Ultrasound Monitoring of Heartbeats and Blood Vessels at Hospitals
Ultrasonography uses sound waves to produce pictures of the inside of the body. It helps diagnose the causes of pain, swelling and infection in the body’s internal organs. It even helps examine an unborn child (fetus) in pregnant women.
Ultrasonography also helps diagnose heart conditions, and assess damage after a heart attack. This makes ultrasound application safe, noninvasive, and does not use radiation.
Because ultrasound captures images in real-time, It can accurately show blood flowing through blood vessels.
As for children, It’s often used during prenatal visits to count the baby’s heart rate. Using a doppler ultrasound device as one type of monitoring is currently helping doctors check babies’ heart rate continuously during labor and birth.
While existing HR assessment methods have several limitations, the Doppler Ultrasound (Doppler-US) might be a promising alternative.
For that specific reason, several doppler ultrasound devices are being manufactured and used on a daily basis at hospitals. The Wireless 3 in 1 Ultrasound Scanner SIFULTRAS-3.3 Triple Headed: Convex, Linear and Cardiac Probe proved to be one of the most efficient devices.
First of all, the device is frequently used by cardiologists thanks to its cardiac probe. This probe does not only gratify cardiologists of its effectiveness, but also emergency doctors, anesthetists… etc.
Thanks to its lower frequency (3.5-5 MHz) the probe allows the practitioner to make PW measurements.
On the other hand, the SIFULTRAS-3.3 Gives a visual overview of flow and velocity within the vessels. It is capable of accurately identifying vessels, valves, and turbulent flow.
Added to all that, it provides Guidance for reproducible quantification of flow velocities using Pulsed-Wave Doppler.
It is also capable of locating s area of stenosis or thrombosis and determining the existence and amount of arterial plaques and associated turbulent flow.
The SIFULTRAS-3.3 is highly accurate as it can successfully find small vessels such as mouse coronary arteries, femoral and arcuate arteries. This enables it to quickly evaluate blood flow after a stroke or other cases due to impaired blood flow.
With all these advanced functionalities, the SIFULTRAS-3.3 can only be the very first ultimate choice of so many cardiologists, vascular surgeons, phlebologists, and vein specialists. By using this device, the ultimate aim forever remains to reduce morbidities and mortality rates among affected patients.
