# Technologies de l’Information pour la Santé

### Outils du site

ue3ti_version_anglaise

# Différences

Ci-dessous, les différences entre deux révisions de la page.

 ue3ti_version_anglaise [2013/09/04 10:37]zamprogno ue3ti_version_anglaise [2020/10/21 11:27] Ligne 1: Ligne 1: - ===== TU3 Micro-systemes for the medical ===== + - ---- + - ---- + - \\ \\ + - The teaching unit **Micro-medical systems** is composed of two parts: + - * Biochips + - * Lab-on-chip & [[Miniaturization for biotechnology]] + - \\ \\ + - The teaching unit is interesting in DNA microarrays and protein chips (manufacturing and applications), bio-sensors ISFET type and laboratories on a chip (Lab-on-chip). + - \\ \\ + - Technicalities encountered in the current DNA chips namely amplification, separation (electrophoresis), hybridization, and detection (including by fluorescence) are explained. + - \\ \\ + - The study of Lab-on-chip is thanks to the modeling and simulation by FEM for the study and resolution of problems inherent to multi-physics micro-systems, and continuous micro-flows associated (micro -fluidic). + - \\ \\ + - A travel is planned to Inter-University Centre for Microelectronics and Nanotechnology (ICEM) in Grenoble: + - For 4 half days, students have worked on the dedicated Biotechnology (located Minatec) platform. This training will teach them the basic techniques of biotechnology on the following points: + - \\ + - * Manufacturing a biochip and DNA hybridization, fluorescence detection. + - * Biochip proteins: measuring association constants and dissociation detection SPRi + - \\ \\ \\ + - [[TI Version anglaise|Back]] +
ue3ti_version_anglaise.txt · Dernière modification: 2020/10/21 11:27 (modification externe)