Rezultaty
Report of the external Ethical Advisory Board Report as requested for the Ethical Check
Experimental results. Issue 2T3.2 Sleep (IFADO, UMI, STA): We will explore if lucid dreaming, which is a unique consciousness model in which primary consciousness – normally present during sleep – is transferred to the secondary mode of consciousness, is associated with specific FC alterations beyond regional prefrontal changes as demonstrated recently (Voss2014). We will systematically modulate connectivity to explore if these physiological processes are causally related to lucidity and to which degree specific FC patterns (frequency bands, synchrony) contribute. Oscillatory activity and connectivity will be studied with the advanced EEG models developed in WP1, and interventional stimulation will be performed. We will monitor sleep-dependent alterations of oscillatory activity with specific relation to FC alterations depending on relaxed wakefulness, drowsiness, light sleep, deep slow wave sleep, and REM-sleep in healthy subjects. The results will provide the basis for testing causality via tCS. We will explore consciousness modulation in healthy subjects as well as in patients suffering from sleep disturbance syndromes, i.e., psychophysiological insomnia states, and narcolepsy. The results of this study will elucidate how states of consciousness can be modulated by NIBS, and whether/how pathological alterations of state changes can be counteracted [IFADO]. PCI-based experiments will be conducted on healthy sleeping subjects in order to find the optimal stimulation parameters that are effective in reducing the magnitude and the rate of occurrence of spontaneously occurring and evoked (NIBS, somatosensory, visual, auditory) cortical downstates. It will also allow testing whether tCS, by reducing bistability, may affect the level of consciousness by promoting a sleep stage transition (e.g., from sleep stage N1 to wakefulness, from dreaming to lucid dreaming). [UMI]
Ethical Requirements. Issue 1Ethical Requirements resulting from 2nd iteration of the Ethical Screening during GA preparation.
Experimental plans. Issue 2T3.1 Anaesthesia: (UOX, STA, IFADO, UMI): Apply the concepts/protocols employed during sleep stage N1 or dreaming to subjects who are in a state of mild sedation or during the induction of general anaesthesia (MOOAS level 3) in order to probe the capacity of tCS to (1) alter the EEG features of bistability and (2) shift the level of wakefulness. Explore the relationship of the SWAS biomarker within the information theoretic and PCI approach to consciousness state. We will gather ultra high field 7T resting state fMRI paradigms using the developed EEG metrics as end-points for titration of anaesthesia. In particular we will explore the functional thalamocortical connectivity of the sub-regions of thalamus at these EEG end-points, and identify changes in connectivity induced by tCS. Slow activity is a common feature of both sleep and anaesthesia. There is also evidence that some anaesthetics satisfy the homeostatic need for sleep (Pal2011). By using a within-subject design, we will explore the commonality of these mechanisms further by using EEG recordings of sleep prior to fMRI scanning. We will investigate the effect of tCS on the developed EEG consciousness metrics to elucidate whether the proposed brain interference methods will allow the required dose for anaesthesia-induced loss of consciousness to be reduced, thus reducing the known risks of over-anaesthesia.
Consciousness: models, metrics and intervention. Issue 1T1.1 Neuroscience, Consciousness & Bits (UMI, all): We will review models of consciousness, the relevance of information integration, KAC, bistability, brain rhythms related with consciousness and other explanatory correlates, and study implications for artificial systems and other cognitive sciences. Guide experimental work: specify methods for consciousness characterization, from classical spectral measures to information transfer, connectivity and complex network EEG metrics; explore intrinsic bistability of cortical neurons as a final common pathway leading to a decreased capacity for information integration (indexed by PCI and other metrics) during loss of consciousness; propose how to test hypotheses by studying the effects of different types of perturbations (NIBS, PNS) on EEG recorded during different consciousness conditions; explore the possibility of calculating PCI, or of detecting signs of cortical bistability, starting from stimulation protocols such as tCS and PNS-mediated stimulation (i.e., oddballs, local-global paradigm, subject’s own name); define KAC metrics: 1) using auditory stimuli and study associated functional networks; 2) explore the existence of similar signals using NIBS 3) evaluate tACS perturbation on EEG to create an analogue of sensory ERP. Design techniques to detect the occurrence of perturbation-induced cortical downstates, including period-amplitude analysis of evoked slow waves, time-frequency decomposition and empirical mode decomposition; assess the impact of the downstate on causality at each single recording site by calculating phase-locking factor (Lachaux1999), and the impact of the downstate on causality across recording sites by calculating the phase-locking value (Palva2010). Pre-select appropriate EEG feedback loops in NIBS and guide the EEG feature search (WP2). Finally, organise the 2-3 day yearly project workshops for brainstorming and experimental design. As a final task in the project the experimental results obtained in WP3 will be interpreted and transformed into theoretical advances on consciousness understanding.
