Hepatic cirrhosis in 3D: types, development, and clinical insights The liver is an extraordinary organ, performing hundreds of essential functions, from detoxification to nutrient metabolism. However, when cirrhosis develops, its intricate structure and functionality are severely compromised, often with irreversible consequences. What is hepatic cirrhosis? It’s a progressive liver disease characterized by scarring (fibrosis) and nodular regeneration of liver tissue. Over time, normal liver architecture is replaced with fibrotic tissue, leading to impaired function. The disease progresses through various stages, each with distinct anatomical and clinical features. Cirrhosis starts subtly, progressing from normal liver anatomy to micronodular subcompensated cirrhosis, where small nodules begin to form but liver function is partially maintained. As the disease advances, it can develop into macronodular decompensated cirrhosis, characterized by large nodules and significant loss of function, often accompanied by complications like jaundice and ascites. In the final stages, mixed terminal cirrhosis emerges, blending features of both types and marking the end stage of liver disease. With VOKA 3D Anatomy & Pathology, you can explore the progression of cirrhosis through hyperrealistic 3D models. Visualizing these transformations in exquisite detail helps medical students and professionals understand the structural and functional changes that occur in each stage. #hepaticcirrhosis #liverhealth #3danatomy #humanbody #medstudent #medicaltsudent #3danimation - @voka.io