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18篇 您的检索式:作者名="Badier"
    题名 作者 年代 出处 被引量
1Non-supervised spatio-temporal analysis of interictal magnetic spikes: comparison with intercerebral recordings显示文摘 Badier JM Vignal JP 2003Clin Neurophysiol2003,114,:1
2Interictal networks in magnetoeneephalography 显示文摘Urszula Malinowska Jean-Michel Badier Martine Gavaret 2014Human Brain Mapping2014,35,:1
3Anatomical congruence of metabolic and electromagnetic activation signals during a self-paced motor task : a combined PET-MEG study 显示文摘Joliot M Crivello F Badier JM 1998Neuroimage1998,7,4:1
4Conducting Polymer Electrodes for Electroencephalography显示文摘Leleux P Badier J M Rivnay J 0,,:1
5Extracellular matrix remodeling in the vascular wall显示文摘Jacob MP Badier C Fontaine V 2001Pathol Biol2001,49,:1
6EMG ehangmin respiratory and skeletal muscles during isometric contraction under normoxic, hypoxemic, or ischemic conditions显示文摘Badier M Guillot C Lagier - Tessonnier F 1994Muscle Nerve1994,17,5:1
7New potent acetylcholinesterase inhibitors in the tetracyclic trit- erpene series显示文摘Sauvaitre T Badier M Herlem D Gresh N Chiaroni A Guenarcl D 2007J Med Chem2007,50,22:1
8Radiative energy loss and p(T)broadening of high-energy partins in nuclei显示文摘BADIER J 1997Nucl Phys B1997,484,:1
9Extracellular matrix remodeling in the vascular wall 显示文摘Jacob M P Badier Commander C Frontaine V 2001Pathol Biol ( Paris)2001,49,4:1
10Comparison of induced sputum and bronchoalveolar lavage in lung transplant recipients显示文摘Mamessier E Milhe F Badier M 2006J Heart Lung Transplant2006,25,5:1
11Evoked potentials recorded from the auditory cortex in man:evaluation and topography of the middle latency components显示文摘Ligeois-Chauvel C Musolino A Badier JM 1994Electroencephalogr Clin Neurophysiol1994,94,:1
12Assessment of the Th1/Th2 paradigm in whole blood in atopy and asthma显示文摘 Mely LG Camilla CA Badier MM MonteroJulian FA Guillot CM 2000Am J Respir Crit Care Med2000,161,6:1
13Same ef- ficacies of ipratropium and salbutamol in reversing methacholine-indueed bronchoeonstriction显示文摘DELPIERRE S GUILLOT C BADIER M 2006J Aath- ma2006,43,:1
14Tonic activity in inspiratory muscles and phrenic motoneurons by stimulation of vagal afferents 显示文摘Badier M Jammes Y Romero-Colomer P 1989J Appl Physiol1989,66,4:1
15MEG anti EEG sensitivity in a case of medial occipital epilepsy显示文摘Gavaret M Badier JM Bartolomei F 2014Brain Topogr2014,27,1:1
16Comparison of induced sputum and bronchoalveolar lavage in lung transplant recipients显示文摘Mamessier E Milhe F Badier M 2006J Heart Lung Transplant2006,25,5:1
17Interictal Networks in Magnetoencephalogra-phy显示文摘Urszula Malinowska Jean_ Michel Badier Martine Gav-aret 2014Human Brain Mapping2014,,35:1
18Conducting polymer tattoo electrodes in clinical electro-and magneto-encephalography显示文摘Temporary tattoo electrodes are the most recent development in the field of cutaneous sensors.They have successfully demonstrated their performances in the monitoring of various electrophysiological signals on the skin.These epidermal electronic devices offer a conformal and imperceptible contact with the wearer while enabling good quality recordings over time.Evaluations of brain activity in clinical practice face multiple limitations,where such electrodes can provide realistic technological solutions and increase diagnostics efficiency.Here we present the performance of inkjet-printed conducting polymer tattoo electrodes in clinical electroencephalography and their compatibility with magnetoencephalography.The working mechanism of these dry sensors is investigated through the modeling of the skin/electrode impedance for better understanding of the biosignals transduction at this interface.Furthermore,a custom-made skin phantom platform demonstrates the feasibility of high-density recordings,which are essential in localizing neuropathological activities.These evaluations provide valuable input for the successful application of these ultrathin electronic tattoos sensors in multimodal brain monitoring and diagnosis.Laura M.Ferrari Usein Ismailov Jean-Michel Badier Francesco Greco Esma Ismailova 2020npj Flexible Electronics2020,4,1:0
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