Toshiba Aplio 400 Ultrasound Part Number Keyboard-BSM34-0104

Toshiba Aplio 400 Ultrasound Part Number Keyboard-BSM34-0104

Knowledge point

Brand and Model:
Brand: Toshiba
Model: Aplio 400
Application field:
Toshiba Aplio 400 is primarily used for clinical ultrasound diagnosis, providing high-quality images and rich diagnostic information to support the early diagnosis and treatment of a variety of diseases.
Second, core technology and characteristics
Revolutionary imaging technology
"Firefly" imaging technology: This is a new, unique ultrasound technology developed by Toshiba that automatically detects tiny calcifications in breast tissue. Malignant calcification is one of the most reliable signs in the diagnosis of breast cancer, so this technique has great clinical significance in the diagnosis and interventional therapy of breast diseases. It uses patented advanced image processing technology to highlight the tiny tissue signals that can be detected by the device but not displayed in the past - tiny calcification dots, which are as eye-catching as fireflies in the vast night (increasing their brightness by more than 10 times), bringing a new tool for clinical diagnosis.
Microangiography
The path of contrast agent microvesicles can be clearly displayed, and the structural blood vessels of the diseased tissue can be automatically displayed in the area of interest, even in the area of tissue hypoperfusion and margins. At the same time, the motion compensation function is used to provide perfect microangiographic imaging.
Using the ultra low mechanical index imaging technique, the information of blood flow and contrast agent perfusion can be displayed simultaneously. To display and distinguish the perfusion of contrast media in three different colors at the same time, so that the display of contrast media Wash in/Wash out can achieve the best effect.
Four dimensional contrast analysis
4D CHI/MFI imaging can overcome the limitations of current contrast-enhanced ultrasound imaging, and comprehensively and intuitively observe the perfusion of contrast media and the distribution of blood vessels around and inside the lesion. For the first time in the industry, 4D contrast analysis is realized, and the analysis data is more accurate and can better reflect the actual blood supply in the analysis area.

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