Experimental results. Issue 1T3.2 Sleep (IFADO, UMI, STA): We will explore if lucid dreaming, which is a unique consciousness model in which primary consciousness – normally present during sleep – is transferred to the secondary mode of consciousness, is associated with specific FC alterations beyond regional prefrontal changes as demonstrated recently (Voss2014). We will systematically modulate connectivity to explore if these physiological processes are causally related to lucidity and to which degree specific FC patterns (frequency bands, synchrony) contribute. Oscillatory activity and connectivity will be studied with the advanced EEG models developed in WP1, and interventional stimulation will be performed. We will monitor sleep-dependent alterations of oscillatory activity with specific relation to FC alterations depending on relaxed wakefulness, drowsiness, light sleep, deep slow wave sleep, and REM-sleep in healthy subjects. The results will provide the basis for testing causality via tCS. We will explore consciousness modulation in healthy subjects as well as in patients suffering from sleep disturbance syndromes, i.e., psychophysiological insomnia states, and narcolepsy. The results of this study will elucidate how states of consciousness can be modulated by NIBS, and whether/how pathological alterations of state changes can be counteracted [IFADO]. PCI-based experiments will be conducted on healthy sleeping subjects in order to find the optimal stimulation parameters that are effective in reducing the magnitude and the rate of occurrence of spontaneously occurring and evoked (NIBS, somatosensory, visual, auditory) cortical downstates. It will also allow testing whether tCS, by reducing bistability, may affect the level of consciousness by promoting a sleep stage transition (e.g., from sleep stage N1 to wakefulness, from dreaming to lucid dreaming). [UMI]
Ethical implicationsT4.2 Ethics (ULG, all except INS): evaluate project’s S&T socio-ethical implications. Provide open document for wide dissemination and public understanding and for policy makers. Address the impact of potential negative findings of experimental/clinical work and how clinicians and families can deal with them. Analyse next-of-kin verbal reports on how they receive differential diagnosis and NIBS results for their patient, then provide short guides of popularized content addressing to next of kin for psycho-educative purposes on M/EEG assessment and NIBS and guidelines on pragmatic criteria for the differentiation between DOCs – clinical translation of experimental findings. Create and manage a discussion forum on clinical management (pain treatment, treatment limitation) based on the clinical diagnosis delivered by M/EEG measurements and on legal competency of (potentially) recovered patients from NIBS.
Experimental plans. Issue 1T3.1 Anaesthesia: (UOX, STA, IFADO, UMI): Apply the concepts/protocols employed during sleep stage N1 or dreaming to subjects who are in a state of mild sedation or during the induction of general anaesthesia (MOOAS level 3) in order to probe the capacity of tCS to (1) alter the EEG features of bistability and (2) shift the level of wakefulness. Explore the relationship of the SWAS biomarker within the information theoretic and PCI approach to consciousness state. We will gather ultra high field 7T resting state fMRI paradigms using the developed EEG metrics as end-points for titration of anaesthesia. In particular we will explore the functional thalamocortical connectivity of the sub-regions of thalamus at these EEG end-points, and identify changes in connectivity induced by tCS. Slow activity is a common feature of both sleep and anaesthesia. There is also evidence that some anaesthetics satisfy the homeostatic need for sleep (Pal2011). By using a within-subject design, we will explore the commonality of these mechanisms further by using EEG recordings of sleep prior to fMRI scanning. We will investigate the effect of tCS on the developed EEG consciousness metrics to elucidate whether the proposed brain interference methods will allow the required dose for anaesthesia-induced loss of consciousness to be reduced, thus reducing the known risks of over-anaesthesia.
