1.Antibacterial Use by Line Category in Pediatric Outpatient and Emergency Departmeats of a Hospital:A Survey
Fuhong HUANG ; Yu LIN ; Ying ZHOU ; Chunhui ZHANG ; Xin XU
Chinese Journal of Nosocomiology 1994;0(01):-
OBJECTIVE To know the clinical antibacterial use by line category in pediatric outpatients and emergency departments.METHODS The antibacterial use by line category from the 38998 prescriptions of pediatric outpatient and emergency departments of a hospital from Jul 1st to Dec 31st 2008 according to the medicament amount and frequency were surveyed and analyzed.RESULTS First-line antibacterial drug DDDs accounted for 37.4% and 24.7% of the total amount;second-line drug DDDs accounted for 48.7% and 40.8% of the total amount and the third-line drug DDDs accounted for 13.9% and 35.0% of the total amount.The top three by total amount were cefmetazole sodium injection,azithromycin sodium injection and Cefuroxime sodium injection.According to the sorting method of DDDs,the top three were cefprozil dry suspension,azithromycin sodium injection and amoxicillin sodium clavulanate potassium injection.CONCLUSIONS Frequency of the third-line antibacterial drug using is relatively high.Clinicians have a tendency to skip a line category in using drugs.Effective measures should be taken to strengthen the management of antibacterials.
2.Retrospective analysis of metagenomic next-generation sequencing in the diagnosis of central nervous system infectious disease
Weili ZHAO ; Fuhong LIN ; Xiaodong QIAO ; Yingchun WANG ; Jun LU ; Jiping ZHENG ; Guoli LI ; Qifu CUI ; Hongzhi GUAN
Chinese Journal of Neurology 2020;53(12):1016-1020
Objective:To assess the clinical value of metagenomic next-generation sequencing (mNGS) of cerebrospinal fluid in pathogenic diagnosis of neurological infectious disease.Methods:Patients who were clinically diagnosed with infectious encephalitis and meningitis and treated in Department of Neurology, Affiliated Hospital of Chifeng University from March 2018 to September 2019 were retrospectively analyzed, including the clinical characteristics and data of mNGS and traditional laboratory test of pathogens.Results:Totally 104 patients with infectious encephalitis and meningitis were eligible for enrollment, and mNGS detected 22 bacterial species(22/104,21.15%), 24 viral species (24/104,23.08%), one fungal species (1/104,0.96%), one parasitic species (1/104,0.96%) and one mycoplasma species (1/104,0.96%).The three leading positive detections were varicella-zoster virus ( n=19), streptococcus ( n=7) and Mycobacterium tuberculosis ( n=4). Combined with traditional pathogen detection methods, clinical manifestations, final diagnosis and treatment results, the number of cases diagnosed by mNGS was 49 cases. The positive rate of the mNGS was 47.12% (49/104).False positives occurred in 21 (20.19%) patients. False negatives occurred in 34 (32.69%) patients. Conclusions:mNGS is more sensitive in evaluating the pathogens causing the infectious encephalitis and meningitis. It has advantages in accurate diagnosis of infectious encephalitis and meningitis.