Cerebral function monitor "Encephalan–CFM" is an essential tool for continuous dynamic analysis of electrical brain activity, which effectively complements the monitoring of vital parameters

Dynamics of changes in brain activity, which cannot be traced during short-term EEG study, is clearly represented during continuous EEG monitoring in the form of amplitude-integrated EEG trends (aEEG), compressed spectrum and other CNS quantitative parameters, calculated by the signals received via few (1 to 5) EEG derivations.

Cerebral function monitor "Encephalan-CFM" is designed to solve the problem of risk assessment of brain damage associated with a lack of oxygen (asphyxia), low cerebral perfusion, and with paroxysmal brain activity, which cause sensory, motor and cognitive dysfunctions of different severity particularly in newborns in intensive care units and is widely used in developed countries.

Cerebral function monitor provides continuous dynamic analysis of amplitude-integrated EEG (aEEG) for detection of perinatal asphyxia and epileptiform activity in neonatology, and for neurophysiological control in ischemic strokes and unconscious post-comatose states.

Monitor "Encephalan-CFM" can be delivered in mobile and portable variants.

Option of simultaneous data monitoring of up to 4 patients with representation of results at a doctor's workplace.

Electroneuromyograph with option of brain evoked potentials study provides quality record of myographic signals and evoked potentials.

Meant for use in neurological and neurophysiological departments, sport medicine and scientific research.

2, 4 or 5-channel modifications or different software versions provide both inexpensive and elite expert class devices.

Wireless connection of patient transceiver-recorder with remote control and footswitch decreases the number of wire connections and increases comfort for patients and doctors during study carrying out.

The original remote control (RC) is an equivalent of a functional keyboard – it simplifies the carrying out of multiple standard tests without the use of a computer keyboard and a mouse. Managing a neuromyograph with a remote control is as easy as managing a TV-set remote control.

High technical performance and a unique option to change the configuration of portable electroencephalograph-recorder" Encephalan-EEGR-19/26" ensure its effective application in various fields of neurophysiology.

• Electroencephalograph-transformer with multichannel mapping for classic stationary use

EEG-20 or EEG-32 connectors on a special stand allow quickly transforming a portable encephalograph into a stationary electroencephalograph (with 20 or 32-channels) for classical applications in the room of neurophysiology and functional diagnostics.

Connectors make it easy to connect/disconnect autonomous patient transceiver-recorder ABP-26 and use EEG electrodes with touchproof connectors (cup or bridge) or electrode caps from the set of EEG electrodes "Encephalan-ES".

Electroencephalographs floor stand is equipped with phono-photostimulators for EEG functional tests and EP study.

• Portable electroencephalograph for long-term EEG monitoring with synchronous video-EEG monitoring in hospital ward or at home

EEG-recorder is used for short-term and continuous EEG studies – in a hospital room or at patient's home, including EEG-video monitoring for the differential diagnosis of epilepsy.

Sales package of electroencephalograph-recorder "Encephalan–EEGR–19/26", including patient transceiver-recorder, portable computer, electrodes, sensors and accessories easily fits into a small bag.

The best tool for continuous multichannel monitoring of electrical brain activity (EEG) in the emergency room and intensive care units with the help of software for neuromonitoring "Encephalan-NM" and software for cerebral functions monitoring "Encephalan-CFM". Provides comfortable visualization of various neurophysiological data and effectively complements the monitoring systems of vital parameters.

Electroencephalograph-recorder provides high noise immunity from the effects of different equipment in ER and ICU.

Convenience of the required CPR and patient care is ensured by wireless data transmission to a monitor located at a distance of 6 meters.

• Autonomous EEG-recorder – continuous Holter-type EEG studies

Continuous record of electroencephalogram onto the memory card integrated into the patient transceiver-recorder ABP-26, and a special set of electrodes "Encephalan-ES" provide comfortable carrying out of autonomous EEG studies (Holter EEG) in natural patient environment, both in a hospital ward or at home, during active wakefulness and sleep.

Continuous autonomic EEG-study is recommended for:

• Evaluation of psychogenic disorders of not defined genesis, which are manifested under conditions of natural behavior.
• Detection of pathological manifestations (paroxysmal epileptic states, transient ischemic attacks, and others).
• Differential diagnosis of epilepsy, especially in irregular and illdefined paroxysm.
• Control in drugs administration.