Ethical Advisory BoardTask D4.1 Ethical Advisory Board
Experimental plans. Issue 3T3.1 Anaesthesia: (UOX, STA, IFADO, UMI): Apply the concepts/protocols employed during sleep stage N1 or dreaming to subjects who are in a state of mild sedation or during the induction of general anaesthesia (MOOAS level 3) in order to probe the capacity of tCS to (1) alter the EEG features of bistability and (2) shift the level of wakefulness. Explore the relationship of the SWAS biomarker within the information theoretic and PCI approach to consciousness state. We will gather ultra high field 7T resting state fMRI paradigms using the developed EEG metrics as end-points for titration of anaesthesia. In particular we will explore the functional thalamocortical connectivity of the sub-regions of thalamus at these EEG end-points, and identify changes in connectivity induced by tCS. Slow activity is a common feature of both sleep and anaesthesia. There is also evidence that some anaesthetics satisfy the homeostatic need for sleep (Pal2011). By using a within-subject design, we will explore the commonality of these mechanisms further by using EEG recordings of sleep prior to fMRI scanning. We will investigate the effect of tCS on the developed EEG consciousness metrics to elucidate whether the proposed brain interference methods will allow the required dose for anaesthesia-induced loss of consciousness to be reduced, thus reducing the known risks of over-anaesthesia.
Experimental results. Issue 3T3.2 Sleep (IFADO, UMI, STA): We will explore if lucid dreaming, which is a unique consciousness model in which primary consciousness – normally present during sleep – is transferred to the secondary mode of consciousness, is associated with specific FC alterations beyond regional prefrontal changes as demonstrated recently (Voss2014). We will systematically modulate connectivity to explore if these physiological processes are causally related to lucidity and to which degree specific FC patterns (frequency bands, synchrony) contribute. Oscillatory activity and connectivity will be studied with the advanced EEG models developed in WP1, and interventional stimulation will be performed. We will monitor sleep-dependent alterations of oscillatory activity with specific relation to FC alterations depending on relaxed wakefulness, drowsiness, light sleep, deep slow wave sleep, and REM-sleep in healthy subjects. The results will provide the basis for testing causality via tCS. We will explore consciousness modulation in healthy subjects as well as in patients suffering from sleep disturbance syndromes, i.e., psychophysiological insomnia states, and narcolepsy. The results of this study will elucidate how states of consciousness can be modulated by NIBS, and whether/how pathological alterations of state changes can be counteracted [IFADO]. PCI-based experiments will be conducted on healthy sleeping subjects in order to find the optimal stimulation parameters that are effective in reducing the magnitude and the rate of occurrence of spontaneously occurring and evoked (NIBS, somatosensory, visual, auditory) cortical downstates. It will also allow testing whether tCS, by reducing bistability, may affect the level of consciousness by promoting a sleep stage transition (e.g., from sleep stage N1 to wakefulness, from dreaming to lucid dreaming). [UMI]
Ethical Advisory Board Report. Issue 1Report of the external Ethical Advisory Board as requested by the Ethical check
Consciousness: models, metrics and intervention. Issue 2T1.1 Neuroscience, Consciousness & Bits (UMI, all): We will review models of consciousness, the relevance of information integration, KAC, bistability, brain rhythms related with consciousness and other explanatory correlates, and study implications for artificial systems and other cognitive sciences. Guide experimental work: specify methods for consciousness characterization, from classical spectral measures to information transfer, connectivity and complex network EEG metrics; explore intrinsic bistability of cortical neurons as a final common pathway leading to a decreased capacity for information integration (indexed by PCI and other metrics) during loss of consciousness; propose how to test hypotheses by studying the effects of different types of perturbations (NIBS, PNS) on EEG recorded during different consciousness conditions; explore the possibility of calculating PCI, or of detecting signs of cortical bistability, starting from stimulation protocols such as tCS and PNS-mediated stimulation (i.e., oddballs, local-global paradigm, subject’s own name); define KAC metrics: 1) using auditory stimuli and study associated functional networks; 2) explore the existence of similar signals using NIBS 3) evaluate tACS perturbation on EEG to create an analogue of sensory ERP. Design techniques to detect the occurrence of perturbation-induced cortical downstates, including period-amplitude analysis of evoked slow waves, time-frequency decomposition and empirical mode decomposition; assess the impact of the downstate on causality at each single recording site by calculating phase-locking factor (Lachaux1999), and the impact of the downstate on causality across recording sites by calculating the phase-locking value (Palva2010). Pre-select appropriate EEG feedback loops in NIBS and guide the EEG feature search (WP2). Finally, organise the 2-3 day yearly project workshops for brainstorming and experimental design. As a final task in the project the experimental results obtained in WP3 will be interpreted and transformed into theoretical advances on consciousness understanding.
