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The basic set of hardware and software

A_9878-1.Wireless amplifier unit ABP-2 (base unit)

It has a built-in wireless module "Bluetooth 5.0" (Bluetooth low energy) for communication with a PC and additional wireless units, modules and sensors from the set. The base unit has one Micro-8M input connector for two bipolar or two monopolar EEG leads or two polygraphic sensors/electrodes, as well as for the I2C interface (digital sensors). The unit has a built-in motion sensor and a multifunctional button. On the back of the unit there is a button for connecting a disposable neutral electrode or conductor of an N electrode (A_1150).

Specifications

The set with ABP-2 includes:

A_1150. Neutral wire (with “snap” connector Ø 12 mm and with connector “socket” Ø 12mm)

It can be used in ABP-2 and Poly-2 (if available) units when they are freely placed (not fixed with a disposable ECG electrode) and the connector socket on the module and block housings is connected by a wire with the N electrode conductor button to remove the socket for the N electrode to the required distance and fix the disposable ECG electrode on the skin.

A_2348. Software "Cardfile"

The software is designed to save and structure data on conducted research in an electronic file (database), search for the necessary studies according to specified criteria, save the analysis results as attached files (protocol on the conducted research, export files to Excel and Word, screenshots with graphs and diagrams), generate reports on conducted studies.

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A_4029.Wireless PC adapter IB-USB

The IB-USB interface unit ensures the operation of the communication channel of the IB-USB unit with the PC of the System via the USB interface and the operation of 10 information communication channels of the wireless interface "Bluetooth 5.0" of the IB-USB unit with the Base units ABP, as well as additional modules and devices of the System, ensuring mutual synchronization of data flows from them.

A_3889. Software functional biocontrol with biofeedback training “REHACOR”

The software provides procedures for functional biofeedback (biofeedback training) to train self-regulation skills and control of various physiological parameters. The software includes a library of training scenarios with BFB with training groups of various purposes.
It provides the possibility of creating new training scenarios and including them in the software as additional trainings.
Together with the software "REHACOR", you should purchase the Main library of training scenarios with BFB, which includes 7 groups of training scenarios and a set of necessary sensors and accessories for them. The consumer, in addition to the Main Library, can purchase the required groups of training scenarios for various purposes.

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Additional set of equipment

A_9878. Wireless amplifier unit Poly-2

It is used:

  • in the trainings of the neurofeedback;
  • with additional software "ENCEPHALAN- MPA" for analyzing signals through polygraphic channels together with EEG signals;
  • with EEG and EP studies "ENCEPHALAN-AVS" using audio-visual stimulation.
Specifications

Set of wireless amplifier unit Poly-2 includes:

A_1150. Neutral wire (with “snap” connector Ø 12 mm andwith connector “socket” Ø 12 mm) (3pcs)

It can be used in ABP-2 and Poly-2 (ifavailable) units when they are freely placed, not fixed with a disposable ECGelectrode, and the connector socket on the module and block housings isconnected by a wire with the N electrode conductor button to remove the socketfor the N electrode to the required distance and fix the disposable ECG electrodeon the skin.

General additional accessories

B_0881. Charger
(
specify the type when order)

Designed for charging wireless devices of the system using a charger cable (A_5125) for the ABP-2 unit or POLY-2 unit (if available), as well as using a charger cable (USB-C, A_9447-21_KM) for the electro-vibro-tactile module (if available) or balance platform (if available).

А_2329. SW key (USB adapter)

Provides the possibility of using the purchased software on an additional user's computer, including in the network version for processing the received data.

A_2129. Adhesive paste Unipaste

For adhesive cup electrodes (120 gr.).

A_1302. Adhesive plaster
(OMNIFIX elastic or similar)

For fixing electrodes and sensors. Size 10 m x 5 cm

A_2714. Disposable ECG Electrodes
(used for recording ECG, EMG, EOG, in a package of 30 pcs.)

