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Research Article: Analysis and Verification of Glycosylation Characteristics of Septic Acute Kidney Injury

Date Published: 2023-12-05

Abstract:
Severe sepsis frequently presents with multiorgan dysfunction, with the kidneys being particularly susceptible. The mortality rate of sepsis accompanied by acute kidney injury (AKI) is much higher than that without AKI, resulting in a significant societal and medical burden., Consequently, the timely diagnosis and treatment of AKI in sepsis are of utmost importance. Several early markers of renal injury, such as NGAL and KIM-, have improved early detection of AKI. However, additional biomarkers are needed to predict the severity of AKI in sepsis. Moreover, current treatments are mainly symptomatic, including anti-infective measures and fluid replacement, and there is still a lack of targeted therapies. Although the concept of regulating inflammation in sepsis has great theoretical potential, previous attempts at targeted immune regulation of inflammatory mediators have been unsuccessful., Consequently, it is necessary to understand the mechanisms of inflammation regulation and propose novel approaches to diagnose and treat AKI in sepsis.

Introduction:
Severe sepsis frequently presents with multiorgan dysfunction, with the kidneys being particularly susceptible. The mortality rate of sepsis accompanied by acute kidney injury (AKI) is much higher than that without AKI, resulting in a significant societal and medical burden. , Consequently, the timely diagnosis and treatment of AKI in sepsis are of utmost importance. Several early markers of renal injury, such as NGAL and KIM-, have improved early detection of AKI. However, additional biomarkers are needed to…

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