T2.4 Experiment prototype integration and validation (STA, INSERM, IFADO): In the last project iteration we will integrate validated metrics with the developed close-loop techniques in a safe prototype for adaptive neuromodulation in consciousness studies and clinical applications. Visualization tools will be developed to monitor subject responses. This prototype for adaptive neuromodulation will be experimentally validated in a pilot (IFADO, all). Validation of the prototype and model predictions will be attained in the visual perception experiment. Parameters for tCS and close-loop tCS will be provided by the model and correlated with experimental results. Conclusions and requirements for the final device implementation will be delivered.
Project website and communication materialsAll communication materials including brochures, corporate identity, and web site.
Publikacje
Autorzy:
Min-Fang Kuo, Po-See Chen, Michael A. Nitsche
Opublikowane w:
International Review of Psychiatry, Numer 29/2, 2017, Strona(/y) 146-167, ISSN 0954-0261
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Brunner - Routledge (US)
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10.1080/09540261.2017.1286299
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A. Antal, I. Alekseichuk, M. Bikson, J. Brockmöller, A.R. Brunoni, R. Chen, L.G. Cohen, G. Dowthwaite, J. Ellrich, A. Flöel, F. Fregni, M.S. George, R. Hamilton, J. Haueisen, C.S. Herrmann, F.C. Hummel, J.P. Lefaucheur, D. Liebetanz, C.K. Loo, C.D. McCaig, C. Miniussi, P.C. Miranda, V. Moliadze, M.A. Nitsche, R. Nowak, F. Padberg, A. Pascual-Leone, W. Poppendieck, A. Priori, S. Rossi, P.M. Rossi
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Clinical Neurophysiology, Numer 128/9, 2017, Strona(/y) 1774-1809, ISSN 1388-2457
Wydawca:
Elsevier BV
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10.1016/j.clinph.2017.06.001
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Rafael Polanía, Michael A. Nitsche, Christian C. Ruff
Opublikowane w:
Nature Neuroscience, Numer 21/2, 2018, Strona(/y) 174-187, ISSN 1097-6256
Wydawca:
Nature Publishing Group
DOI:
10.1038/s41593-017-0054-4
Autorzy:
Asif Jamil, Michael A. Nitsche
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Current Behavioral Neuroscience Reports, Numer 4/4, 2017, Strona(/y) 331-340, ISSN 2196-2979
Wydawca:
Springer International Publishing
DOI:
10.1007/s40473-017-0134-5
Autorzy:
Andrés Molero-Chamizo, José R. Alameda Bailén, Tamara Garrido Béjar, Macarena García López, Inmaculada Jaén Rodríguez, Carolina Gutiérrez Lérida, Silvia Pérez Panal, Gloria González Ángel, Laura Lemus Corchero, María J. Ruiz Vega, Michael A. Nitsche, Guadalupe N. Rivera-Urbina
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Cognitive, Affective, & Behavioral Neuroscience, Numer 18/1, 2018, Strona(/y) 167-175, ISSN 1530-7026
Wydawca:
Psychonomic Society Inc.
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10.3758/s13415-018-0561-0
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Fatemeh Yavari, Asif Jamil, Mohsen Mosayebi Samani, Liliane Pinto Vidor, Michael A. Nitsche
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Neuroscience & Biobehavioral Reviews, Numer 85, 2018, Strona(/y) 81-92, ISSN 0149-7634
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Pergamon Press Ltd.
