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Regular version of the site

Centre for Bioelectric Interfaces

Latent variable method for automatic adaptation to background states in motor imagery BCI

Dagaev N., Volkova K., Ossadtchi A.

Journal of Neural Engineering. 2018. Vol. 15. No. 1. P. 1-14.

Commentary: Injecting Instructions into Premotor Cortex

Ossadtchi A., Лебедев М. А.

Frontiers in Cellular Neuroscience. 2018. Vol. 12. No. 65.

Commentary: Spatial Olfactory Learning Contributes to Place Field Formation in the Hippocampus

Ossadtchi A., Лебедев М. А.

Frontiers in Systems Neuroscience. 2018. Vol. 12. No. 8.

Navigation patterns and scent marking: underаppreciated contributors to hippocampal and entorhinal spatial representations? In print

Лебедев М. А., Пимашкин А. С., Ossadtchi A.

Frontiers in Behavioral Neuroscience. 2018.

The last decade is marked by an increased interest in studying the possibility of direct communication between the brain and external devices, including the brain of another person. The most accessible type of brain-computer interfaces uses multi-channel electroencephalographic signals that non-invasively record brain activity. Despite active research in this direction, it has not been possible to achieve natural control of external devices solely on the basis of non-invasively recorded brain signals.

At the same time, animal experiments have shown that using deep electrodes that record the activity of a large number of individual neurons, it is possible to create brain-controlled devices that reproduce natural motor actions, such as capturing and moving objects and walking on two legs. Invasive IMC can decode and schedule movements over time.

Application of such technology to the creation of interfaces on people is limited by high risks of using needle electrodes, arising complications, as well as fouling of needle electrodes with a connective tissue and loss of electrical contact. A reasonable compromise is the use of subdural or epidural nets of electrodes, allowing with a low risk to the health of the user to significantly increase the capacity of the direct communication channel with the brain, and also through electrostimulation to realize somatosensory feedback.

The main goal of the Laboratory is the development of the information technology of bidirectional communications using the corticographic interface in combination with modern methods for processing multidimensional data and somatosensory feedback through electrostimulation or sensory replacement.

The project is carried out jointly with the clinical medical centre of the Clinical Medical Centre of MGMSU and the Polenov Russian Research Institute of Neurosurgery, who are the clinical bases of this interdisciplinary project.

The development of the interface is based on knowledge of the functional significance of areas of the cerebral cortex. Such information can be obtained using the methods of neurocardication which is another field of research of our laboratory.


3 weeks left to register for Cortical Codes: Control & Preception conference

On October 29-30, 2018 Cortical Codes: Control and Perception conference will be held at NRU HSE. This year the conference will be dedicated to the technology and the development of brain-machine interfaces.
To participate in the conference please register through the registration form before October 20 .

Mikhail Lebedev will make a report at The Turner Scientific Research Institute for Children`s Orthopedics

December 7, 2018. Mikhail Lebedev will make an invited speech at the round table at The Turner Scientific Research Institute for Children`s Orthopedics on the topic "Possibilities of non-invasive spinal and cranial stimulation in the complex treatment of patients with neuroorthopedic pathology"

Publication in NeuroImage.

"Phase shift invariant imaging of coherent sources (PSIICOS) from MEG data" will be published in the NeuroImage journal (impact factor 5.4).

Seminar was held on August 1

On August first, a seminar was conducted at the Center for Bioelectric Interfaces. Current and ongoing research was presented by the members of the center.

October, 29-30: CCCP (Cortical Codes: Control & Perception) Conference

October, 29-30 the Cortical Codes: Control & Perception (CCCP) conference will be held in HSE, Moscow.

Our myographic interface

Centre for Bioelectric Interfaces designes not only brain-computer interfaces, but myographic interfaces as well (controlled by the electrical activity of muscles). Analysis of the electromyographic (EMG) signals of the anterior forearm muscles, recorded from the area of 1.5 square cantimeteres, allows to reconstruct fingers movements (see the video).

Mikhail Lebedev will take part in Volga Neuroscience Meeting.

The annual Volga Neuroscience Meeting will be held on the ship "Mikhail Frunze" from July 22 to July 27.

Valentina Bulgakova and Nikolai Smetanin will take part in the conference Cell-NERF Symposium: Neurotechnologies

Valentina Bulgakova and Nikolai Smetanin will present a poster at the Cell-NERF Symposium: Neurotechnologies in Belgium.

Alexei Ossadtchi and Mikhail Lebedev will make a presentation at the Limitless conference: Augmenting brain function

Alexei Ossadtchi and Mikhail Lebedev will make a presentation at the Limitless: Augmenting brain function conference in Switzerland from September 19 to September 21.

Center for Bioelectric Interfaces participates on the BIOMAG-2018 conference

Dmitrii Altukhov and Aleksandra Kuznetsova present two posters on the leading international conference on biomagnetism BIOMAG-2018, August 26-30, Philadelphia.