本文探讨了血浆前白蛋白在脑卒中后感染中的作用及预测潜力。脑卒中后感染常见,影响患者预后。前白蛋白作为营养状态和炎症反应的生物标志物,因其半衰期短,能迅速反映机体状况变化,受到关注。低水平前白蛋白与卒中后感染相关,尤其是肺...本文探讨了血浆前白蛋白在脑卒中后感染中的作用及预测潜力。脑卒中后感染常见,影响患者预后。前白蛋白作为营养状态和炎症反应的生物标志物,因其半衰期短,能迅速反映机体状况变化,受到关注。低水平前白蛋白与卒中后感染相关,尤其是肺炎。监测前白蛋白有助于预测感染风险,为干预提供依据。需进行大规模研究验证适用性。探讨前白蛋白与免疫功能、炎症反应的关系及标准化测定方法,对其临床应用至关重要。前白蛋白监测在营养评估和感染预测中均有重要作用,为改善预后提供新途径。This paper explores the role and predictive potential of plasma prealbumin in post-stroke infections. Post-stroke infections are common and significantly affect patient outcomes. Prealbumin, as a biomarker of nutritional status and inflammatory response, is gaining attention due to its short half-life, which allows for rapid reflection of changes in the body’s condition. Low prealbumin levels are associated with post-stroke infections, particularly pneumonia. Monitoring prealbumin levels can help predict infection risk and guide interventions. Large-scale studies are needed to validate its applicability. Understanding the relationship between prealbumin, immune function, and inflammatory response, as well as establishing standardized measurement methods, is crucial for its clinical application. Prealbumin monitoring plays a critical role in both nutritional assessment and infection prediction, offering a new approach to improving patient outcomes.展开更多
文摘本文探讨了血浆前白蛋白在脑卒中后感染中的作用及预测潜力。脑卒中后感染常见,影响患者预后。前白蛋白作为营养状态和炎症反应的生物标志物,因其半衰期短,能迅速反映机体状况变化,受到关注。低水平前白蛋白与卒中后感染相关,尤其是肺炎。监测前白蛋白有助于预测感染风险,为干预提供依据。需进行大规模研究验证适用性。探讨前白蛋白与免疫功能、炎症反应的关系及标准化测定方法,对其临床应用至关重要。前白蛋白监测在营养评估和感染预测中均有重要作用,为改善预后提供新途径。This paper explores the role and predictive potential of plasma prealbumin in post-stroke infections. Post-stroke infections are common and significantly affect patient outcomes. Prealbumin, as a biomarker of nutritional status and inflammatory response, is gaining attention due to its short half-life, which allows for rapid reflection of changes in the body’s condition. Low prealbumin levels are associated with post-stroke infections, particularly pneumonia. Monitoring prealbumin levels can help predict infection risk and guide interventions. Large-scale studies are needed to validate its applicability. Understanding the relationship between prealbumin, immune function, and inflammatory response, as well as establishing standardized measurement methods, is crucial for its clinical application. Prealbumin monitoring plays a critical role in both nutritional assessment and infection prediction, offering a new approach to improving patient outcomes.
