Learning outcomes

Revise atomic structure and present some modern and new applications of physics used in biomedicine ; X rays, spectrometry technologies, cytometry, medical imagery, radioprotection, biology, biochemistry,... 

Goals

To learn the principles of many technologies used in biomedical research and get applications and illustrations of the use of these techniques in biomedical research.

Content

- reminder of atomic structure - applications : X rays, ionizing radiations, spectroscopy, MRI - experimental technologies : proteomics, mass spectrometry and flow cytometry -radioprotection

Table of contents

Part A-C Heuskin:

- atomic structure

- spectroscopy (emission, absorption)

- plate reader and immunofluorescence

- X rays and radioisotopes, interactions with matter

- imaging: principles, detectors and image reconstruction

- RMN and IRM

- radioprotection

 

Part Thierry Arnould :

- Flow cytometry, FACS and biological applications

- Proteomics, Mass spectrometry and biological applications

 

Exercices

N/A

Assessment method

Written examen containing 3 different parts.

The final note is the average of the different parts.

When the mean is below threshold (10/20), the student needs to pass the exam again on the different parts of the UE.

Sources, references and any support material

YS Cordiolani : "radioprotection en milieu médical": Masson 2008 Review articles for mass spectrometry and cytometry related to medical use : given by the professor.

Syllabus

Slides and PPT supports.

Language of instruction

French
Training Study programme Block Credits Mandatory
Bachelier en sciences biomédicales Standard 0 4