1.Treatment of refractory septic shock with veno-arterial extracorporeal membrane oxygenation:a case report
Xuemei ZHANG ; Chunxia WANG ; Liuxue GUO ; Renjie ZHOU ; Peiyang GAO
Chinese Journal of Integrated Traditional and Western Medicine in Intensive and Critical Care 2024;31(2):242-244
Septic shock has always been a challenging problem for people,with a high incidence rate and mortality.After decades of development,significant progress has been made in the pathophysiology and clinical aspects of septic shock.The"Surviving Sepsis Campaign"guidelines provide a suitable approach to directing treatment,enabling earlier recognition of septic shock and reducing its mortality rate.However,there are still many challenges,such as refractory septic shock(RSS)and multiple organ failure.Over the past decade,extracorporeal membrane oxygenation(ECMO)technology has been increasingly applied in the treatment of critically ill patients.Whether ECMO can be considered as a salvage treatment for RSS is increasingly being considered.This report presents the experience of successfully treating a patient with RSS using ECMO in our department.For the management of RSS,it is recommended to consider ECMO as a worthwhile option,providing some practical experience for the treatment of RSS with ECMO.
2.Research progress of metformin in non-Hodgkin lymphoma
Liuxue WANG ; Xiaoping XI ; Jingjing LIU ; Guomin SHEN ; Haiping YANG
Journal of International Oncology 2022;49(7):436-440
Preclinical studies have shown that metformin, an activator of AMP-activated protein kinase (AMPK) , can inhibit the growth of lymphoma cells without affecting the function of normal lymphocytes, promote the apoptosis of lymphoma cells and improve the tumor immune environment. Clinical studies have shown that metformin can improve the efficacy of chemotherapy and prognosis of non-Hodgkin lymphoma (NHL) . Through the influence on glucose metabolism, it can improve blood glucose level and reduce the incidence of steroid diabetes. The main molecular mechanisms of metformin against NHL include activating AMPK in tumor cells, inhibiting mammalian target of rapamycin signal, inhibiting key cholesterol synthesis, improving glucose metabolism, enhancing highly cytotoxic T lymphocyte (CTL) activity and so on. Current research shows that metformin may become a new strategy for the treatment of NHL.
3.Wu-Yao,Da-Huang combination protect the intestinal barrier in the treatment of severe acute pancreatitis experience
Zhongdong ZOU ; Liuxue MA ; Hexiang YAO ; Yu WANG
International Journal of Surgery 2010;37(6):369-372
Objective To observe the effects of Wu-Yao,Da-Huang combination on severe acute pancreatitis gut barrier protection,and on the clinical treatment of severe acute pancreatitis.Methods In the past 10 months,45 casea of severe pancreatitis those treated in our department were randomly divided into 3 groups.group A:on the basis of conventional treatment of inhibiting trypsin secretion and anti-infection,50%magnesium sulfate 50 mL were insected via stomach tube,twice a day;group B:on the basis of conventional treatment,Da-Huang decoction 100 mL high retention enema,twice a day;group C:on the basis of conventional treatment were given by Wu-Yao decoction 50 mL.as well as 100 mL Da-Huang decoction enema,twice a day.Three groups were observed the release of abdominal distension,abdominal(bladder pressure measurement),ACAPHE-Ⅱ score,indicators of neutrophils(N),C-reactive protein(CRP),and the blood levels of D-lactic acid in 1,3,5,7,9 days etc.Results The abdomenal circumference,abdominal pressure,APACHE-Ⅱ score,N and other indicators of the three groups after treatment had the significantly different(P<0.05),with group C the most significant decrease,while no significant difference in CRP.Endotoxin content in three groups was significantly different(P<0.05),and each diminished with time(P<0.05).Conclusion Wu-Yao,Da-Huang combination on gut barrier dysfunction in severe acute pancreatitis showed synergistic protective effect.

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