MAS Advanced Knowledge
Building up on the Basic Modules, the Advanced program consists of 3 online modules with approx. 30 in-depth online lectures.
English is the official language of tuition.
Modules
Module 5
Basics Science (self-study)
Programm
| Network neurophysiology | F. Fröhlich |
| Network physiology-pathology | K. Schindler |
| Network physiology of the sleep wake cycle | A. Adamantidis |
| Genetics of sleep and sleep disorders | M. Tafti |
| Circadian clocks: mechanisms and functions | S. Brown (†) |
| Sleep across the life span and spieces | M. Schmidt |
| Neurobiology of the consciousness system | S. Sarasso |
| Sleep, epilepsy and chronobiology | M. Baud |
| Animal model of narcolepsy | T. Scammel |
| Animal model of RBD | P.H. Luppi |
| Teh complexities of cortical development as revealed through the lens of sleep | M.S. Blumberg |
| Sleep and cognition | M. Schabus |
| EEG oscillations in different sleep states: genesis & function | A. Adamantidis |
| Functions of sleep and clocks |
T. Roenneberg, C. Robles, M. Schmidt, M. Blumberg, C. Cirelli, S. Aton |
| Sleep and brain plasticity | A. Adamantidis |
This module will be accessible online.
Duration: 60-70 hours of self-study
Credits: 5 ECTS
Location: Online: self-study
Exams: The examination will consist in multiple-choice questions. Students are required to pass in order to gain access to the next lectures.
Module 6
Primary Sleep Disorders (self-study)
Programm
| Circadian rhythm sleep-wake disorders | C. Garbazza |
| Sleep-related movement disorders | A. Heidbreder |
| RLS/PLMS: clinical aspects and treatment | M. Manconi |
| Parasomnias and state dissociations | L. Nobili |
| REM parasomnias and treatment | P. Bargiotas |
| Treatment of insomnia: pharmacological and psychotherapeutic approach | D. Riemann |
| Pediatric sleep medicine | O. Bruni |
| Sleep apneas | tbc |
| OSA treatment: options and complications | R. Heinzer |
| Physiology and phenomenology of dreaming | F. Siclari |
| Pediatric narcolepsy | G. Plazzi |
| Primary central disorders of hypersomnolece I | C. Bassetti |
| Primary central disorders of hypersomnolece II | C. Bassetti |
| Clinical and neurophysiologic correlates of leg movement activity during sleep | R. Ferri |
| CBT-I for insomnia: state of the art | V. Castronovo |
| Perception & misperception in patients affected by insomnia | A. Castelnovo |
| Insomnia: the basics | D. Riemann |
This module will be accessible online.
Duration: 60-80 hours of self-study
Credits: 6 ECTS
Location: Online: self-study
Exams: The examination will consist in multiple-choice questions. Students are required to pass in order to gain access to the next lectures.
Module 7
Objective Sleep Measures (self-study)
Programm
| Imaging during slepp (IMRI, PET, NIRS) | P. Maquet |
| Electrical activity during sleep (EEG, HD-EEG, MEG, LFP, Unit recordings) | R. Heinzer |
| Objective measurments of sleep in the sleep laboratory | P. Pizza |
| Introduction of sleep scoring | A. Castelnovo |
| Introduction of RemLogic and sleep scoring with RemLogic | A. Roussac |
| Advanced sleep scoring of motor events | M. Manconi |
| Advanced sleep scoring of respiratory events | M. Schmidt |
This module will be accessible online.
Duration: 40-50 hours of self-study
Credits: 4 ECTS
Location: Online: self-study
Exams: The examination will consist in multiple-choice questions. Students are required to pass in order to gain access to the next lectures.