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10.1016/j.neubiorev.2017.06.015
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Silvia Casarotto, Angela Comanducci, Mario Rosanova, Simone Sarasso, Matteo Fecchio, Martino Napolitani, Andrea Pigorini, Adenauer G. Casali, Pietro D. Trimarchi, Melanie Boly, Olivia Gosseries, Olivier Bodart, Francesco Curto, Cristina Landi, Maurizio Mariotti, Guya Devalle, Steven Laureys, Giulio Tononi, Marcello Massimini
Opublikowane w:
Annals of Neurology, 2016, ISSN 1531-8249
Wydawca:
John Wiley & Sons
DOI:
10.1002/ana.24779
Autorzy:
Christof Koch, Marcello Massimini, Melanie Boly, Giulio Tononi
Opublikowane w:
Nature Reviews Neuroscience, Numer 17/5, 2016, Strona(/y) 307-321, ISSN 1471-003X
Wydawca:
Nature Publishing Group
DOI:
10.1038/nrn.2016.22
Autorzy:
Jaakko O. Nieminen, Olivia Gosseries, Marcello Massimini, Elyana Saad, Andrew D. Sheldon, Melanie Boly, Francesca Siclari, Bradley R. Postle, Giulio Tononi
Opublikowane w:
Scientific Reports, 2016, ISSN 2045-2322
Wydawca:
Nature Publishing Group
DOI:
10.1038/srep30932
Autorzy:
Olivier Bodart, Olivia Gosseries, Sarah Wannez, Aurore Thibaut, Jitka Annen, Melanie Boly, Mario Rosanova, Adenauer G. Casali, Silvia Casarotto, Giulio Tononi, Marcello Massimini, Steven Laureys
Opublikowane w:
Neuroimage: Clinical, 2017, ISSN 2213-1582
Wydawca:
Elsevier BV
DOI:
10.1016/j.nicl.2017.02.002
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Ujwal Chaudhary, Niels Birbaumer, Ander Ramos-Murguialday
Opublikowane w:
Nature Reviews Neurology, Numer 12/9, 2016, Strona(/y) 513-525, ISSN 1759-4758
Wydawca:
Nature Publishing Group
DOI:
10.1038/nrneurol.2016.113
Autorzy:
Ranganatha Sitaram, Tomas Ros, Luke Stoeckel, Sven Haller, Frank Scharnowski, Jarrod Lewis-Peacock, Nikolaus Weiskopf, Maria Laura Blefari, Mohit Rana, Ethan Oblak, Niels Birbaumer, James Sulzer
Opublikowane w:
Nature Reviews Neuroscience, Numer 18/2, 2016, Strona(/y) 86-100, ISSN 1471-003X
Wydawca:
Nature Publishing Group
DOI:
10.1038/nrn.2016.164
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Ujwal Chaudhary, Bin Xia, Stefano Silvoni, Leonardo G. Cohen, Niels Birbaumer
Opublikowane w:
PLOS Biology, 2017, ISSN 1544-9173
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Public Library of Science
DOI:
10.1371/journal.pbio.1002593
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Wangshan Huang, Sarah Wannez, Felipe Fregni, Xiaohua Hu, Shan Jing, Geraldine Martens, Minhui He, Haibo Di, Steven Laureys, Aurore Thibaut
Opublikowane w:
Brain Stimulation, Numer 10/3, 2017, Strona(/y) 718-720, ISSN 1935-861X
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Elsevier BV
DOI:
10.1016/j.brs.2017.02.001
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Enrico Amico, Olivier Bodart, Mario Rosanova, Olivia Gosseries, Lizette Heine, Pieter Van Mierlo, Charlotte Martial, Marcello Massimini, Daniele Marinazzo, Steven Laureys
Opublikowane w:
Brain Connectivity, Numer 7/2, 2017, Strona(/y) 84-97, ISSN 2158-0014
Wydawca:
Mary Ann Liebert Inc.