Four options for using the basic device – autonomous patient transceiver-recorder ABP-10 – with a large number of various wireless modules and sensors expand the field of application:

• Low-channel portable electroencephalograph-recorder

Records EEG by 9 derivations in telemetric or autonomous (EEG-Holter) mode and is applied for:

• differential diagnosis of epilepsy (applied with software "Encephalan-Video") mainly in children and infants;
• continuous EEG monitoring in emergency rooms and intensive care units with the help of software "Encephalan-NM" and software "Encephalan-CFM", including the pronouncement of brain death;
• psychophysiological research;
• neuromarketing research.

• Biofeedback and neurofeedback equipment

10 polygraphic channels in a patient transceiver-recorder and a large set of sensors allow creating a variety of options for multiparameter record for biofeedback training.

EEG record by 9 derivations provides an optimal amount of data for neurofeedback procedures.

Effectively used in occupational medicine for rehabilitation, educational technologies, scientific research and for special training.

• Multifunctional multichannel polygraphic system

A unique option of combination of two or three patient transceivers-recorders ABP-10 with additional modules and sensors allows creating multifunctional polygraphic systems with synchronous recording of more than 30 different signals.

• Mobile multifunctional systems for sports medicine

Record of physiological parameters in apparently healthy people is applied as a multifunctional monitoring in sports medicine and studies of operator performance.

Portable and autonomous equipment (data transmission via the telemetric channel or recording onto a memory card) allows conducting research under different conditions – from a stationary scientific laboratory to field conditions (for example, training at the main sport ground or in training camps).

19 or 21-channel (up to 64 digital derivations) electroencephalographs-analyzers EEGA-21/26 "Encephalan-131-03" are an effective and reliable tool for classic electroencephalography at stationary use.

• Multichannel computerized complexes with mapping
for electroencephalography, REG and evoked potentials study:

modification 08: 19 EEG channels + 6 REG channels + 1 polygraphic channel (ECG);
modification 10: 21 EEG channels + 6 REG channels + 4 polygraphic channels + 1 additional channel.

• Multichannel computerized complexe with mapping
for electroencephalography and evoked potentials study:

modification 11: 21 EEG channels + 4 polygraphic channels +1 additional channel.

A unique option of synchronized EEG and REG study (modifications 08 and 10) provides new diagnostic information about the relationship of brain activity and cerebral blood flow for considering vascular factor in epilepsy, for diagnostics of syncopal states and cerebrovascular disorders at hyperventilation functional tests, and also reduces the total study time.

Phono-, photostimulation and chess pattern stimulation for EP studies during EEG studies. Patient button unit for cognitive EP study (MMN, CNV, P300).

"Optimal", "professional" and "elite" software suits provide a wide range of functionality for EEG analysis for any application. Optional software extends the functionality of electroencephalograph.

Continuous multichannel synchronous recording of EEG / PSG data and video on the state of the patient is the "gold standard" for the differential diagnosis of epilepsy and sleep disorders:

• continuous EEG monitoring in epilepsy and neurological departments for differential diagnosis of epilepsy;
• neuromonitoring and cerebral functions monitoring in the intensive care units and emergency room;
• polysomnographic and scientific studies.

EEG video monitoring kit and the software "Encephalan-Video" in combination with electroencephalograph-recorder "Encephalan-EEGR-19/26", or electroencephalograph-analyzer "Encephalan-131-03", Cerebral function monitor "Encephalan-CFM" provide a synchronized high-quality record of video data and physiological parameters of the patient.

Continuous simultaneous EEG video monitoring can be carried out in specialized wards of epileptological and neurological departments with a stationary video equipment or in natural environment of the patient (e.g. at home) using portable (mobile) versions of video equipment.

For the first time the company provides an autonomic video equipment kit for synchronized video record (up to 1 frame accuracy) with the EEG data onto the internal video memory card of a recorder, which sets a new level of innovation in autonomous EEG studies.The videorecorder can be used by medical staff or relatives of the patient for video fixation of paroxysmal and other behavioral manifestations during autonomous EEG/PSG studies (Holter EEG).

• "ApnOx-04" model

for respiratory screening (apnea screening)

Signals and parameters:

Recording modes:

• autonomous – data record onto the memory card;
• telemetric – data transmission into computer via wireless Bluetooth© channel.

Over 10-hour record of physiological data onto the memory card.

As a result of the study, necessary reports on sleep statistics are generated based on automatically detected events.

