• Electroencephalograph in a telemetric or autonomous (Holter EEG) mode

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

Autonomous patient transceiver-recorder ABP-10 in the telemetric mode provides data transition to a doctor's computer via wireless Bluetooth channel, which eliminates the need for communication cables and allows placing electroencephalograph away from the doctor’s computer everywhere in the doctor’s office or patient’s ward based on the convenience of the study.
Wireless stimulation control unit provides carrying out of hardware functional tests which are common for routine EEG studies: light and audio stimuli.
Functional tests for electrostimulation are carried out by means of wireless electrostimulator.

During the short-term EEG-studies EEG-9 connector is connected to the patient transceiver-recorder. EEG-9 connector allows using EEG electrodes with touchproof connector (cup or bridge electrodes).
Adhesive EEG electrodes are used during continuous neuromonitoring in the intensive care units and emergency room.

The main software EEG studies "Encephalan-EEGR" provides all the common functionality that is required for EEG record and analysis: monitoring and visual EEG analysis, creation and use of montages and study scenarios, processing with various quantitative methods of EEG analysis, study results presentation, printing, storage in a data-base, etc.

Continuous autonomous EEG-study (Holter-EEG) is effective for:

• Evaluation of psychogenic disorders of not defined genesis, which are manifested under conditions of natural environment and behavior.
• Detection of pathological manifestations, such as paroxysmal epileptic states, transient ischemic attacks, and others.
• Differential diagnosis of epilepsy, types of seizure and syndromes, especially in irregular and illdefined paroxysm.
• Control in drugs administration.
• Long-term EEG monitoring of non-transportable patient in any hospital department or during their continuous transportation.

All data is recorded onto the memory card integrated into the patient transceiver-recorder ABP-10.
During the research the patient, their relatives and medical staff can use a specialized digital voice recorder – event marker for recording marks and verbal comments on changes in patient's state and digital events logging.
When the study is completed, all the data is transferred from the memory card of patient transceiver-recorder ABP-10 and digital voice recorder to the doctor's computer and accurately synchronized in time.

Sales package of electroencephalograph easily fits in a compact carrying case and includes the patient transceiver-recorder ABP-10, phono-photostimulator, a set of electrodes and a portable computer.

The following set of equipment is used for the analysis of respiratory parameters and movement activity in relation to sleep phases:

• autonomous patient transceiver-recorder ABP-10 with connected EEG (2 pcs.), EOG (2 pcs.), EMG, ECG, respiratory effort (abdominal and thoracic), respiration flow and snore electrodes;
• wireless pulse oximeter module with sensor;
• wireless body position sensor.

Extended kit of equipment is used for complete analysis of sleep structure, hypnogram building, detection of activations (arousals), analysis of the sleep stages distribution, latency, sleep effectiveness, etc.:

• autonomous patient transceiver-recorder ABP-10 with connected electrode system, including EEG (6 pcs. for more detailed EEG), EOG (2 pcs.), EMG and ECG;
• wireless Respiration Module (or Wire-less Poly-4 module) with 4 connected electrodes for the record of respiratory airflow, snore and respiratory effort (abdominal and thoracic).;
• wireless pulse oximeter module with the sensor;
• wireless body position sensor.

Additional sensors and modules, extending the functionality of polysomnographs:

• wireless movement activity sensors -2 pcs.;
• or wireless POLY-4 module with 2 wired movement sensors and 2 EMG electrodes (provides a more accurate analysis of movement activity during sleep, than 2 wireless sensors);
• wireless PG-ECG Module (or Poly-4 module) for the record of ECG by 2 derivations or impedance-based pneumogram by 1 derivation for the purpose of cardiorespiratory sleep disorders analysis.

The main features of the wireless electroen-cephalograph, "Mini" modification applied to biofeedback are:

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

Electroencephalograph, "Mini" modification allows carrying out additional types of biofeedback training:

• Balance training while maintaining an vertical posture on a balance platform.
• Simultaneous operator performance training with tracing and logic task solving.
• Biofeedback group training on synchronization of sports team actions
  (Only for equipment configurations including patient transceiver-recorder ABP-10).
• Training of the stress resistance skills using somatosensory stimulator.

Detailed information about Functional Biocontrol with Biofeedback Training

Portable and autonomous equipment (data are transmitted to a computer via telemetric channel or recorded onto a memory card) allows conducting medical and scientific research under various conditions – from a stationary scientific laboratory to field conditions (for example, training process, performance of professional activities at the workplace, etc.).
Record can last from several minutes to 24 hours depending on the research task.

A large set of sensors and software suite allow recording a wide range of parameters, which characterize work of the major body systems, and analyzing these data using various types of processing.
A uniform standard of data communication between wireless modules and standard sensor connector allow creating the required configuration for different experiments.

Multiparameter record and analysis of cardiovascular, central and autonomic nervous systems parameters synchronously with EEG.

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

In autonomous mode, equipment set can be supplemented with the module for synchronous recording of spatial movement (GPS module) during dynamic monitoring of physiological parameters at the workplace or the training site.

Provides quality record of video data synchronized with EEG for differential diagnosis of epileptic and non-epileptic phenomena.

Studies provide patient-friendly environment (a functional diagnostic room, hospital ward or at home). The patient can sleep, eat, read, watch TV, play, etc. A doctor or an assistant monitors their state, operation of the equipment and recording quality.

Mobile videomonitoring kit including video camera with portable camera's tripod and easily fitting into an additional bag is used with electroencephalograph-recorder "Mini" modification.

The customer is offered several types of mobile videomonitoring kits, which differ in the type of video camera: with night or daylight mode, optical or digital zoom, with rotator or without it, etc.

Detailed information about videomonitoring kit and software "Encephalan-Video"

A unique opportunity of continuous autonomous EEG videomonitoring

An original autonomous video recorder with an option of video record on the internal memory card sets up a new innovative level in ambulatory EEG studies and provides:

• continuous or fragmentary high-resolution video record with IR backlight for night mode,
• audio record of clinical events on integrated microphone,
• record of patient's events with the button on the video recorder.

All data recorded onto the internal memory card of the video recorder are accurately synchronized with EEG when transmitted to the computer.

Application of the original autonomous video recorder allows recording clinically significant behavioral episodes and paroxysmal events during continuous autonomous EEG monitoring (Holter-EEG) which, in turn, provides accurate differential diagnosis.

The video recorder is easy to operate and can be used both by medical staff and relatives of the patient during EEG recording at home.

Original concept of unification of hard- and software for electroencephalographs-recorders "Encephalan-EEGR-19/26" provides a unique opportunity of combination of autonomous patient transceiver-recorder ABP-10 with additional modules and sensors, which allows you to create unified multifunctional neuromodular diagnostic systems with synchronous recording of more than 30 different signals.