Université Lyon 1
Université de Lyon
Arqus
Accueil  >>  Master  >>  Nanosciences et nanotechnologies  >>  M2 Nanoscale engineering  >>  Biosensors and biochips
  • Domaine : Masters du domaine SCIENCES, TECHNOLOGIES, SANTE
  • Diplôme : Master
  • Mention : Nanosciences et nanotechnologies
  • Parcours : M2 Nanoscale engineering
  • Unité d'enseignement : Biosensors and biochips
Nombre de crédits de l'UE : 3
Code APOGEE : PHY2474M
UE Libre pour ce parcours
UE valable pour le semestre 1 de ce parcours
    Responsabilité de l'UE :
SAN MIGUEL FUSTER ALFONSO
 alfonso.san-miguel-fusteruniv-lyon1.fr
04.72.44.80.57
SAN MIGUEL FUSTER ALFONSO
 alfonso.san-miguel-fusteruniv-lyon1.fr
04.72.44.80.57
    Type d'enseignement
Nb heures *
Cours Magistraux (CM)
14 h
Travaux Dirigés (TD)
12 h
Travaux Pratiques (TP)
4 h
Durée de projet en autonomie (PRJ)
0 h
Durée du stage
0 h
Effectif Cours magistraux (CM)
210 étudiants
Effectif Travaux dirigés (TD)
35 étudiants
Effectif Travaux pratiques (TP)
18 étudiants

* Ces horaires sont donnés à titre indicatif.

    Pré-requis :

The two following Master M1 courses are recommended for for attending Biosensors & Biochips.

 Surface physics PHY1220M

Biomolecules cells and biomimetic systems PHY1223M

    Compétences attestées (transversales, spécifiques) :

Work in groups to study and explain research articles on the subject.

Experimental data analysis from biochips and biosensors and its interpretation.

    Programme de l'UE / Thématiques abordées :

This course introduces the main concepts related to the design, the fabrication and the utilization of microsystems for molecular analysis in complex environments, liquid or gaseous. Such systems include sensors and biosensors, i.e., systems for the detection of certain chemical species, as well as biochips, which are devices for simultaneous multi-factor analysis,

The course shows how the fundamental notions in the relevant scientific domains (physical chemistry of interfaces, biochemistry, physical measurements, ...) must be articulated in a consistent way, from the conception of biochips and their fabrication, to the interpretation of the resulting data, in order to achieve an analytical performance that is best adapted to the issue under investigation. We will discuss examples from the domain of academic research as well as commercialized systems, for applications related to health and environment.

 

Outline of the lectures:

•           Chemical sensors & biosensors : definitions, notions of analytical performances

•           Influence of surface functionalization on sensors and biochips performances. The case of Surface Plasmon Resonance biosensors.

•           Electrochemical sensors for in vitro & in vivo analysis.

•           Electronic nose. Lectures given by the Scientific Director of Aryballe Technology, Grenoble.

•           Fluorescence measurements and biochips

•           A panoramic comparison of high tech and low tech bionalysis technologies: biochips, DNA sequencing and others

•           Particle based bioassays

 

Outline of work groups:

•           Transducer work group: studying by group a scientific article about a transducing technology, and explain it to the class

•           Biochips cases studies : investigations performed by students groups to understand malfunctioning biochips.

    Liste des autres Parcours / Spécialité / Filière / Option utilisant cette UE :
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