Based on these ultrasound findings, a benign phylloid breast tumor was diagnosed according to the results of the histological examination.
In this case, by leveraging multi-parametric ultrasound, a medical imaging approach that combines multiple ultrasound parameters and modes to provide comprehensive and detailed images and information, clinicians were able to obtain a highly accurate and real-time assessment of the patient's condition effectively. By enhancing patient experience with more convenience, comfort, and accessibility, this modality, is getting widely acknowledged and used in clinical practice.
Medical minds think alike. The shared idea to provide patients with a non-invasive, convenient, and comfortable diagnostic method through ultrasound is in rising demand. Multi-parametric ultrasound, with its ability to gather and analyze multiple parameters, holds immense potential among caregivers to improve diagnostic confidence.
By integrating versatile images into one plane, Mindray's distinctive M-Reference, provides a quick and comprehensive understanding of the lesion assessments, leading to a more accurate diagnosis and treatment plan.
For lesion stiffness assessments, Strain elastography and STE have their own advantages. M-Ref. E Compare connects both functions to one plane, for combined stiffness assessment of the target lesion, completely and efficiently.
Tissue stiffness and perfusion details vary between the malignant tumor and the benign. M-Ref. C&E connects the contrast and STE to one plane, for a complete assessment of the lesion boundary and range of infiltration.
With a wealth of multi-dimensional and accurate information, multi-parametric ultrasound not only enhances the precision and effectiveness of medical evaluations but also contributes to improved patient experiences by offering a more comfortable and convenient healthcare service. Committed to bringing better healthcare to more people, we are keen to innovate to push the boundaries and unlock the potential of medical imaging.
Reference
[1] Source: Abstract from https://healthcare-in-europe.com/en/news/multiparametric-ultrasound-future-modality.html
