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LABEX PRIMES

WELCOME

The primary objective of PRIMES (Physics, Radiobiology, Imaging and Simulation) is to develop new concepts and methods for the exploration, diagnosis and therapy of cancer and pathologies associated with aging. PRIMES covers a variety of areas ranging from basic physics to instrumentation, from radiobiology to data acquisition and processing, to image reconstruction, simulation and modeling using computer science.

3D segmentation of osteocyte lacuna - X-ray synchrotron microtomography

Credit: CREATIS

Virtual modeling of a cerebral aneurysm thrombus with 'onion skin' appearance

Credit: Creatis/ Univ. Genève

Multimodal imaging of the colon in a mouse model by endoluminal visualization in MRI and optics

Credit: CREATIS

1,600-channels pixelated beam monitor prototype for on-line control of photon flux in radiotherapy

Credit: LPSC

Trace (energy deposit) around a nanoparticle with a radius of 50 nm after interaction of a 70KeV photon in the NP

Credit: IPNL

3D segmentation of osteocyte lacuna - X-ray synchrotron microtomography

Credit: CREATIS (Dong et al., Bone 2014)

Biomechanical modeling of the Respiratory System

Credit: LIRIS

Compton camera and collimated camera

Credit: IPNL, CREATIS, LPC

Scientific agenda - See the whole agenda

04 juillet Jul - 3ème édition de la DeepImaging school en présentiel à Montréal 07 février Feb - 5ème Symposium International du CRCL à Lyon

PRIMES Publications

Bibliography

Publications from the LabEx PRIMES are on Hal

PhD students works

Thesis

Thesis themes

Research funding - See all the calls

14 mars Fondation ARC - Recruiting international leaders in oncology 2022 31 mars Labex PRIMES Master scholarship 12 months : sept. 2022-aug. 2023

Focus

LabEx life

Publications, prizes....

Large public actions

QP2R Quand le patient rencontre la recherche

QP2R

Pratique

  • Employment

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