Computer equipment and additional components

A_2380. Real–time computer station (portable)

Minimum characteristics of a portable PC (no worse): Intel Core i5 processor type, 8GB RAM, 512 GB SSD, 14" display and larger, HDMI port, minimum 2 USB ports, Windows 10 and later, a mouse.It requires an integrated Iris video card or a discrete video card in the PC.Connection of one additional monitor and AR goggles is required.

Warning! When purchasing, it is necessary to coordinate the parameters with the manufacturer.

If the Customer wishes to choose an improved version of computer equipment, it is mandatory to inform the supplier about this and coordinate the characteristics of computer equipment with the manufacturer.

A_5109. Kaspersky Internet Security antivirus software

Recommended for virus protection

A_4319. MS Office.

Word and Excel are required

A_2604. Portable computer carrying bag

At Customer’s choice.

A_0687. Additional monitor (23” and larger)

The monitor is necessary for effective work with Software functional biocontrol with biofeedback training “REHACOR” and "ENCEPHALAN-AVS".

A_4300. Computer acoustic system 2.1 or 3.1

Purchased at Customer’s choice for an additional monitor

A_5565. Digital widescreen TV

At Customer’s choice

A4 laser printer

At Customer’s choice

The Basic library of training scenarios with BFB

Group 020. Тemperature biofeedback trainings

Includes trainings:

0202_10
Relaxation with temperature control.
0203_12
Temperature regulation - 2 game stages.
0201_10
Hands temperature balance regulation.
0201_11
Temperature regulation 2 channels.

Sensors are used:

A_1640-0
Temperature Sensor (low-inertia) (Micro-8М).
Used in scenarios 0202_10 and 0203_12.
A_5686-0
Sensor T*/ T* (Micro-8М).
Used in scenarios 0201_10 and 0201_11.
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Group 030. Electromyographic biofeedback trainings

Includes trainings:

0301_10
Introduction to muscle relaxation.
0302_10
One muscle relaxation training.
0316_10
Two muscles relaxation training.
0314_10
Two muscles tone balance maintainin.
0315_10
Two muscles tone maintaining with one muscle controlled tension (synkinesis and reciprocity).

Sensors are used:

A_4142-1
Envelope EMG Sensor (double) (Micro-8).
Used in scenarios 0301_10 and 0302_10
A_5575-0
Sensor EEMG2/EEMG2 (Micro-8M).
Used in scenarios 0314_10, 0315_10, 0316_10

Group 050. Pulse and heart rate biofeedback trainings

Includes trainings:

0501_10
Heart rate introductory training.
0502_10
Heart rate decrease training.
0511_10
Pulse rate introductory training.
0512_10
Pulse rate decrease training.
0816_10
Heart rate variability training with pulse rate control.
0504_10
Heart rate variability training.
0815_10
Heart rate variability training with pulse and respiration rate control.

Sensors are used:

A_8302-2
ECG-Cable (witn N electrode) (Micro-8).
Used in scenarios 0501_10 and 0502_10.
A_5430-1
SkC/PPG Sensor (Micro-8M) (SkC sensor is not used).
Used in scenarios 0511_10, 0512_10, 0816_10
A_5691-0
ECG/RespEf Sensor (Micro-8M).
Used in a scenario 0504_10.
A_5430-2
Sensor SkC/PPG*+RespEf (Micro-8M) (SkC sensor is not used).
Used in a scenario 0815_10.

Group 060. Neurofeedback trainings

Includes trainings:

0600_10
Neurofeedback introductory training.
0602_10
Alpha training with closed eyes, two channels.
0602_11
Alpha training with opened eyes, two channels.
0601_20
Alpha training with closed eyes, the first level of difficulty.
0601_22
Alpha training with closed eyes, the second level of difficulty.
0601_30
Alpha training with open eyes, the first level of difficulty.
0601_32
Alpha training with open eyes, the second level of difficulty.
0611_10
Beta training.
0612_10
Beta/theta training.
0612_11
Theta/beta training.
0604_10
Sensorimotor rhythm regulation.
0627_10
Alpha-Theta training.

