中文摘要：
在醫院環境中，脫水與營養不良問題十分常見，且往往存在診斷不足的情況。多重耐藥菌感染每年造成超過 3.5 萬名院內患者死亡。飲食與限水干預（DWR）對機體易感多重耐藥病原體的影響尚不明確。本研究發現，飲食與限水會顯著增加機體對 ESKAPE 耐藥致病菌全身感染的易感性。
本研究采用耐甲氧西林金黃色葡萄球菌感染的小鼠血流感染模型，證實飲食與限水會顯著提升小鼠的死亡率與發病程度。該干預會導致細菌載量升高、組織嚴重病變，同時腎臟內吞噬細胞數量增多。飲食與限水可改變吞噬細胞的功能，使其無法有效控制感染。
機制層面研究表明，飲食與限水會損害巨噬細胞對多種致病菌的吞噬能力，以及對凋亡中性粒細胞的胞葬作用。綜上，本研究凸顯了飲食與機體水合狀態在抵御感染過程中發揮的關鍵作用。
英文摘要：
Dehydration and malnutrition are common and often underdiagnosed in hospitalsettings. Multidrug-resistant bacterial infections result in more than 35,000 deatha year in nosocomial patients. The effect of temporal dietary and water restriction(DWR) on susceptibility to multidrug-resistant pathogens is unknown. We reportthat DWR markedly increased susceptibility to systemic infection by ESKAPEpathogens. Using a murine bloodstream model of methicillin-resistantStaphylococcus aureus infection, we show that DWR leads to significantly increasemortality and morbidity. DWR causes increased bacterial burden, severe patholog:and increased numbers of phagocytes in the kidney. DWR appears to alter thefunctionality of these phagocytes and is therefore unable to control infection.Mechanistically, we show that DWR impairs the ability of macrophages to phago-cytose multiple bacterial pathogens and efferocytose apoptotic neutrophils.Together, this work highlights the crucial impact that diet and hydration play inprotecting against infection.
論文信息：
論文題目：Dietary and water restriction leads to increased susceptibility to antimicrobial resistant pathogens
期刊名稱：Science Advances
時間期卷：Vol 10, Issue 30(2024)
在線時間：2024年7月24日
DOI: 10.1126/sciadv.adi7438
產品信息：
貨號：CP-005-005
規格：5ml+5ml
品牌：Liposoma
產地：荷蘭
名稱：Clodronate Liposomes&Control Liposomes
辦事處：靶點科技
Clodronate Liposomes氯膦酸鹽脂質體在細菌感染妊娠小鼠模型種清除巨噬細胞。荷蘭Liposoma巨噬細胞清除劑ClodronateLiposomes見刊于Science Advances：飲食與飲水限制會增加機體對抗菌藥物耐藥病原體的易感性。
Liposoma巨噬細胞清除劑Clodronate Liposomes氯膦酸二鈉脂質體清除巨噬細胞的材料和方法：
Macrophage depletion was achieved by intravenous injection of clodronate-containing liposomes (1 mg of clodronate per mouse) or PBS liposomes (Liposoma) 24 hours before challenge with TH16.
巨噬細胞清除材料和方法文獻截圖：
