Which of the following is NOT a likely consequence of advanced liver cirrhosis?

Advanced liver cirrhosis leads to several significant physiological changes due to the extensive damage to liver cells and the resulting compromised liver function. Among these consequences, impaired detoxification, hypertension, and reduced protein synthesis are well-documented effects of advanced cirrhosis.

Impaired detoxification occurs because the liver is responsible for processing and eliminating toxins from the body. In cirrhosis, the liver's ability to carry out these functions diminishes, leading to the accumulation of harmful substances.

Hypertension, specifically portal hypertension, is another common consequence of cirrhosis. As the liver scars and the vascular architecture is altered, there is increased resistance to blood flow through the liver, which can result in elevated blood pressure in the portal venous system.

Reduced protein synthesis is also a critical consequence. The liver synthesizes many vital proteins, including albumin and clotting factors. In cirrhosis, this synthesis is impaired, leading to conditions such as edema, ascites, and coagulopathy.

In contrast, increased muscle strength is not a typical outcome of advanced cirrhosis. In fact, muscle wasting and weakness are often seen due to malnutrition and the body’s inability to utilize proteins effectively. Thus, increased muscle strength is