• Глобальная сенсорная сеть


    The team "Global Sensor Network" consists of the leading specialists from several research institutes of the Russian Academy of Sciences, Novosibirsk State University, as well as a number of foreign institutions and hospitals. The overall project management, the development of complete devices, prototypes and production are carried by Scientific Production Company "Relsib".

    Our advantages:

    - We enable a complex research and development of new sensor materials and structures, producing software, design and technology of complete devices;

    - We use of the latest scientific achievements of our team members in the field of biosensors, sensors on the single chip, optical sensors, methods and technical solutions for electrocardiographic diagnosis with 3-d visualization and biological fluids analysis, use microchannel matrices technology, etc.;

    - We provide advanced infrastructure for the research results implementation in the manufacture and to the market;

    - The idea of the MDD team is to use the "global sensor network" concept, and hence the scientific research of MDD will be conducted according to the international standards and integration data from the sensors in the network.

    Project presentation:

    Human medical parameters remote monitoring system
  • Website
    http://relsib.com/
    Location
    g. Novosibirsk
    Email
    chif@relsib.com
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  • The main idea of ​​the Concept of MDD

    1. We consider MDD to be mainly the finished set of technical tools - toolbox for use by numerous academic medical institutions and communities for their work. Tomorrow, we will create the technical ability for remote control of the human health parameters, their analysis, mathematical processing, prevention, archiving, etc., and the day after thousands of health care teams will develop methods of working with new equipment in this field.

    2. We create intelligent sensors, with the ability of their communication, current situation analyzing and decision making.

    3. We develop stand-alone power generators for feeding the sensors to make them almost eternal, high hermetic, with the human body implantation facility.

    4. MDD is functionally the set of intelligent sensors and a receiver. The connection of sensor and receiver is held with a special protocol, invisible for the external devices, developed specifically for this device. The data from the receiver to your mobile phone and other external communications devices is carried by standard protocols.

    5. We use the multi-level diagnosis from simple cases to complex cases as well at hardware level: the receiver and sensors (actually MDD), a mobile phone with the software, the remote server with software (cloud computing), the doctor’s PC.

    6. We create the complete set of technical means for the widespread usage of MDD in medicine, in family, in sports, etc.

    7. We create unique solutions that enabled the use of MDD for various citizen categories without any inconvenience.

    8. Our MDD will be designed mainly for home use.

    • Experience in the field of medical diagnostics

    We created medical free-running temperature recorder, 16-channel universal measuring device for wireless sensors, wireless temperature sensor, wireless sensors communication protocol: LP Sensor (Low Power Sensor), small-size induction microgenerator for sensor feeding (patent pending).

    We also developed a three-dimensional structure creation technology, MEMS and NEMS technology of micro-channel matrixes on silicon, and created biosensors based on these technologies. Investigations of biomolecules interactions, the possibility of nucleic acid analyzing, blood unicellular molecules isolation ability were conducted, and we got 6 patents on these researches.

    We conducted tests on fiber-optic sensor technology to create the electrocardiographic diagnosis with 3-d visualization, and we got 8 patents on these researches.

  • Partners

    Research Institute of Circulation Pathology, named E.N. Meshalkin, Novosibirsk,

    Research Center of Clinical and Experimental Medicine SB RAMS (Russian Academy of Medical Sciences), Novosibirsk

Project presentation