Sensors are used:

A_4031-3
EEG Bipolar Lead (Micro-8) With N electrode and cup adhesive electrodes.
Used in scenarios 0601_20, 0601_22, 0601_30, 0601_32, 0611_10, 0612_10, 0612_11, 0604_10, 0627_10.
A_5577-0
EEG/EEG Sensor (Micro-8M)
Used in scenarios 0600_10, 0602_10, 0602_11.

Group 070.  Respiratory biofeedback trainings

Group 080.  Blood circulation biofeedback trainings

Group 090.  Electrodermal biofeedback trainings

Indicated to people with anxiety-phobic symptoms, to improve mental adaptation, to increase a person's mental stability to various stressful factors. They can also be used to overcome internal mental tension, feelings of indefinite anxiety and unreasonable fear. Trainings can be used by practically healthy people whose activities take place in conditions of increased responsibility, lack of time, and probable danger.
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Training groups of “REHACOR” with BFB SW, additionally supplied to the Basic library.

Group 010.  Assessment tests of the current psychophysiological status

Includes trainings:

0103_10
Assessment of current psychophysiological status PPS-2.
0102_20
Assessment of current psychophysiological status PPS-1 with the presence SkC.
0112_20
Stress testing ST-1 with the presence SkC.
0113_10
Stress testing ST-2.

Sensors are used:

A_5636-0
EEG/EEMG2/Т* Sensor (Micro-8M).
Used in scenarios 0103_10 и 0113_10
A_5570-4
ECG/SkC/PPG*+RespEf* Sensor (Micro-8M).
Used in scenarios 0102_20 и 0112_20

Group 040.  Temperature-electromyographic biofeedback trainings

Includes trainings:

0401_10
Multimodal relaxation training with muscle tone, temperature and sensorimotor rhythm control.
0403_10
Relaxation with muscle tone and temperature control.
0405_20
Relaxation with muscle tone and two temperature channels control (variant 2).
0406_10
Relaxation training with two channels of muscle tone and two temperature channels control.

Sensors are used:

A_6063-0
EEG/EMG/Т* Sensor (Micro-8M).
Used in a scenario 0401_10.
A_9186-0
EMG/Т* Sensor (Micro-8M).
Used in a scenario 0403_10
A_9544-0
EMG/Т*/Т* Sensor (Micro-8M).
Used in a scenario 0405_20.
A_5575-2
EEMG2/EEMG2+T*+T* Sensor (Micro-8M)
Used in a scenario 0406_10

Group 080. Blood circulation biofeedback trainings - BP

Includes trainings:

1802_10
Blood pressure decrease training (variant 1).
1802_11
Blood pressure decrease training (variant 2).
1801_10
Blood pressure introductory training.
1803_10
Blood pressure increase training.

A sensor is used:

A_5570-1
ECG/SkC/PPG* Sensor (Micro-8M) is connected to ABP-2 (SkC sensor is not used)
Included in the main library of training scenarios.
Used in all scenarios of this group

Group 081. Resonant frequency based heart rate variability biofeedback trainings

Includes trainings:

0820_10
Heart rate variability training: resonant frequency determination.
0820_20
Heart rate variability training: resonant frequency fine tuning.
0820_30
Heart rate variability training: resonant frequency 4.5/min, breathing pacer.
0820_31
Heart rate variability training: resonant frequency 5/min, breathing pacer.
0820_32
Heart rate variability training: resonant frequency 5.5/min, breathing pacer.
0820_33
Heart rate variability training: resonant frequency 6/min, breathing pacer.
0820_34
Heart rate variability training: resonant frequency 6.5/min, breathing pacer.
0820_44
Heart rate variability training: resonant frequency 6.5/min, pulse rate pacer.
0820_43
Heart rate variability training: resonant frequency 6/min, pulse rate pacer.
0820_42
Heart rate variability training: resonant frequency 5.5/min, pulse rate pacer.
0820_41
Heart rate variability training: resonant frequency 5/min, pulse rate pacer.
0820_40
Heart rate variability training: resonant frequency 4.5/min, pulse rate pacer.

