Presentation of the team "Astmedkom"
AstMedCom is a team of like-minded people from Astrakhan, with successful experience in planning and conducting research on innovative projects, relevant to the main areas of medicine (including clinical medicine, laboratory diagnostics, creation of diagnostic systems), information technologies, automation and robotization, which will ensure efficiency developing a mobile diagnostic device.
The MDU of the team will make it possible to diagnose the entire spectrum of diseases, indicated in the technical assignment of Selection. Its main task is to identify the patient's diseases in the early stages and prevent the transition of the identified diseases to the chronic form. The device does not require special technical knowledge from the user, it has an intuitive user-friendly interface.
MDU actively uses cloud technologies and easily integrates with any medical information systems. In the developed MDU, all functions of the telemedicine system of simultaneous transmission of video images and patient data are implemented, this will allow the patient to receive qualified consultations without visiting a medical institution, while reducing the time spent by the doctor on history taking. It is especially convenient to use this system for persons at risk who need systematic observation of the doctor in real time.
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An emergency call button is provided in the MDU. A distinctive feature of this system is its ability to carry out Holter monitoring of cardiological parameters, parameters of pressure and temperature. In the proposed MDU, non-contact cardiac sensors are used, they are installed in a special belt that fits on the patient's body, this design simplifies the installation and positioning of cardiac sensors. The belt does not constrain movement, there is no problem of spontaneous disconnection of the electrodes.
The technique developed by the team to identify and determine the degree of angina allowed us to abandon the classical scheme based on the use of an exercise bike. All sensors devices are wireless, have a built-in battery and are equipped with contactless charging. To determine the saturation of oxygen and hemoglobin in the device uses a spectrometric sensor of its own design. The device is equipped with a photometric scanner test strip, resulting in increased measurement accuracy (due to the exclusion of the individual characteristics of human color perception).
At the moment, MDU prototype models have already been developed and work is underway to create a laboratory prototype.
The MDU of the team will make it possible to diagnose the entire spectrum of diseases, indicated in the technical assignment of Selection. Its main task is to identify the patient's diseases in the early stages and prevent the transition of the identified diseases to the chronic form. The device does not require special technical knowledge from the user, it has an intuitive user-friendly interface.
MDU actively uses cloud technologies and easily integrates with any medical information systems. In the developed MDU, all functions of the telemedicine system of simultaneous transmission of video images and patient data are implemented, this will allow the patient to receive qualified consultations without visiting a medical institution, while reducing the time spent by the doctor on history taking. It is especially convenient to use this system for persons at risk who need systematic observation of the doctor in real time.
')
An emergency call button is provided in the MDU. A distinctive feature of this system is its ability to carry out Holter monitoring of cardiological parameters, parameters of pressure and temperature. In the proposed MDU, non-contact cardiac sensors are used, they are installed in a special belt that fits on the patient's body, this design simplifies the installation and positioning of cardiac sensors. The belt does not constrain movement, there is no problem of spontaneous disconnection of the electrodes.
The technique developed by the team to identify and determine the degree of angina allowed us to abandon the classical scheme based on the use of an exercise bike. All sensors devices are wireless, have a built-in battery and are equipped with contactless charging. To determine the saturation of oxygen and hemoglobin in the device uses a spectrometric sensor of its own design. The device is equipped with a photometric scanner test strip, resulting in increased measurement accuracy (due to the exclusion of the individual characteristics of human color perception).
At the moment, MDU prototype models have already been developed and work is underway to create a laboratory prototype.
Source: https://habr.com/ru/post/160623/
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