DOI:
10.1089/brain.2016.0462
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Lukas Frase, Hannah Piosczyk, Sulamith Zittel, Friederike Jahn, Peter Selhausen, Lukas Krone, Bernd Feige, Florian Mainberger, Jonathan G Maier, Marion Kuhn, Stefan Klöppel, Claus Normann, Annette Sterr, Kai Spiegelhalder, Dieter Riemann, Michael A Nitsche, Christoph Nissen
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Neuropsychopharmacology, Numer 41/10, 2016, Strona(/y) 2577-2586, ISSN 0893-133X
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Nature Publishing Group
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10.1038/npp.2016.65
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Fatemeh Yavari, Michael Nitsche and Hamed Ekhtiari
Opublikowane w:
Frontiers in Human Neuroscience, Numer 11:159, 2017, ISSN 1662-5161
Wydawca:
Frontiers Research Foundation
DOI:
10.3389/fnhum.2017.00159
Autorzy:
Géraldine Martens, Felipe Fregni, Manon Carrière, Alice Barra, Steven Laureys, Aurore Thibaut
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Brain Injury, Numer 33/13-14, 2019, Strona(/y) 1679-1683, ISSN 0269-9052
Wydawca:
Taylor & Francis
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10.1080/02699052.2019.1667537
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Wannez, Sarah; Heine, Lizette; Thonnard, Marie; Gosseries, Olivia; Laureys, Steven; Coma Science Group Collaborators
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Annals of Neurology, Numer 2, 2017, ISSN 1531-8249
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Wiley Online Library
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10.5281/zenodo.1194509
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Opublikowane w:
British Journal of Anaesthesia, Numer 121/5, 2018, Strona(/y) 1084-1096, ISSN 0007-0912
Wydawca:
Oxford University Press
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10.1016/j.bja.2018.07.006
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Tim Bayne, Anil K. Seth, Marcello Massimini
Opublikowane w:
Trends in Neurosciences, Numer 43/1, 2020, Strona(/y) 6-16, ISSN 0166-2236
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Elsevier BV
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10.1016/j.tins.2019.11.003
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Opublikowane w:
PLOS ONE, Numer 12/9, 2017, Strona(/y) e0184910, ISSN 1932-6203
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Michele Angelo Colombo, Martino Napolitani, Melanie Boly, Olivia Gosseries, Silvia Casarotto, Mario Rosanova, Jean-Francois Brichant, Pierre Boveroux, Steffen Rex, Steven Laureys, Marcello Massimini, Arturo Chieregato, Simone Sarasso
Opublikowane w:
NeuroImage, Numer 189, 2019, Strona(/y) 631-644, ISSN 1053-8119
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Nature Communications, Numer 9/1, 2018, ISSN 2041-1723
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Wannez, Sarah; Gosseries, Olivia; Azzolini, Deborah; Martial, Charlotte; Cassol, Helena; Aubinet, Charlène; Annen, Jitka; Martens, Géraldine; Bodart, Olivier; Heine, Lizette; Charland-Verville, Vanessa; Thibaut, Aurore; Chatelle, Camille; Vanhaudenhuyse, Audrey; Demertzi, Athena; Schnakers, Caroline; Donneau, Anne-Françoise; Laureys, Steven
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Neuropsychological Rehabilitation, Numer 5, 2018, ISSN 0960-2011
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Neuroscience of Consciousness, Numer 2017/1, 2017, ISSN 2057-2107
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Frontiers in Systems Neuroscience, Numer 13, 2019, ISSN 1662-5137
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Brain Stimulation, Numer 12/5, 2019, Strona(/y) 1280-1289, ISSN 1935-861X
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10.1080/02699052.2016.1274776
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Brain Injury, Numer 31/12, 2017, Strona(/y) 1590-1596, ISSN 0269-9052
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10.1016/j.bja.2019.07.021
Autorzy:
Julien Modolo, Mahmoud Hassan, Giulio Ruffini, Alexandre Legros
Opublikowane w:
Journal of Neural Engineering, 2019, ISSN 1741-2560
Wydawca:
Institute of Physics Publishing
DOI:
10.1088/1741-2552/ab97f7
Autorzy:
J. Sleigh, C. Warnaby, I. Tracey
Opublikowane w:
British Journal of Anaesthesia, Numer 121/1, 2018, Strona(/y) 233-240, ISSN 0007-0912
Wydawca:
Oxford University Press
DOI:
10.1016/j.bja.2017.12.038
Autorzy:
Majid Khalili Ardali, Aygul Rana, Mehdi Purmohammad, Niels Birbaumer, Ujwal Chaudhary
Opublikowane w:
Brain and Language, Numer 194, 2019, Strona(/y) 93-97, ISSN 0093-934X
Wydawca:
Academic Press
DOI:
10.1016/j.bandl.2019.05.004
Autorzy:
Azim Malekshahi, Ujwal Chaudhary, Andres Jaramillo-Gonzalez, Alberto Lucas Luna, Aygul Rana, Alessandro Tonin, Niels Birbaumer, Steffen Gais
Opublikowane w:
Sleep, Numer 42/12, 2019, ISSN 0161-8105
Wydawca:
The American Academy of Sleep Medicine
DOI:
10.1093/sleep/zsz185
Autorzy:
Yasuhisa Maruyama, Natsue Yoshimura, Aygul Rana, Azim Malekshahi, Alessandro Tonin, Andres Jaramillo-Gonzalez, Niels Birbaumer, Ujwal Chaudhary
Opublikowane w:
Neuroscience Research, 2020, ISSN 0168-0102
Wydawca:
Elsevier BV
DOI:
10.1016/j.neures.2020.01.013
Autorzy:
Ujwal Chaudhary, Natalie Mrachacz‐Kersting, Niels Birbaumer
Opublikowane w:
The Journal of Physiology, 2020, ISSN 0022-3751
Wydawca:
Blackwell Publishing Inc.
