from Novi Sad for experiments with Jérémie |  New paper in PNAS
with colleagues from the biophysics teamJanuary 2022 |
 New paper in PNAS
from our colleagues in NorwayJanuary 2022 |
 Our work explained in Le Progrès
as part of their series on environemental breakthroughs |
 Our work selected by "Le Journal de
Mickey" as one of the 8 inventions that will shape the futur |
 CNRS press release
highlights our workMarch 2021 |
 New
paper in Applied Materials TodayJanuary 2021 |
 New
paper in Biomedical Optics ExpressJuly 2020 |
 New
paper in Acta BiomaterialiaFebruary 2020 |
 Workshop on
Plant Mechanobiology in Lyon10-11 December 2019 |
 Our
work discussed at the national assemblyJune 2019 |
 Keynote at
Metanano 2019July 2019 |
Introduction
to feature issue of Biomedical Optics Express on Brillouin imaging |
 New paper in Journal of Drug Targeting |
 Invited
talk at Phononics 2019June 2019 |
Our work on
French television April 2019 |
 Lectures
for the BIOPHOTUCA projectApril 2019 |
 Lecture
at the 23rd School of Pure and Applied BiophysicsFebruary 2019 |
 New paper in
Physical Review Letters, selected to be an Editors' suggestion and to
appear in Physics
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 Participation à
l'école thématique du CNRS MiFoBioOctober 2018 |
 Feature issue in
Biomed Opt Exp on Brillouin microscopyOctober 2018 |
 Invited talk
at the 6th international symposium on laser ultrasonicsJuly 2018 |
 Seminar at the
IPBSJune 2018 |
 CLARA forum on cancerApril 2018 |
 Participation
to the ImaBio meeting on Functional imaging of organoidsMarch 2018 |
 L'équipe
figure dans les actualités du cancéropôle Lyon Auvergne Rhône-AlpesJanuary 2018 |
 New paper in Review in
Scientific Instruments |
 EMBL course on
Brillouin MicroscopyHeidelberg, Germany 17-19 January 2018 |
 New paper in
PLOS ONE |
 Auvergne
Rhône-Alpes region research contract starts in 2018December 2017 |
 ANR
project
POROTUME
starts in October October 2017 |
 Visit of
Dedecker's lab in LeuvenOctober 2017 |
 3rd
International Cancer Symposium25-27 September 2017 |
 1st
BioBrillouin Conference in Vienna13-15 September 2017 |
 New paper in Light: Science & Applications |
 Lecture
on Optoacoustic
imaging |
 OPUS2016 |
 Nano-spectroscopy
& Bio-ImagingOctober 12-13, 2016 |
 Cellular Night Vision |
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Thomas
Dehoux,
research scientist at CNRS From 2009, he worked at the Mechanical Institute for Engineering, in Bordeaux. Since 2015, he works at the Institut Lumière Matière, in the Biophysics team. He uses acoustic and opto-acoustic techniques to study the mechanics and tribology of biological matter. CV   thomas.dehoux_AT_univ-lyon1.fr |
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Maroun
Abi Ghanem,
research scientist at CNRS My research focuses on the design of self-assembled and biologically-derived phononic materials. Man-made, dynamically-responsive composites, often referred to as phononic crystals and metamaterials, are well-known for their unique effective properties that provide radical new ways to manipulate the propagation of elastic waves. However, challenges remain with respect to their democratization and fabrication in large quantities at the micro- and nanoscales. Using biological composites to design phononic materials is a potential solution, in the context of nature's capacity for rapidly self-assembling, en masse, complex multi-scale structures. maroun.abi-ghanem_AT_univ-lyon1.fr |
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Alexis Viel, postdoctoral fellow |
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Tijana Lainović, postdoctoral fellow, visiting from Univ. Novi Sad |
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Pierre
Bouvet, PhD student @ CEA His work focuses on developing Brillouin microspectroscopy for the extraction of mechanical characteristics of biological samples at microscopic scales. My goal is ultimately to link those mechanical properties to some biologically and/or physiologically relevant characteristics of multicellular assemblies. |
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Morgane
Bougeard, M2 student |
