Heart diagnosis complex – CARDIOSCAN X9

Objective

System of noninvasive diagnosis of diseases, research of their development mechanisms, prediction of disease complications based of Magnetocardiography

CARDIOSCAN X9/

Stage:/

Industrial production/

Cardioscan X9 fills a gap in the diagnosis of heart between non-invasive, but low sensitivity usual methods of diagnosis (such as electrocardiography – ECG), and invasive (e.g. coronary angiography).

Patients suspected of having coronary artery disease, but with normal electrocardiogram, can be accurately classified through Cardioscan X9, taking into account the degree of myocardial ischemia.

Of the magnetic field is measured using a multichannel device, a map of the magnetic field is obtained over the chest; from such a map, using mathematical algorithms that take into account the conductivity structure of the torso, it is possible to locate the source of the activity.

For example, sources of abnormal rhythms or arrhythmia can be located using MCG.

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CARDIOSCAN X9/

Stage:/

Industrial production/

  • No need for shielding
  • State of art software solution
  • Cost-benefit advantages
  • Unique patient bed
  • R&D Perspectives

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CARDIOSCAN X9/

Stage:/

Industrial production/

  • Helping to detect early signs of myocardial ischemia, patients with unclear chest pain can be examined easily
  • Using confirm the diagnosis, also help to determine the extent and scope of ischemic changes
  • Ultra-sensitive device for monitoring the results of medical treatment
  • Class A device. Medication and treatment method can be individually matched and confirmed, without any risk to patients
  • Able to detect early signs of heart disease and to assess the risk of future development of heart disease

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CARDIOSCAN X9/

Stage:/

Industrial production/

how it worksOperating principle of our complex is based on registration of changes in the magnetic field caused by the electrical activity of the heart during cardio cycle.

Maximum sensitivity sensors – Superconductive Quantum Interference Device (SQUID), cooled in cryostat by liquid helium to the temperature of – 269ºC, are capable of detecting changes in a very weak magnetic signal.

how it works 2Application of sophisticated active and passive protection of the detector allows to install equipment even in susceptible to communications disruption rooms.

Automatic sliding table for the patient, bundled with fixed detectors, allows to playback electromagnetic maps of the electrical activity of heart the size of 20 x 20 ow it works 3cm.

Developed method CARDIOSCAN X9, using SQUID-technology, is highly promising for application in daily clinical practice.

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CARDIOSCAN X9/

Stage:/

Industrial production/

  • Unclear chest pain
  • Coronary vascular disease in patients with normal ECG
  • Acute myocardial infarction
  • Monitoring of patients after medical treatment
  • Monitoring of patients after surgical treatment
  • Monitoring of patients with heart diseases
  • Monitoring of burn patients during treatment

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