A sensor is used:

A_5430-2
SkC/PPG*+RespEf Sensor  (Micro-8M) (SkC sensor is not used)
Included in the main library of training scenarios.
Used in all scenarios of this group

Group 060. Personalized neurofeedback training based on IAPF (individual Alpha Peak Frequency)

Includes trainings:

0603_10
Determination of individual alpha peak frequency.
0603_21
Personalized alpha training with closed eyes, the first level of difficulty (variant 1).
0603_22
Personalized alpha training with closed eyes, the first level of difficulty (variant 2).
0603_23
Personalized alpha training with closed eyes, the second level of difficulty (variant 1).
0603_24
Personalized alpha training with closed eyes, the second level of difficulty (variant 2).
0603_31
Personalized alpha training with open eyes, the first level of difficulty (variant 1).
0603_32
Personalized alpha training with open eyes, the first level of difficulty (variant 2).
0603_33
Personalized alpha training with open eyes, the second level of difficulty (variant 1).
0603_34
Personalized alpha training with open eyes, the second level of difficulty (variant 2).

A sensor is used:

A_4031-3
EEG Bipolar Lead (Micro-8)(with N electrode and cup adhesive electrodes)
Included in the main library of training scenarios.
Used in all scenarios of this group

Group 230. BFB trainings with EEG coherence

Группа 230. Тренинги с БОС по когерентности ЭЭГ
The BFB trainings of this group are designed to regulate the values of EEG coherence - "functional connectivity" between the pairs of EEG derivations selected by the instructor in a certain frequency range of the EEG to bring it to an optimal level that takes into account the recommended normative values of coherence based on carried out functional tests and literature data. Before conducting the training, the instructor must select pairs of EEG derivations and the EEG frequency range for the subject based on previously conducted functional studies and enter these data in the panel on the instructor's monitor.Trainings can be used for teaching children reading and writing skills, for autism spectrum disorders, mental retardation, anxiety, neuroses, depressive disorders.For healthy people, BFB trainings are carried out in order to increase the success of performing various cognitive or motor tasks, as well as to reduce negative manifestations in various functional disorders of the central nervous system.The instructor can select trainings to increase or decrease coherence or sign-changing trainings which differ from each other in different content of audio (tempo, melody) and visual (playback speed) feedback images, which can help the client to achieve the target settings.

Includes trainings:

for EEG coherence increase:

2300_10
Coherence increase. Recommended content for the full range of 0.5-35 Hz.
2310_10
Coherence increase. Recommended content for the delta rhythm range.
2320_10
Coherence increase. Recommended content for the theta rhythm range.
2330_10
Coherence increase. Recommended content for the alpha rhythm range.
2360_10
Coherence increase. Recommended content for the SMR range.
2340_10
Coherence increase. Recommended content for the beta1 rhythm range.
2350_10
Coherence increase. Recommended content for the beta2 rhythm range.

for EEG coherence decrease:

2300_20
Coherence decrease. Recommended content for the full range of 0.5-35 Hz.
2310_20
Coherence decrease. Recommended content for the delta rhythm range.
2320_20
Coherence decrease. Recommended content for the theta rhythm range
2330_20
Coherence decrease. Recommended content for the alpha rhythm range
2360_20
Coherence decrease. Recommended content for the SMR range.
2340_20
Coherence decrease. Recommended content for the beta1 rhythm range.
2350_20
Coherence decrease. Recommended content for the beta2 rhythm range.

for bidirectional training of EEG coherence:

2300_30
Bidirectional coherence training. Recommended content for the full range of 0.5-35 Hz.

A sensor is used:

А_5577-0
EEG/EEG Sensor (Micro-8M)
Used in all scenarios of this group

Group 210. Multimodal biofeedback trainings

Includes trainings:

0621_11
Sleep quality improvement multimodal training.
0623_10
Concentration training with beta-rhythm and muscle tone control.
0625_10
Relaxation multimodal training by alpha rhythm, pulse rate and pulse wave amplitude.
1030_10
Brain function asymmetry training against anxiety by two electroencephalographic derivations.
1202_10
Tremor reduction and motor activity control biofeedback training.
2102_10
Multimodal training for meditation by electroencephalography and cardiorespiratory system parameters.

