The same finding was obtained when the experiments were repeated with extracts of rat brain and heart as well as rabbit bladder tissue
Disclosures: Khurram Jamil: Mallinckrodt Pharmaceuticals: Employee, Galectin Therapeutics: Stock - publicly traded company, Galectin Therapeutics: Employee, Naim Alkhouri: Madrigal: Grant/Research Support, Madrigal: Speaking and Teaching, Novo Nordisk: Consulting, Novo Nordisk: Grant/Research Support, Gilead: Grant/Research Support, Corcept: Grant/Research Support, Boehringer Ingelheim: Grant/Research Support, Echosens: Speaking and Teaching, Perspectum: Consultant, Cima: Consultant, Fibronostics: Consultant, 89Bio: Grant/Research Support, Inventiva: Grant/Research Support, Merck: Grant/Research Support, Pfizer: Grant/Research Support, Ipsen: Speaking and Teaching, Intercept: Speaking and Teaching, Madrigal: Consulting, Research Funding, Novo Nordisk: Consulting, Research Funding, Inventiva: Research Funding, Boehringer Ingelheim: Consulting, Research Funding, Corcept: Research Funding, Ipsen: Consulting, Research Funding, Gliead: Consulting, Research Funding, Speaking, Perspectum: Consulting, Research Funding, Cima: Advisor, 89Bio: Consulting, Research Funding, Akero: Grant/Research Support, Mitchell Shiffman: Bio89: Grant/Research Support, CymaBay: Advisor, CymaBay: Grant/Research Support, Durect: Grant/Research Support, Galectin: Grant/Research Support, Genentech: Grant/Research Support, Genentech: Speaking and Teaching, Gilead: Grant/Research Support, Gilead: Advisor, Gilead: Speaking and Teaching, HepQuant: Grant/Research Support, HepQuant: Advisor, Hamni: Grant/Research Support, High Tide: Grant/Research Support, Interept: Grant/Research Support, Interecept: Speaking and Teaching, Intercept: Advisor, Intra-Sana: Advisor, Intra-Sana: Speaking and Teaching, Ipsen: Advisor, Ipsen: Grant/Research Support, Ipsen: Speaking and Teaching, Madrigal: Grant/Research Support, Madrigal: Speaking and Teaching, Mirum: Grant/Research Support, Pliant: Grant/Research Support, Salix: Grant/Research Support, Salix: Advisor, Viking: Grant/Research Support, Hesham Elgouhari: Nothing to Disclose, Eric Lawitz: Nothing to Disclose, Edward Mena: Nothing to Disclose, Raj Vuppalanchi: Nothing to Disclose, CHIRAG PATEL: Nothing to Disclose, Seth Zuckerman: Galectin Therapeutics: Employee, Pol Boudes: Galectin Therapeutics, Inc.: Employee 2136 A MULTI-SCALE COMPUTATIONAL MODEL OF THE HEPATIC CIRCULATION APPLIED TO PREDICT THE PORTAL PRESSURE AFTER TRANSJUGULAR INTRAHEPATIC PORTOSYSTEMIC SHUNT (TIPS) Yang Ling 1 Jiaqi Gu 2 Yi Xiang 3 Jitao Wang 3 Deqiang Ma 4 He Zhu 5 Tianyu Liu 6 Chunlong Li 7 Qi Zhang 3 Jiahao Han 3 Deping Ding 4 Wei Wang 5 Qianlong Li 6 Haoguang Wan 7 Tianqi Wang 8 Xiaolong Qi 3 , 1 Zhongda Hospital, Southeast University, 2 School of Medicine, Southeast University, 3 Zhongda Hospital, 4 Taihe Hospital, 5 The Sixth People's Hospital of Shenyang, 6 Suining Central Hospital, 7 The Six Affiliated Hospital of Nantong U, 8 Gongli Hospital Medical Technology Background: Transjugular intrahepatic portosystemic shunt (TIPS) is a widely used surgery for patients with portal hypertension
Further research is needed to better understand the pathophysiology and optimal management of TTS in this population
On the other hand, carbonylation at non-functional sites may not impact protein function or stability, underscoring the importance of mapping carbonylation sites and evaluating their functional consequences on protein fate
Tree Physiol 21:329336 Tausz M, ircelj H, Grill D (2004) The glutathione system as a stress marker in plant ecophysiology: is a stress-response concept valid
