Résumé
Objective To investigate the effect of visiting time on the incidence of complications, hospital expenses and stays, and to provide theoretical basis for the timely treatment of patients with esophageal foreign bodies. Methods Data of 130 patients with diagnosis of esophageal foreign bodies in the Drum Tower Hospital from June 2010 to June 2017 were retrospectively studied. The patients were divided into two groups( Group A, visiting time≤24 hours;Group B, visiting time>24 hours) according to duration from ingestion to effective treatment. Clinical features including gender, age, locations and types of foreign bodies, complications, therapeutic methods, hospitalization stays and costs were analyzed. Results The most common foreign bodies that were swallowed were fish bones in both groups [ 40. 0％ ( 20/50) ,50. 0％( 40/80) ] , followed by pig and chicken bones, dentures and jujube pips. Foreign bodies commonly blocked the upper and middle esophageal tract [ 98. 0％ ( 49/50 ) , 96. 3％ ( 77/80 ) ] , but rarely the lower esophageal tract. Compared with group A, the incidence of complications [ 61. 3％ ( 49/80) VS 36. 0％ ( 18/50) ] , hospitalization expenses ( 1. 28 ± 1. 14 thousand yuan VS 0. 77 ± 0. 92 thousand yuan ) , and stays ( 9. 06 ± 10. 08 d VS 5. 22 ± 3. 32 d ) of group B were significantly higher ( all P < 0. 05 ) . Conclusion Treatment within 24 hours results in fewer complications, less costs and shorter postoperative hospitalization stays for patients with esophaged foreign bodies.
Résumé
To characterize the genomic sequence and arrangement of WU polyomavirus (WU virus) identified in clinical specimens collected from children with acute respiratory infections in Beijing, China, the sequences of capsid proteins VP1, VP2, and the large tumor antigen (LTAg), as well as the 5'-terminal sequence of WU virus, were amplified from the clinical specimen with ID number of BJF5276 which was determined as WU virus positive by PCR amplification. The PCR amplicons were sequenced, and genomic sequence analysis was performed by using the software DNAStar. In addition, VP2 coding-region sequences were amplified from other 21 clinical specimens identified as WU virus positive to investigate the gene diversity of WU virus. The genomic sequence of WU virus BJF5276 with accession number of HQ218321 in GenBank was 5,229 base pairs in length with 3 major coding domain sequences (CDS) sited on one strand coding for capsid proteins VP2, VP3 and VP1, and two CDS sited on the complementary strand coding for small tumor antigen (STAg) and LTAg; These 22 VP2 CDS sequences including 5 sequences submitted to GenBank were compared with 64 corresponding sequences downloaded from GenBank by MegAlign of DNAStar software, indicated that these sequences coming from children in Beijing shared high homology (over 98.8%) with those from GenBank. Phylogenetic analysis of these VP2 CDS by using Neighbor-joining (NJ) analyses with 2,000 bootstraps (Mega 4.0) showed that 20 sequences out of 22 belonged to clade Ia, and other 2 of them belonged to clade III, including 1 clustered in IIIa and 1 in a novel cluster proposed as IIIc. In conclusion, the genomic sequence of WU polyomavirus detected from clinical specimens from children in Beijing is closely related to other WU polyomaviruses in the feature of genomic coding region arrangement. Overall variation of VP2 CDS was very low, and there were different clades circulating in Beijing with a dominant clade Ia, which is different from dominated Ib circulating in other parts of the world reported previously, and a novel clade IIIc was proposed.