Sensors are used:

A_5430-4
SkC/PPG*+EEG+RespEf* Sensor (Micro-8M) (SkC sensor is not used)
Used in scenarios 0621_11 и 2102_10
A_8273-0
EEG/EEMG2 Sensor (Micro-8M)
Used in a scenario 0623_10
A_5430-5
SkC/PPG*+EEG Sensor  (Micro-8M) (SkC sensor is not used)
Used in a scenario 0625_10
A_5577-1
EEG/EEG+PPG* Sensor (Micro-8M) (SkC sensor is not used)
Used in a scenario 1030_10
A_8911-0
SkC/EEMG2/Move* Sensor (Micro-8M)
Used in a scenario 1202_10

Group 091. Stress resistance trainings with electrical stimulation

Group 100. Neurofeedback trainings advanced

Includes trainings:

1021_10
Regulation of slow cortical potentials.
1010_10
Brain function asymmetry training with heart rate and skin conductance control.
1011_10
Brain function asymmetry training by four electroencephalographic derivations.
1015_10
Brain function asymmetry training by four electroencephalographic derivations with physiological parameters control.
1001_10
Brain zonal differences training by four electroencephalographic derivations.
0626_10
Optimal functioning multimodal training.

In this group, the ABP-2 unit and the Poly-2 module are used together, to each of which a combined sensor is connected (the first to the ABP-2, the second to the POLY-2):

For trainings 1001_10 –
A_5577-2
EEG/EEG Sensor (Micro-8M)(with a common referent and N electrode)
A_5577-2
EEG/EEG Sensor (Micro-8M)
For training 1010_10 –
A_5577-0
EEG/EEG Sensor (Micro-8M)
A_5570-1
ECG/SkC/PPG* Sensor (Micro-8M) (PPG sensor is not used)
For training 1011_10 –
A_5577-2
EEG/EEG Sensor (Micro-8M)(with a common referent and N electrode)
A_5577-2
EEG/EEG Sensor (Micro-8M)
For training 1012_10 –
A_5577-4
EEG/EEG+PPG*+Т* Sensor (Micro-8M) (with common hemispheric referents and additional N electrodes).(SkC sensor is not used)
A_5577-3
EEG/EEG+RespEf* Sensor (Micro-8M) for Poly-2
For training 0626_10 –
A_8273-0
EEG/EEMG2 Sensor (Micro-8M)
A_5430-7
Sensor SkC/PPG*+T* (Micro-8M) (PPG sensor is not used)

Group 200. BFB Rhythms

Includes trainings:

Test for assessing the ability to perceive and reproduce sound patterns:

2001_1
Playing sound patterns

Trainings with a setting rhythm:

2002_1
Histogram.
2002_2
Wild West.
2002_3
Space pirates.
2002_4
Dexterous monkeys.
2002_5
Fishing.
2002_6
Rabbit in the hat.

Sound pattern reproduction trainings:

2003_1
Wild West.
2003_2
Space pirates.
2003_3
Dexterous monkeys.
2003_4
Rabbit in the hat.

A sensor is used:

A_1015-0
Sensor Tap/synchronization sensor audio (Micro-8M)
Used in scenarios of this group

Group 300. Biofeedback trainings for children

Группа 300. Тренинги с БОС для детей
The purpose of "Alpha-stimulating trainings"in children is to increase the alpha activity of the brain, which contributesto the development of mental relaxation skills, normalization of the EEGstructure. Trainings can be used for various sleep disorders, headaches, ANSdisorders, as well as functional disorders of the central nervous system.The goal of "Cognitive training forchildren" is to improve cognitive and motor functions, reduce anxiety inpsychological disorders, attention deficit hyperactivity disorder (ADHD), aswell as with a decrease in the level of arbitrary regulation of attention andbehavior.Special trainings forchildren are designed to teach the skills of diaphragmatic breathing and theformation of a new respiratory stereotype with the predominance of abdominalbreathing over thoracic one.

