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& Manson, J

J Biol Chem (2011) 286(39):3416474

Disclosures: Niki Wadhwa: Nothing to Disclose, Kevin Houston: Nothing to Disclose, Hiba Khan: Nothing to Disclose, Hasan Alroobi: Nothing to Disclose, Nikita Chadha: Nothing to Disclose, Chad Spencer: Nothing to Disclose, Richard Sterling: ABIM: GI Specialty Board, Abott: Grant/Research Support, AbbVie: Grant/Research Support, Roche: Grant/Research Support, Zydus: Grant/Research Support, GSK: Grant/Research Support, HCV Vax: Grant/Research Support, Gilead: Grant/Research Support, Amon Asgharpour: Madrigal: Advisor, Galectin: Clinical Endpoint Committee, Nicole Keller: Nothing to Disclose, Joel Wedd: Nothing to Disclose, Hannah Lee: Nothing to Disclose, Mohammad Siddiqui: AMRA: Advisor, 89Bio: Advisor, NovoNordisk: Grant/Research Support, Vaishali Patel: Nothing to Disclose, Sayed Obaidullah Aseem: Galmed Pharmaceuticals: Grant/Research Support, Vinay Kumaran: Nothing to Disclose, Seung Lee: Nothing to Disclose, Amit Sharma: Nothing to Disclose, Aamir Khan: Nothing to Disclose, Daisuke Imai: Nothing to Disclose, Marlon Levy: Nothing to Disclose, David Bruno: Nothing to Disclose 1363 POST-TRANSPLANT PREDICTORS AND OUTCOMES OF PERSISTENT CHOLESTASIS AFTER LIVER TRANSPLANTATION Aaroh Patel 1 Vaishali Patel 1 Alexis Kim 1 Rehan Razzaq 1 Madison Nguyen 2 Mohammad Siddiqui 1 , 1 Virginia Commonwealth University, 2 VCUHS Background: Liver transplantation (LT) is the only curative treatment for end-stage liver disease (ESLD)

In the experiments, acetone is introduced into the aqueous solution to increase the mixing entropy of the blending system significantly, which weakens the dependence of assembly process on specific interactions and permits to regulate the assembly structure dynamically 49

doi: 10.1016/j.nut.2016.12.018