SensitivE Audit - a new line of modular diagnostic hardware-software complexes (HSC)

TempoHeart is the most informative non-invasive method of quantitative assessment of the vegetative regulation of heart rhythm.

The analysis conducted by the TempoHeart shows the state of the regulatory mechanisms of the physiological functions in the human body, general activity of regulatory mechanisms; ratio between the sympathetic and parasympathetic divisions of the vegetative nervous system; degree of the body adaptive response when exposed to stress.

This module enables: to assess the vegetative regulation of heart rhythm and identify the risk groups for the development of cardiovascular pathology (cardiac rhythm disturbances, myocardial infarction, hypertensive crises, strokes), assess the level of stress, and also give an objective assessment of the response of the vegetative nervous system when body exposed to electromagnetic fields.

Module set

• pulse sensor
• modular unit in the motherboard
• HRV option in LifeStream program

This method allows you to conveniently obtain information on 85 parameters of the peripheral and biochemical composition of blood, hemodynamic parameters, information on the transport of blood oxygen, and the activity of the cardiovascular system in a non-invasive method.

This module works on the basis of the method of spectrophotometric analysis. It includes measurement of absorption and reflection of light of a certain wavelength and electromagnetic radiation in representative areas of the body with the registration of infrared radiation of arterial temperatures.

It is based on the dependence of the change in the oxygen diffusion coefficient, the PH-medium and the occurrence of paroxysmal states.

The method is a preliminary clue for a specialist and cannot replace medical laboratory tests.

Module set:

• pulse registration sensor
• thermovascular sensor
• modular unit in the motherboard
• TempoLab option in LifeStream program

DynamicBIA module analyses disruptions of conduction and microcirculation of tissues in the conditions of dosed stimuli, identifying the focuses of these disturbance and their effect on the functional reserves of adaptation.

DynamicBIA allows in a short time to identify pathology or disorders in the human body and conduct a more detailed examination.

The DynamicBIA method of frequency - wave conductivity is based on measuring the active and reactive resistances of tissues which makes it possible to record the degree of accumulation of electric charge by cells. This method allows to identify potential target organs, as well as the activity of the sympathetic and parasympathetic divisions of the nervous system, also it allows to assess the reserve capacity of the body.

It is applied for:

• Comprehensive assessment of intracellular and extracellular resistance to physiological stimuli, homeostasis organs by a non-invasive method based on diagonal impedance.
• For the early detection of various pre-pathological and pathological disorders in organs and tissue systems at the stage of disease development.
• Allows to identify hidden, latent areas of impaired conduction of tissues, and to determine their impact on the functional reserves of adaptation of the examined object

Module set:

• frontal electrodes
• hand electrodes on a wooden plate
• foot electrodes on a wooden plate
• modular unit in the motherboard
• DynamicBIA option in LifeStream program

LineBIA is based on the ability of tissues to conduct electricity. The resistance of the tissues to the current is directly proportional to the content of fluid in them: muscle tissue is an active and powerful conductor, and weakly hydrated adipose tissue is an insulator. Measurement of body composition by bioimpedancemetry is based on an assessment of the distribution of fluid in the human body.

The total body weight of a person is considered as a combination of the components of fat, fat free (lean) and bone mass in the body. Lean mass consists of extracellular fluid and connective tissue. Active cell mass include muscle cells, nerve fiber cells and cellular structures of non-muscular organs (brain, adrenal glands, thyroid and parathyroid glands, etc.). A series of parameters is estimated in the process of studying the human body composition by BI, the magnitude of each parameter is formed from several factors.

LineBIA module conducts monitoring and correction of nutrition programs; physical strength assessment; analysis of water-salt metabolism.

In accordance with the information received from the body of the subject this module allows to determine the following indicators:

• The quantitative content of fluid in the body.
• Body mass index.
• Main exchange.
• Active cell mass.
• Bone mass.
• Fat mass.

With the help of the LineBIA module we obtain an objective method for analyzing a human’s body composition in a safe way and with high objectivity.

Module set:

• foot electrodes
• hand electrodes
• unit in the motherboard
• Bioimedance option in LifeStream program

The programs of this module are designed for relaxation and creation of certain states of consciousness due to the impact of rhythm, pitch and musical intervals of sound and light stimulation.

To obtain an emotional response of the body the peripheral device of this module uses a pulsating sound and light signals.

This module allows you to normalize:

It also allows rehabilitation after stress (emotional, physical, improve the psycho-physiological condition of athletes and rationally prepare them for competitions.

Module set: