Electrokymograph Scintillation

A scintillation electrokymograph is a device for graphically recording changes in the brightness of an X-ray screen in the area of ​​a photosensor placed on it.

The main components of an electrokymograph are an X-ray screen, a photosensor and a recording device. X-ray radiation, passing through the object under study, hits the screen, causing it to glow. The intensity of the screen glow at the location of the photosensor is converted into an electrical signal. This signal is amplified and fed to a recording device, which builds a graph of brightness changes - a kymogram.

Thus, a scintillation electrokymograph allows one to obtain a visual graphical representation of the dynamics of processes occurring in the object under study when it is irradiated with X-rays. It is widely used in medical diagnostics, as well as in scientific studies of various physical processes.

Electrokymograph scintillation for digital magnetocardiography is a device for recording the biopotentials of the heart muscle: electrocardiogram (ECG) and electromyogram (EMG). The Electrocardiograph device is usually used only in cardiological studies in clinics or intensive care units of a hospital. Recently, some companies have proposed a simplified system for starting ECG monitoring at home remotely if the patient has access to the Internet.

One of the possible options for home or daily living