Roles of pattern recognition receptor in pediatric patients with severe asthma
10.3760/cma.j.issn.1008-6706.2016.13.019
- VernacularTitle:血清模式识别受体在重度哮喘患儿中表达的意义
- Author:
Lidan LUO
;
Enzhi WANG
;
Xiasheng TONG
;
Dongjiao LUO
- Publication Type:Journal Article
- Keywords:
Bronchiolitis;
Pattern recognition;
Pathogenesis;
Severe
- From:
Chinese Journal of Primary Medicine and Pharmacy
2016;23(13):1991-1994
- CountryChina
- Language:Chinese
-
Abstract:
Objective To investigate the potential roles of pattern recognition receptor in the pathogenesis of asthma,the concentrations of serum nucleotide -binding oligomerization domain like receptors 1 (NOD1 )and Toll like receptor 1(TLR1)and Dectin and sCD14 protein were determined.Methods Blood samples were obtained from 45 cases of severe asthma(asthma group)during acute attack and convalescent period,the concentrations of serum NOD1,TLR1,Dectin and sCD14 protein were assessed using enzyme linked immunosorbent assay(ELISA),and compared with 30 healthy children(control group).Results The concentrations of NOD1,TLR1,Dectin and sCD14 protein were significantly higher in acute attack period of the asthma group[(65.53 ±19.95)ng/mL,(10.46 ±3.35)ng/mL, (80.38 ±19.51)ng/mL,(4.51 ±1.29)ng/mL]than those in the control group[(25.57 ±9.64)ng/mL,(5.54 ± 1.49)ng/mL,(47.37 ±15.16)ng/mL,(2.21 ±0.68)ng/mL](t =11.57,8.63,7.82,9.95,all P <0.01).Moreo-ver,the concentrations of serum NOD1,Dectin and sCD14 protein were dramatically decreased in convalescent period of the asthma group[(39.67 ±11.25)ng/mL,(60.04 ±16.76)ng/mL,(3.38 ±0.97)ng/mL]compared with acute asthma attack period(t =8.19,6.32,5.42,all P <0.01),while the concentration of serum TLR1 was not different between this two period (9.51 ±3.19)ng/mL(t =1.27,P >0.05).Furthermore,level of NOD1 was positively corre-lated with sCD14(r =0.49,P <0.01).Conclusion Levels of serum NOD1,TLR1,Dectin and sCD14 protein were increased in acute severe asthma,whereas,they were decreased in convalescent period.The elevation of them indicated that pattern recognition reception has synergistic function in the pathogenesis of asthma attack.
