Quantitative ultrasound is a sophisticated field of diagnostic imaging that allows for the evaluation of tissues' mechanical and physical properties, overcoming the limitations of conventional ultrasound. In our laboratory, we use this advanced technology to enhance the detection and diagnosis of various diseases. We focus on estimating important coefficients such as the backscatter coefficient, attenuation, and the nonlinearity parameter. These parameters enable a more accurate and detailed characterization of tissues, which is essential in diagnosing complex conditions like cancer.
Our projects aim to not only improve diagnostic precision but also contribute to the development of new methodologies and equipment that can be used in clinical practice. This work seeks to enhance patient care by providing more reliable imaging tools and advancing the overall effectiveness of ultrasound technology in healthcare.