• "ApnOx-10" model

for apnea screening and cardiorespiratory monitoring

Supplemented with wireless module Poly-4

Signals and parameters:

• respiratory effort from thoracic and abdominal sensors;
• electrocardiogram;
• heart rate (based on ECG);
• snore (accelerometer sensor);
• airflow (thermistor airflow sensor);

• pulse wave transit time and indirect assessment of the blood pressure dynamics (based on ECG and PPG);
• motility (accelerometer sensors or surface EMG sensors);
• skin conductance;
• signals from DC-inputs.

Polysomnography is a "gold standard" of sleep disorders diagnosis.

• Electroencephalograph-recorder "Encephalan-EEGR-19/26", modification "Mini"
with "Encephalan-PSG" software for somnological studies

Models: AT-Somno (Type II),
AT-Somno-Video (Type I)

Provides telemetric and autonomous record of physiological signals (from 13 and more channels in various combinations), including 2, 6 or 8 EEG derivations using autonomous patient transceiver-recorder ABP-10, wireless pulse oximeter module, other modules, electrodes, and sensors.

Provides cardiorespiratory disorders analysis, displaying brain rhythms power indices, EOG and EMG amplitude, parameters of respiration, movements, snoring and ECG in a form of trends for quick search of EEG patterns, identification of sleep stages, as well as for manual and automatic hypnogram building.

Automatic calculation of additional sleep statistical parameters by EEG, such as:

• sleep stages duration;
• sleep efficiency;
• total sleep time;

• sleep latencies and stages latencies;
• number, index and duration of EEG arousals;
• number and duration of awakenings (WASO).

• Electroencephalograph-recorder "Encephalan-EEGR-19/26", main modification
with "Encephalan-PSG" software for somnological studies

Models: AT-PSG (Type II), AT-PSG-Video (Type I), AT-PSG-Video-Poly (Type I)

Provides telemetric and autonomous record of physiological signals (from 26 and more channels in various combinations), including 6, 11 or 32 EEG derivations using autonomous patient transceiver-recorder ABP-26, wireless pulse oximeter module, other modules, electrodes, and sensors.

Provides cardiorespiratory disorders analysis, displaying brain rhythms power indices, EOG and EMG amplitude, parameters of respiration, movements, snoring and ECG in a form of trends for quick search of EEG patterns, identification of sleep stages, as well as for manual and automatic hypnogram building.

Additionally provides detection of epileptic patterns, classification of spike-waves in relation to sleep structure, as well as various methods of EEG quantitative analysis.

Extended package of reports in accordance with international standards generally accepted in somnology (AASM).

• Kits of video equipment

When working with a PC in telemetric mode with the oversight of a sleep technologist, polysomnographs can be supplemented with a kit of video equipment (mobile or stationary) with "Encephalan-Video" software for synchronized night video monitoring.

Provides visual analysis of paroxysmal activity synchronously with EEG for differential diagnosis of epilepsy and detection of symptoms of sleep disorders.

"Rehacor" Software for Functional Biocontrol with Biofeedback Training uses the "physiological mirror" principle for carrying out biofeedback and neurofeedback procedures and promotes learning skills of psychosomatic regulation for the purpose of rehabilitation and health, as well as improving psychophysiological capabilities.

Biofeedback procedures can be carried out with the use of various equipment manufactured by Medicom MTD Ltd.:

• Rehabilitation psychophysiological system with biological feedback "Rehacor"

Basic device – 4-channel patient multifunction transceiver "Rehacor"
Stationary variant of patient multifunction transceiver "Rehacor" is used in rehabilitation rooms and health centers, and ensures the conduct of biofeedback procedures, psychological and psychophysiological testing as well as combination of above mentioned functional capabilities.

• Psychophysiological telemetric system "Rehacor-T"

Basic device – 4-channel wireless patient transceiver-recorder ABP-4
Can be used in stationary and portable variants. Allows carrying out biofeedback procedures without restricting patient's activity, which is particularly effective in sport, occupational medicine and educational technologies.
Additional wireless devices extend the number of channels for up to 8.

• Electroencephalograph-recorder "Encephalan-EEGR-19/26", Modification "Mini"

Basic device – is a 10-channel wireless autonomous patient transceiver-recorder ABP-10.
Can be used in stationary and portable variants.

The main features:

• multiparameter record (10 or more), which allows creating and using more effective scenarios of biofeedback procedures in sport, education, science and for special training and rehabilitation;
• professional neurophysiological support using software for electroencephalograpic studies and additional software.

