不同严重程度鼻炎患者尘螨舌下特异性免疫治疗临床效果观察

目的　评估不同严重程度变应性鼻炎（allergic rhinitis，AR）患儿进行规范化舌下特异性免疫治疗（sublingual immunotherapy， SLIT）的疗效。方法　选取2017年5—12月首都儿科研究所附属儿童医院耳鼻喉科就诊的3～14岁对粉尘螨过敏的AR患儿181例， 按治疗方式不同分为对照组（n＝92， 给予常规药物治疗）和SLIT组（n＝89， 给予尘螨特异性免疫治疗）； 采用AR评分标准， 根据患儿鼻部症状总评分（total nasal symptoms score， TNSS）， 将对照组分为轻度组（n＝35）、中度组（n＝28）和重度组（n＝29）；将SLIT分为轻度组（n＝27）、中度组（n＝33）和重度组（n＝29）。收集第6个月、 1年、 2年的随访数据， 分别对患儿进行TNSS、 鼻炎用药评分（total rhinitis medication scores， TRMS）和视觉模拟量表（visual analogue scale，VAS）评分。结果　（1）治疗2年后， SLIT组与对照组患儿TNSS评分分别为0.61±0.73、 1.61±1.17， TRMS分别为0.21±0.41、 0.59±0.70， VAS分别为0.63±0.70、 1.53±1.24， 两组间差异有统计学意义， Z值分别为6.269、 4.139、5.174， P值均＜0.05； （2）轻度组（n＝62）组内分析： SLIT组（n＝27）与对照组（n＝35）比较， 治疗6个月、 1年， 两组的TNSS、 TRMS、 VAS差异均无统计学意义（Z值分别为-0.108、 0.232、 0.788， 0.774、 0.033、 -0.718； P值均＞0.05）； 治疗2年时两组的TRMS、 VAS差异无统计学意义（Z值分别为0.230、 1.255， P＞0.05）， TNSS在两组间差异有统计学意义（Z值为2.528， P值均＜0.05）； （3）中度组（n＝61）组内分析： 与对照组（n＝28）比较， SLIT组（n＝33）治疗6个月， TRMS、 VAS在两组间差异均无统计学意义（Z值分别为-0.413、 0.412， P值均＞0.05）， 但两组的TNSS差异有统计学意义（Z值为2.397， P＜0.05）； 治疗1年、2年的TNSS、 TRMS、 VAS两组间比较， 差异均有统计学意义（Z值分别为4.952、 2.740、 3.293； 4.743、 2.505、 3.330； P值均＜0.05）； （4）重度组（n＝58）组内分析： 与对照组（n＝29）比较， SLIT组（n＝29）治疗6个月、 1年、 2年的TNSS、 TRMS、 VAS在两组间差异均有统计学意义（Z值分别为2.567、 2.086、 2.781， 4.996、 4.264、 2.756， 4.253、 4.480、 4.515， P值均＜0.05）。结论　采用标准化粉尘螨滴剂舌下治疗尘螨致敏AR患儿， 治疗2年可获得较单纯药物治疗更佳的疗效， 尤其在病情严重患儿，其获益更大。     

The Impact of a Healthy Weight Intervention Embedded in a Home-Visiting Program on Children's Weight and Mothers’ Feeding Practices

Objective

To examine whether a healthy weight intervention embedded in the Parents as Teachers (PAT) home visiting program, which was previously found to improve mothers’ body mass index (BMI) and obesity-related behaviors, changed the BMI of preschool children or maternal feeding practices.

Can a pragmatic responsive feeding scale be developed and applied globally?

Responsive feeding (RF) has been recognized as necessary to prevent all forms of malnutrition including stunting and childhood obesity. Specific RF guidelines have been developed, but it is unclear how RF behaviours can be monitored systematically. Therefore, developing valid and reliable abbreviated and pragmatic RF scales is an important global priority. This is challenging, as RF is a construct with multiple dimensions including recognizing and responding to hunger and satiety cues, providing a nurturing environment during feeding episodes, and understanding how feeding needs evolve as a function of the developmental stage of the young child. Further, RF is embedded within the responsive parenting framework that in addition to RF includes sleep, soothing and play routines and the interconnections between them. A recent pioneer study conducted in a rural area of Cambodia validated an 8‐item RF scale through direct feeding observations of 6‐ to 23‐month‐old infants at home, as part of two cross‐sectional surveys conducted before and after a complementary feeding intervention. It is important for similar research to be conducted elsewhere to find out if it is possible or not to develop a core RF scale that is valid and reliable and that has adequate specificity and sensitivity for application in community studies and population surveys globally. As highlighted in this article, different definitions of RF have been used in the field; thus, it is important to reach consensus on a single definition to help move this research area forward.