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EXTRAORDINARY BILE ACIDS AND DISTINCTIVE BILE-DESTROYING MAINTENANCE WORK MAKE UP THE TRUE CHARACTER OF LIVER DAMAGE AND LIVER FIXATION

Aimen Yaseen, Saifullah Hunjra, Dr. Muhammad Muhammad Naseem

They regularly regulate cholesterol homeostasis, strengthen lipid solubility and signal digestion on the Parley. Starting with queries about the fear that diseases of roughness acids can trigger activities and considerations that lead to liver damage. The existing research was led at Mayo Hospital Lahore from November 2017 to March 2019. Various hydrophobic bile acids are dangerous, and sufficient heights in the liver can stimulate cell degradation, apoptosis and contamination. Although hydrophilic bile is destructive, like ursodeoxycholic is destructive, it has the loosening effect in cholestatic liver diseases. In addition, new demands call for confirmation that bile acids are adequately stressed to restore the liver. The opposite order of liver damage and liver load from bile acids can indicate their actions and thinking. Our current research will show how extraordinary bile acids and distinctive bile-destroying maintenance work make up the true character of liver damage and liver fixation.

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