Martín-Aspas Andrés, Guerrero-Sánchez Francisca M, García-Colchero Francisco, Rodríguez-Roca Sebastián, Girón-González José-Antonio
Infectious Diseases Unit, Hospital Universitario Puerta del Mar, Facultad de Medicina, Universidad de Cádiz, Instituto para la Investigación e Innovación en Ciencias Biomédicas de Cádiz (INiBICA), Cádiz, Spain.
Infect Drug Resist. 2018 Jun 6;11:861-872. doi: 10.2147/IDR.S163944. eCollection 2018.
The objectives of this study were to detect those characteristics that were specifically associated with infection or colonization by , describe the clinical manifestations of those patients in whom the infection was detected in intensive care unit (ICU) or non-ICU wards, and analyze the prognosis-associated factors in patients from whom was isolated.
A sample of 122 patients from whom was recovered during an endemic period in a teaching hospital was included. Only those cases in which was recovered as the unique microbe were considered. Demographic data; ward of admission; intrinsic and extrinsic risk factors for infection or colonization; chronic underlying condition severity, as evaluated by the McCabe classification or Charlson index and Acute Physiology and Chronic Health Evaluation (APACHE) II score; and clinical manifestations were analyzed to differentiate specific characteristics of colonized or infected patients. Factors independently associated with the mortality at 30 days were also analyzed by Cox regression.
A total of 73 (60%) patients were colonized and 49 (40%) individuals were infected with . A non-fatal McCabe class (when compared to ultimately and rapidly fatal), days of hospitalization prior to isolation of , and present ICU admission were associated with the diagnosis of infection. The more frequent clinical picture was respiratory infection (tracheobronchitis, 16 [33%] cases; pneumonia, 27 [55%] cases). Mortality at 30 days was 24% (n=29). A non-fatal McCabe class (Exp[B] 2.44, 95% confidence interval [CI] 1.05-5.66, =0.039) and the absence of infection (Exp[B] 2.75, 95% CI 1.18-6.38, =0.019) were independently associated with survival.
Parameters associated with infection by in an endemic situation are the admission at ICU and the number of days of hospitalization. Mortality of patients from whom was isolated was independently influenced by the chronic underlying basal state and the presence of infection by .
本研究的目的是检测与[病原体名称]感染或定植相关的特定特征,描述在重症监护病房(ICU)或非ICU病房中检测到感染的患者的临床表现,并分析分离出[病原体名称]的患者的预后相关因素。
纳入一家教学医院在流行期间从122例患者中分离出[病原体名称]的样本。仅考虑那些[病原体名称]作为唯一微生物被分离出的病例。分析人口统计学数据、入院病房、感染或定植的内在和外在危险因素、通过麦凯布分类法或查尔森指数以及急性生理与慢性健康状况评估(APACHE)II评分评估的慢性基础疾病严重程度以及临床表现,以区分定植或感染患者的特定特征。还通过Cox回归分析与30天死亡率独立相关的因素。
共有73例(60%)患者被定植,49例(40%)个体感染了[病原体名称]。非致命的麦凯布分类(与最终迅速致命相比)、分离出[病原体名称]之前的住院天数以及当前入住ICU与感染诊断相关。较常见的临床表现为呼吸道感染(气管支气管炎,16例[33%];肺炎,27例[55%])。30天死亡率为24%(n = 29)。非致命的麦凯布分类(Exp[B] 2.44,95%置信区间[CI] 1.05 - 5.66,P = 0.039)和未感染(Exp[B] 2.75,95% CI 1.18 - 6.38,P = 0.019)与生存独立相关。
在流行情况下与[病原体名称]感染相关的参数是入住ICU和住院天数。分离出[病原体名称]的患者的死亡率独立受慢性基础状态和[病原体名称]感染的存在影响。