Includes trainings:

0653_10
Alpha increase for children (1 ch.). Younger age.
0653_20
Alpha increase for children (1 ch.). Older age.
0661_10
Theta decrease for children.
0662_10
Beta/theta training for children (coloring book, puzzle, game).
0662_20
Beta/theta training for children (maze, video).
0663_10
Beta increase for children.
0664_10
SMR regulation for children.
0654_10
Alpha increase for children (2 ch.). Younger age.
0654_20
Alpha increase for children (2 ch.). Older age.
0721_20
Diaphragmatic breathing for children. Older age.
0721_10
Diaphragmatic breathing for children. Younger age.

Sensors are used:

A_4031-3
A_4031-3. EEG Bipolar Lead (Micro-8)(with N electrode and cup adhesive electrodes)
Included in the main library of training scenarios.Used in scenarios 0653_10, 0653_20, 0661_10, 0662_10, 0662_20, 0663_10, 0664_10
A_5577-0
EEG/EEG Sensor (Micro-8M)
Included in the main library of training scenarios.Used in scenarios 0654_10 и 0654_20
A_5689-0
RespEf/RespEf Sensor (Micro-8M)
Included in the main library of training scenarios.Used in scenarios 0721_20 и 0721_10

Group 150. Adaptive model of combined operator activity (AMOA)

Includes trainings:

1500_10
AMOA training (Satellite, joystick) ECG.
1511_10
AMOA (Satellite, joystick) ECG, PPG*, SkC.
1513_10
AMOA (Satellite, joystick) EEG, ECG, SkC.

Sensors are used:

A_8302-2
ECG-Cable (witn N electrode) (Micro-8)
Used in a scenario 1500_10
A_5570-1
ECG/SkC/PPG* Sensor (Micro-8M) is connected to ABP-2
Included in the main library of training scenarios.Used in scenario 1513_10, 1501_10.
A_5430-5
SkC/PPG*+EEG Sensor (Micro-8M)
Used in scenario 1511
A_5590-01
Attention! A computer mouse or joystick (A_5590-01, section computing equipment and additional components) can be used for the training, which must be purchased additionally.

A_2577-45. Efficacy evaluation of BFB trainingspart of Software for functional biocontrol  with biofeedback training “REHACOR”

The software "Efficacy evaluation of BFB trainings" provides an assessment of the effectiveness and success of the BFB training in the processing mode in post-real time, in particular:
• quantifying the success of each managed stage of the session;
• quantitative assessment of the success of the BFB training session;
• quantitative assessment of the effectiveness of the full course of the conducted BFB trainings.
Monitoring the success of the BFB training is necessary for the instructor to confirm that the goals of the BFB training session are achieved as it progresses or at least tend to achieve the goal. Success control is also needed to be able to timely identify the absence of expected positive results or the appearance of some negative trends in the dynamics of physiological indicators in order to be able to adjust the course of the BFB training.
The effectiveness of the BFB training course as a whole is assessed on the basis of the average success index of all sessions included in this course and the "cumulative effect". The cumulative effect is estimated on the basis of identifying the tendency of accumulating physiological shifts of controlled parameters from session to session and characterizes the severity of long-term modification of the mechanisms of physiological regulation.
The software "Efficacy evaluation of BFB trainings" provides the formation of a verbal report on the course of the BFB training, with the inclusion of two or three-dimensional forms of representations of the results, for example, in the form of graphs for the session, graphs for the course, surface 3D diagrams of the course performance and conclusions on controlled parameters.
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Add-ons that extend the functionality of the execution REHACOR-NEXT

A_1531-11 Software for objective psychological analysis and testing «EGOSCOP» and a test library

Including the following groups:

  • multifactorial personality questionnaires;
  • interpersonal relationship questionnaires;
  • questionnaires of motivational features;
  • questionnaires of mental states;
  • self-attitude questionnaires;
  • temperament questionnaires;
  • questionnaires of abilities and values;
  • psychophysiological tests;
  • cognitive tests;
  • projective tests.

The software allows you to expand the library of drawing or text projective techniques, as well as various questionnaire tests.

Additional features for the auto-documentation of the testing process and special processing expand the user's capabilities in terms of an objective assessment of test results and allow the use of calculated statistical information about physiological and pictographic reactions for additional socio-psychological and cognitive-somatic interpretation of the conducted studies.

