Phelma Formation 2022

Master NANO / Nanomédecine Biologie Structurale - Semestre 9

Cursus ingénieur->Master NN Nano Biologie Structurale->Semestre 9

Intitulés des modules/matières

ECTS

Volume horaire

Semester 9 NanoMedicine and Structural Biology 30.0 314.5
- Enseignements complémentaires obligatoires S9 0.0 0.0
- Simulation d'entretiens Journée des Partenaires - HP5SIMUENT_3A 0.0 0.0
- UE Nanosciences 6.0 112.0
- Nanosciences inter practical trainings 2 S9 UGA - WPMBNPT7 3.0 32.0
  Research training S9 UGA - WPMBRTR7 3.0 80.0
- UE Core courses in nuclear medicine 6.0 70.0
- 5PMBAIR8 : Medical applications of ionizing radiations - WPMBDMA9 3.0 38.0
  5PMBPRD7 : Physics of radiation detectors - WPMBDPR9 3.0 32.0
- UE Core courses in nanomedicine 6.0 38.0
- Fundamentals of structural biology - WPMBFSB1 3.0 22.0
  Molecular markers for medical imaging and therapy - WPMBMMM9 3.0 16.0

UE Broadening courses nanomedicine and structural biology 1 (choisir pour totaliser 6.0 ECTS) 6.0 47.3

Biomaterials and Biocompatible surface Engineering - 5PMBBBS6	3.0	20.0
Biomolecular interactions methods and applications-UGA - 5PMBBIM8	3.0	20.0
Characterization of bio-molecular interactions at surfaces-UGA - 5PMBCBM8	3.0	20.0
Nanopores and membrane technologies-UGA - 5PMBNMT9	3.0	22.0
5PMBACO5 : Acoustics - WPMBDAC0	3.0	33.0
5PMBMLD0 : Introduction to Machine learning and Deep learning - WPMBDAS9	3.0	24.0
5PMBCSC6 : Cell signaling and cancer biology - WPMBDCS0	2.0	16.0
5PMBITI7 : Introduction to immunology - WPMBDII0	2.0	16.0
5PMBINE5 : Introduction to neurosciences - WPMBDIN0	2.0	16.0
5PMBMCP7 : Metabolic and cardiovascular physiology - WPMBDMC0	2.0	18.0
5PMBMRI5 : Magnetic resonance imaging - WPMBDMR9	3.0	22.0
5PMBULS5 : Ultrasound Imaging and Thermotherapy - WPMBDUI0	1.0	10.0
Numerical methods UGA - WPMBNME9	3.0	22.5
Nano-Safety UGA - WPMBNSA0	3.0	22.0
Optics for Biosystems S9 UGA - WPMBOPB7	3.0	20.0

UE Broadening courses nanomedicine and structural biology 2 (choisir pour totaliser 6.0 ECTS) 6.0 47.3

5PMBACO5 : Acoustics - WPMBXAC2	3.0	33.0
5PMBMLD0 : Introduction to Machine learning and Deep learning - WPMBXAS2	3.0	24.0
5PMBBBS6 : Biomaterials and Biocompatible surface Engineering - WPMBXBB2	3.0	20.0
5PMBBIM8 : Biomolecular interactions methods and applications-UGA - WPMBXBI2	3.0	20.0
5PMBCBM8 : Characterization of bio-molecular interactions at surfaces-UGA - WPMBXCB2	3.0	20.0
5PMBCSC6 : Cell signaling and cancer biology - WPMBXCS2	2.0	16.0
5PMBITI7 : Introduction to immunology - WPMBXII2	2.0	16.0
5PMBINE5 : Introduction to neurosciences - WPMBXIN2	2.0	16.0
5PMBMCP7 : Metabolic and cardiovascular physiology - WPMBXMC2	2.0	18.0
5PMBMRI5 : Magnetic resonance imaging - WPMBXMR2	3.0	22.0
5PMBNMT9 : Nanopores and membrane technologies-UGA - WPMBXNM2	3.0	22.0
WPMBNSA0 : Nano-Safety UGA - WPMBXNS2	3.0	22.0
WPMBNME9 : Numerical methods UGA - WPMBXNU2	3.0	22.5
WPMBOPB7 : Optics for Biosystems S9 UGA - WPMBXOB2	3.0	20.0
5PMBULS5 : Ultrasound Imaging and Thermotherapy - WPMBXUI2	1.0	10.0

Mise à jour - 18/03/2019

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