DOI:
10.1113/jp278775
Autorzy:
Jayro Martínez-Cerveró, Majid Khalili Ardali, Andres Jaramillo-Gonzalez, Shizhe Wu, Alessandro Tonin, Niels Birbaumer, Ujwal Chaudhary
Opublikowane w:
Sensors, Numer 20/9, 2020, Strona(/y) 2443, ISSN 1424-8220
Wydawca:
Multidisciplinary Digital Publishing Institute (MDPI)
DOI:
10.3390/s20092443
Autorzy:
Alessandro Tonin, Andres Jaramillo-Gonzalez, Aygul Rana, Majid Khalili-Ardali, Niels Birbaumer, Ujwal Chaudhary
Opublikowane w:
Scientific Reports, Numer 10/1, 2020, ISSN 2045-2322
Wydawca:
Nature Publishing Group
DOI:
10.1038/s41598-020-65333-1
Autorzy:
Katrin Sippel, Julia Moser, Franziska Schleger, Hubert Preissl, Wolfgang Rosenstiel, Martin Spüler
Opublikowane w:
Computer Methods and Programs in Biomedicine, Numer 173, 2019, Strona(/y) 35-41, ISSN 0169-2607
Wydawca:
Elsevier BV
DOI:
10.1016/j.cmpb.2019.02.016
Autorzy:
Julia Moser, Siouar Bensaid, Eleni Kroupi, Franziska Schleger, Fabrice Wendling, Giulio Ruffini, Hubert Preißl
Opublikowane w:
Frontiers in Systems Neuroscience, Numer 13, 2019, ISSN 1662-5137
Wydawca:
Frontiers Research Foundation
DOI:
10.3389/fnsys.2019.00023
Autorzy:
Alessandro Tonin, Niels Birbaumer, Ujwal Chaudhary
Opublikowane w:
Brain Sciences, Numer 8/7, 2018, Strona(/y) 126, ISSN 2076-3425
Wydawca:
Multidisciplinary Digital Publishing Institute (MDPI)
DOI:
10.3390/brainsci8070126
Autorzy:
Charlène Aubinet, Lesley Murphy, Mohamed A. Bahri, Stephen K. Larroque, Helena Cassol, Jitka Annen, Manon Carrière, Sarah Wannez, Aurore Thibaut, Steven Laureys, Olivia Gosseries
Opublikowane w:
Frontiers in Neurology, Numer 9, 2018, ISSN 1664-2295
Wydawca:
Frontiers Research Foundation
DOI:
10.3389/fneur.2018.00665
Autorzy:
Jennifer Rizkallah, Jitka Annen, Julien Modolo, Olivia Gosseries, Pascal Benquet, Sepehr Mortaheb, Hassan Amoud, Helena Cassol, Ahmad Mheich, Aurore Thibaut, Camille Chatelle, Mahmoud Hassan, Rajanikant Panda, Fabrice Wendling, Steven Laureys
Opublikowane w:
NeuroImage: Clinical, Numer 23, 2019, Strona(/y) 101841, ISSN 2213-1582
Wydawca:
Elsevier BV
DOI:
10.1016/j.nicl.2019.101841
Autorzy:
A. Demertzi, E. Tagliazucchi, S. Dehaene, G. Deco, P. Barttfeld, F. Raimondo, C. Martial, D. Fernández-Espejo, B. Rohaut, H. U. Voss, N. D. Schiff, A. M. Owen, S. Laureys, L. Naccache, J. D. Sitt
Opublikowane w:
Science Advances, Numer 5/2, 2019, Strona(/y) eaat7603, ISSN 2375-2548
Wydawca:
AAAS
DOI:
10.1126/sciadv.aat7603
Autorzy:
Jennifer Rizkallah, Hassan Amoud, Matteo Fraschini, Fabrice Wendling, Mahmoud Hassan
Opublikowane w:
Brain Topography, Numer 33/2, 2020, Strona(/y) 151-160, ISSN 0896-0267
Wydawca:
Kluwer Academic/Plenum Publishers
DOI:
10.1007/s10548-020-00753-w
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