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1  studying virus-host interactions in natural airborne infections.
2 sal or intramuscular vaccine immunization on airborne infection and transmission of SARS-CoV-2 in Syr
3                     Coccidioidomycosis is an airborne infection caused by the fungus Coccidioides, wh
4 h poor TB treatment success rates, a lack of airborne infection control, limited drug-resistance test
5 escribed here may help limit transmission of airborne infections in correctional settings.
6 trict protocols that prevent transmission of airborne infections in prisons is challenging.
7                  To better replicate natural airborne infections in vitro, we generated a calm-aeroso
8 cupational risk, with implications for other airborne infections including coronavirus disease 2019.
9 umptive pulmonary tuberculosis are placed in airborne infection isolation (AII) and assessed by smear
10 rd of care in the United States to determine airborne infection isolation (AII) of inpatients with pr
11 t germicidal irradiation, specialized rooms (airborne infection isolation and protective environments
12 2020 in 2 similar hospitals with high vs low airborne infection isolation room utilization rates but
13 Environmental sampling is conducted in three airborne infection isolation rooms (AIIRs) in the ICU an
14  suggesting a role in removing patients from airborne infection isolation.
15 pigs and provide information to help control airborne infections more effectively.
16 he impact of hospital design and function on airborne infection risk.
17 the continuous exposure might have increased airborne infection risks.
18                                 In high-dose airborne infection, TLR2 deficiency confers a slight sur
19                                  In low-dose airborne infection, TLR4 is needed for early, but not la
20 s (Mtb) pathogen, the causative agent of the airborne infection tuberculosis (TB), harbors a number o
21 thereby underlying pulmonary proteinosis and airborne infections, type I interferon viral diseases, t
22 ity, few studies have addressed the risks of airborne infection while waiting in a line.
23 r either enzyme (NOS2/Phox(-/-)), to control airborne infection with the avirulent R1Rv and H37Ra str
24 o more resistant than wild-type (WT) mice to airborne infection with virulent Mycobacterium tuberculo