• Electroencephalograph-recorder "Encephalan-EEGR-19/26", main modification

Basic wireless device – 26-channel wireless autonomous patient transceiver-recorder ABP-26
Can be used in stationary and portable variants.

The main features:

• 12 or 20 EEG derivations providing greater possibilities for biofeedback and neurofeedback procedures by EEG and slow cortical potential using quantitative methods of analysis (qEEG, aEEG).
• professional neurophysiological support using software for electroencephalograpical studies and additional software.

It uses the original, innovative technology, which includes autodocumentation of a testing process, hand motility analysis of a subject, additional synchronous recording of psychophysiological parameters (pictopolygraphy) and provides a new level of psychological and psychophysiological diagnostics.

• The possibility of independent creation of scenarios for the psychological tests (projective techniques), psychophysiological and cognitive tests in different languages on the basis of tools (embedded software and scripts), allowing the use of text and graphics, audio and video files when creating scenarios.
• Synchronous autodocumentation of processes of psychological and psycho-physiological testing and parameters of motor activity of the subject on the touch-screen tablet, which uses electromagnetic resonance technology and reflects psychomotor and physiological reactions during the test process.
• The software builds additional profiles of psycho-emotional responses in relation to different semantic clusters of the performed scenario and evaluates individual emotional significance of various semantic categories.
• The export of native physiological signals and calculated psychophysiological and psychomotor parameters into common formats (text format ASCII, Excel) for the possibility of their mathematical processing with external programs.
• An extensive and expandable library of psychophysiological scenarios.

There is a unique opportunity of combination of two or three patient units ABP-10 with additional modules and sensors, which allows you to create multifunctional polygraphic systems with synchronous recording of more than 30 different signals.

During polygraphic record of EEG and other parameters all the functionality of the main and optional software is available, which provides a wide range of applications in various fields – sports and occupational medicine, scientific research.

Multiparameter record and control over the ongoing processes contribute to effective application of polygraphic system to functional biocontrol with biofeedback.

Eye-tracker ATV-1 is designed to control visual perception process – to measure gaze with high frequency and accuracy.

Eye-tracker is used in the educational process, scientific research and psychophysiology, and is not a medical device.

• Modification ATV-1K

Desktop application with individual monitor

• Modification ATV-1C

Placed on the stand and applied with a big screen.
Option of simultaneous work with several participants in the network mode.

The control of the visual perception process (eye-tracking) is used to evaluate ergonomics of computer interface, the efficiency of advertising and for science research in neuromarketing, neurophychology, cognitive psychology, developmental psychology, sociology, etc.

High-tech electronic optical-mechanical system of eye-tracker allows:

• making video record of eyes with frequency of 500, 600 or 1000 Hz and calculating the gazepoint with high accuracy of 0.4°;
• providing steady eye-tracking (even with glasses and lenses) in daylight and low light conditions and also quickly restarting the tracking after blinking, head turns or moving participant's head in or out of headmovement box (work zone);
• calculating of gaze data without a special chin rest, in natural environment with high accuracy of registration in widened headbox;
• processing data received from video cameras on the face position and eye movements of the participant to detect saccades, fixations, tracking and blinking, with the help of advanced powerful computing processor and original efficient high-precision algorithm;
• calibrating automatically eye-tracker working both with a monitor and a large screen (big-screen television setor wall-mounted projector screen);
• determining automatically the spatial characteristics of a big screen in relation to eye-tracker using an additional back-side camera of the ATV-1C modification;
• using eye-tracker with additional registration devices (with high accuracy of synchroni-zation) for analysis and interpretation of physiological data with data of eye-tracker.

Ultra-small devices uses advance digital technologies for data acquisition and transmission (Bluetooth Low Energy) and expands perspectives for wide applications of distributed network registration of neurophysiologic and psycho physiological information about state of single person or group.

Ultra-small wireless EEG registration modules, EEG-headsets and Bio-wristband are used in the educational process, scientific research and psychophysiology, and are not medical devices.

• EEG-registrators

• 8-channel EEG
• 24-channel EEG

• Bio-wristband module

for registration ofphotoplethysmogram, skin conductivity, electrocardiogram and movement activity

• 8-channel EEG-headset

• 24-channel EEG-headset

with AgCl electrodes with solid-gel parts

• Elastic MCScap textile-caps

with Ag/AgCl electrodes for contact gel (24 EEG channels)