From mice and MOF: rodent models, immune modulation, and outcome in the critically ill.
From mice and MOF: rodent models, immune modulation, and outcome in the critically ill.
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来自小鼠和 MOF:啮齿动物模型、免疫调节和重症患者的结果。
DOI:
10.1097/01.ccm.0000202439.45624.e8
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发表时间:
2006
影响因子:
8.8
通讯作者:
K. Reinhart
中科院分区:
文献类型:
--
作者:
M. Bauer;K. Reinhart
Following a physiologic stress, the organism initiates the so-called acute phase response, which involves inflammatory mediators, hormones (thyroid hormones, steroids, sexual hormones, insulin), and the autonomic nervous system. Pharmacologic support of the failing circulation has been debated for 40 yrs, and catecholamines have been used for near a century to support it (1, 2). These physiologic neurohumoral mediators are mandatory to be adapted to terrestrial life as, for example, the massive catecholamine surge necessary to adapt from an intrauterine to an extrauterine life in which umbilical cord catecholamine levels correlate with perinatal stress (3). Actually, several agents are available with different pharmacologic spectra. Among catecholamines, dopamine, dobutamine, epinephrine, and norepinephrine are the most used drugs.The SOAP initiative is a “snapshot” of all patients admitted to 200 intensive care units (ICUs) across Europe during 2 wks, and has recently been published in the journal (3a). In the present issue of Critical Care Medicine, Dr. Sakr and colleagues (4) present a secondary analysis focusing on hemodynamic support using the database. They isolated patients receiving catecholamines and analyzed their survival according to the drug received. Other aspects from the SOAP survey were published as abstracts (5–8) or articles assessing specific points such as the pulmonary artery catheter (9).
影响因子:
4.4
作者:
Mark K. Eskandari;G. Bolgos;Christopher J. Miller;D. Nguyen;L. Deforge;D. Remick
通讯作者:
Mark K. Eskandari;G. Bolgos;Christopher J. Miller;D. Nguyen;L. Deforge;D. Remick