In breast pathology, breast ultrasound using tissue elastography helps to differentiate benign and malignant tumors, helping to limit unnecessary biopsies.

Tissue elastography is considered a new breakthrough in the field of diagnostic ultrasound, helping to examine the hardness of tissue (Virtual Touch) to identify benign or malignant tumors. The applications of tissue elastography are quite diverse, but the most valuable is to help diagnose soft tissue tumors more accurately and reduce unnecessary biopsy indications.

Early detection and diagnosis of thyroid cancer plays a very important role in helping the cure rate in the early stages reach nearly 100%. With the development of science, nowadays, tissue elastography ultrasound technology can help diagnose the hardness of thyroid tumors, thereby assessing the malignancy of the disease.

Tissue elastography has been widely used in adults in recent years and is a promising imaging tool in children. Tissue elastography helps to accurately assess tissue lesions, thereby narrowing the indication for biopsy without missing lesions.

Breast elastography is an ultrasound technique that provides additional characteristics of breast lesions in addition to conventional ultrasound. Elastography provides a noninvasive assessment of lesion stiffness. It increases the specificity of conventional B-mode ultrasound in the evaluation of breast lesions.

Thyroid tissue elastography is a new application of ultrasound, through which tissue elastography can assess the stiffness of tissue under the influence of gravity. Each tissue with a pathology has a different elasticity, thereby being able to examine and apply in early screening for thyroid cancer.