Cardiology Research Real-time dynamic observation of cardiac structure and function, combined with B-mode/M-mode ultrasound for precise measurement of parameters such as cardiac chamber volume and blood flow velocity. Suitable for studies on myocardial infarction, heart failure, hypertension, and congenital heart diseases.
High-resolution vascular imaging enables accurate measurement of arterial wall thickness, lumen size, and intima-media-adventitia structure, facilitating analysis of vascular lesion mechanisms.
Label-free detection of tumor tissues supports precise measurement of arbitrary radial distances, areas, and volumes, providing a reliable tool for evaluating tumor growth and therapeutic effects.
Developmental Biology Research
Supports ultrasound monitoring of model organisms (such as mice, rabbits, and mini-pigs) at different developmental stages (embryonic, neonatal, and adult). High-resolution imaging clearly visualizes key processes like organ formation and growth, offering critical technical support for developmental biology studies.
High-resolution 2D imaging of tissues and organs (liver, kidney, spleen, etc.) in small animals, enabling real-time in vivo detection of blood flow and tissue perfusion imaging.
