the Academic conference "Application of Dianosphate Disodium in Magnetic Resonance Differential Diagnosis of Small Liver Lesions" was successfully held in Gansu Province on July 25,2025. This specialized event, dedicated to exploring innovative integration of imaging technologies with clinical treatments, brought together leading experts and scholars from radiology and imaging science fields. The gathering focused on cutting-edge advancements and clinical applications in precise diagnosis of small liver lesions, marking a new era where liver disease diagnosis is transitioning from traditional morphological analysis to functional precision identification. The conference featured an in-depth discussion on the core value of gadopentetic acid (Gd-EOB-DTPA), a liver-specific contrast agent, in magnetic resonance imaging (MRI) examinations. Experts unanimously agreed that conventional imaging methods often face significant challenges in qualitative diagnosis for early, small, or atypical liver lesions. Through its unique mechanism of selective uptake and excretion by normal hepatocytes, Gd-EOB-DTPA not only provides multi-phase dynamic enhancement information but also enables functional imaging at specific hepatic and biliary phases. This approach offers crucial functional insights for understanding the biological behavior of lesions. 

     The conference featured an extensive case discussion session where leading clinical experts shared remarkable examples of using gadobutrol MRI to resolve diagnostic challenges in small hepatic lesions. Through meticulous interpretation of specific uptake reduction, deficiency, or delayed uptake patterns, these cases vividly demonstrated how this technology effectively differentiates benign lesions from malignant tumors, providing critical evidence for personalized treatment planning. 

    The successful hosting of this conference signifies a significant milestone in China's precision diagnosis of liver diseases. It not only offers a high-level platform for medical professionals to exchange knowledge but also clarifies the future direction ——of hepatic imaging: integrating functional information with morphological manifestations to enable early detection and accurate diagnosis, ultimately enhancing patient survival rates and quality of life through powerful imaging capabilities.