Projects: Medicine and Biology
Supersensitive Magnetocardiographic System for Early Recognition, Precise Diagnosis and Monitoring of Heart Diseases
SQUID-magnetometry system to control magnetic contrast agents and targeted transport of medications with magnetic carriers
Market investigation of new non-invasive imaging and analysis technology for early diagnosis of heart diseases
Cooperative development of 9-channel magnetcardiography system
Development of method and apparatus for 3D imaging of electrophysiological activity of biological tissues
Production of individual components of the magnetic scanner
Sensory devices for medical needs
Cardioplus - portable ECG and ECG photometric systems for diagnosis of heart disease and combined ECG and pulsemetrical diagnosis of cardiovascular system
Pulsodyn - photopletyzmograph - diagnosis of vascular diseases and human condition under the influence of negative factors (stress, trauma, viability)
Hemodyn - photopletyzmograph with pneumatic device for blood vessels clamping - diagnosis of microcirculatory level of blood flow
Photohemometr - portable noninvasive hemoglobinometer - to determine the level of hemoglobin in human tissues
Plazmontest - based on surface plasmon resonance - for biochemical and immunological tests (bacteria, virus, fungus, toxin) - diagnosis in veterinary medicine
CO2-meter, Atsetotester, Alkotester - measurement of human exhaled air - diagnosis of many diseases
Gazosens - multisensor gas-analyzer CO2 + O2 + CO, diagnosis of human health and disease
Information Communicator for Medicine
Mutual understanding and communication between doctors and patients is a very important problem as in medicine, so in telemedicine. Ability of correct communication and mutual understanding during the disease or separate stage of disease helps to diagnose, prognose a clinical behaviour, and accelerate the recovery.
Communication problems between a doctor and a patient influence correctness of the diagnoses and quality of a doctor aid, and complicate the medical treatment.
It is proposed to apply special hardware-software means, particularly information communicators to simplify the communication of doctors with patients (particularly with voice limitation) and increase treatment efficiency beginning from the first contact.
Portable device "Floratest" for express-diagnostics of plants state for agriculture and ecological monitoring
Portable device "Floratest" for express-diagnostics of plant state allows easy to estimate the level of influence of stress factors of natural or anthropogenic origin on alive plants. The device is based on real time processing of the curve of chlorophyll fluorescent induction.
Wireless Sensor Network for Precision Farming, Environmental Protection and Medicine
In agriculture, ecological monitoring and medicine it is very important to obtain data of the real-time influence of stress factors of natural or anthropogenic origin on the state of biological objects (e.g. plants, humans etc.). For this purposes special means are used in modern industrial agriculture, environmental monitoring, medicine and military applications.
Bayesian recognition of protein secondary structure
Prediction of protein geometry
Simulation of interaction of functional systems at extreme perturbations internal and external environment
One of the pressing problems of the physiology of sports, work and recreation is the study of the interaction mechanisms active - changes in minute volume of respiration, circulation, operation of smooth muscle of the blood vessels- and passive regulation of the respiratory system - the immune system response, erythropoiesis, thermoregulation- to various perturbations internal and external environment (hypo- and hyperbaric, gipermetaboliya, hemic hypoxia).
In practice, such problems arise due working at high altitude, in the underwater environment on the depth, with heavy physical work with various circulatory disorders. The modern instrumental methods make it impossible to assess the degree of tissue hypoxia occurring at extreme perturbations of external and internal environment and match their impact.
Training, competitive activity and recovery of persons engaged in combat sports
An important task of the sports physiology, work and recreation is a continuous process of training and rehabilitation of persons performing heavy physical work in a high stress situation. Modern instrumental methods do not provide an opportunity to assess the depth of tissue hypoxia, hypoglycemia, and to investigate the reliability and readiness of individuals to perform a certain amount of heavy physical work in an environment where unconventional decisions were made, and to recover in a short period of time.
Persons engaged in combat sports are convenient objects for modeling and study of the process, because fighters conducting competitive activity during several bouts throughout the day and for several days in a row, should recover physically and psychologically, to get ready for the next match and during the match, if necessary, to take non-standard decision.
Operating system operator continuous interaction in conditions of high voltage and situational changes in temperature environment
One of the major challenges of medicine is the development of the criteria of reliability and success in the professional selection. To a large extent this applies to system operators continuous interaction (pilots, drivers of military transport), whose work has specific characteristics, which are caused by a significant rate of movement of objects, sudden onset emergencies, a significant possibility that changes in environmental parameters, besides they depend on such factors the acceleration, change in pressure, temperature, vibration, vibrations, noise, in certain circumstances, have to work in special equipment and being in small spaces.
The essential point is the need to predict the reliability of the particular individual under different disturbance. The objective difficulty of obtaining experimental data on the mechanisms of regulation of different functional systems can be to some extent offset by numerical experiments with mathematical models describing the behavior of these systems in the various external and internal disturbances.