The list of tests is provided upon request, it is possible to change the composition of tests in agreement with the Customer.

It requires:

  • A_4074. Pen Display – electronic tablet Wacom CINTIQ 16 type (purchased individually);
  • MS Office as part of the personal computer software.

The set includes:

A_5570-1. SkC/ECG/PPG Sensor (Micro-8М)

to register physiological signals using the ABP-2 unitSkC, ECG, PPG signals are recorded

A_4074. Pen Display (electronic tablet Wacom CINTIQ 16 type or an analog)

It is a device for touch-sensitive accurate graphical input of information.Connects to a personal computer.When conducting psychophysiological research and psychological testing, it allows to:

  • register pictographic data characterizing the psychomotor activity of the subject;
  • produce synchronous auto-documentation of testing information (drawing arbitrary graphic images by the subject, writing words, numbers, etc.) with the parameters of the motor skills of the hand (pressure on the pen, the delay time before drawing graphic images and the delay time before moving to the next stage).
  • register the search activity of the subject when performing tests.

Attention: If you purchase it yourself, the type of device must be agreed with MEDICOM MTD Ltd.

A_6423. Oculomotor tubus and a corresponding test in the library

It is used for Critical flicker fusion and distinguishing tests (CFFF, CFDF), in order to assess the functional state of the cortical part of the visual analyzer and the central nervous system, as well as to assess the degree of inertia of mental processes and functional asymmetry.

A_6354. Pad for tapping test and an additional test in the EGOSCOP library

It is used for tapping test to determine the strength and mobility of the nervous system.Allows you to register, in addition to the dynamics of the frequency of hits, also the dynamics of the hit force.

A_1964. Heart rate variability analysis «HRV»

Used for:

  • as a screening test for psychophysiological studies
  • evaluation of the characteristics of the initial vegetative tone, vegetative reactivity and vegetative support of activity;
  • assessment of the adequacy of physical and psycho-emotional loads in educational and production processes

It can be used both independently and as an accompanying and related to the main testing in scientific non-medical research.

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The set includes:

A_2714. Disposable ECG Electrodes (use for recording ECG, EMG, EOG, in a package of 30 pcs.)

A_0803. Software "ENCEPHALAN-MPA" for the multiparametric analysis of signals via polygraphic channels with EEG signals for scientific research in psychophysiology

The software provides:

  • calculation and visualization of trends reflecting the cardiocycle (cycle to cycle) dynamics of indicators of the cardiovascular, vegetative and central nervous systems on a single time scale, for visual assessment of their relationship;
  • detailed analysis of recorded signals to assess physiological shifts in response to provoking influences in order to identify weak and compensatory links in the body's systems during psychophysiological tests;
  • conducting statistical and spectral analysis, constructing histograms and/or scattergrams of the distribution of indicators for specified study fragments;
  • formation of an automatic protocol with a formalized description and tabular data reflecting the initial state and significant changes associated with functional tests.

A_0712.  EEG and EP studies using audio-visual stimulation "ENCEPHALAN-AVS"(from the EP-studies "ENCEPHALAN-EP", the "basic" option)

SW "ENCEPHALAN-AVS" is designed to study the mechanisms of human perception and memory, emotions, attention, mental activity, with attention and memory disorders.

The main difference between an audiovisual stimulator and other types of stimulators is that AVS allows the use of stimuli with semantic content, which allows the use of ENCEPHALAN-AVS software in scientific research in cognitive psychology.

Requires:

  • additional monitor for presentation of video stimuli;
  • headphones or speakers for presentation of audio stimuli.
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The set includes:

A_9873. Button sensor

The sensor has two buttons on the body for marking events by the respondent, a built-in LED and a vibration module for presenting a light and vibrotactile stimulus to the respondent, as well as a built-in movement activity sensor and a Bluetooth 5.0 wireless module

А_4833. Optical synchronization module

The module provides registration of a synchronizing video stimulus on the PC monitor screen using a built-in optical sensor and a wireless module "Bluetooth 5.0".

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