1.Application of postpartum depression screening scale in postpartum women
Xiqin DAI ; Qingming ZHANG ; Qiuping JIANG ; Gu YE ; Hongying YU ; Huiqin WU ; Xingui ZHANG ; Yilan GUO ; Ya HOU
Chinese Journal of Modern Nursing 2016;22(14):2017-2018,2019
Objective To explore the impact factors of postpartum depression.Methods A total of 257 patients from October 201 4 to April 201 5 were investigated with postpartum depression screening scale and self-designed questionnaire.The results were analyzed by statistical software.Results The total rate of postpartum depression was 1 4.4%.The education level,family relationship,newborn sex,perinatal knowledge learning,spousal relationship and delivery mode were independent factors for postpartum depression,which were statistically different between depression group and normal group (P <0.05 ).Conclusions Poor family relationship especially poor spousal relationship,low education level,lack of perinatal knowledge,female newborn and caesarean section increase the risk of postpartum depression.
2.Recovery of proprioception after lateral ankle sprain
Renjie XU ; Zhou LI ; Yuting GUO ; Xiqin YU ; Jingming MA ; Xiangyang GE ; Ziyun ZHU ; Yuxin ZHANG ; Feng ZHOU
Chinese Journal of Rehabilitation Theory and Practice 2023;29(7):844-848
ObjectiveTo observe the recovery of proprioception of the affected ankle over time after lateral ankle sprain accepting routine rehabilitation. MethodsFrom June, 2020 to June, 2022, 18 patients with lateral ankle sprain in Kunshan Rehabilitation Hospital underwent routine rehabilitation for twelve weeks. They were measured active and passive position sense of bilateral ankles using an isokinetic dynamometer before treatment, and four, eight and twelve weeks after treatment, respectively. ResultsThe active presentation difference of affected ankle reduced after treatment (F = 22.533, P < 0.001), but it was more than that of the healthy ankle at the same time (t > 4.419, P < 0.001). No significant improvement was found in passive presentation difference of affected ankle after treatment (F = 1.175, P > 0.05), and it was not significantly different from those of the healthy ankle at the same time (|t| < 0.646, P > 0.05). ConclusionProprioception of affected ankle has been impaired after lateral ankle sprain, and it can be recovered after rehabilitation, but cannot achieve the healthy level even after three months of training. Passive position sense as an index of proprioception needs more researches.
3.Investigation and analysis of indoor residential radon concentration in typical areas of Hubei Province
Cong LI ; Wenshan ZHOU ; Fang WANG ; Ziyuan XU ; Tian XU ; Xiqin XU ; Tongqiang ZHAO ; Yifei SHI ; Bing YU ; Chunhong WANG ; Tingming SHI
Journal of Public Health and Preventive Medicine 2020;31(1):44-47
Objective To investigate the residential radon concentration in typical areas of Hubei Province and assess the dose hazards of radon to human body. Methods According to geographical location, five cities including Wuhan, Enshi, Shiyan, Xianning and Daye were selected, and the stratified cluster sampling and monitoring were conducted in accordance with the residential building structure. From April to July, 2019, RSKS standard detectors were placed in the bedroom or living room of the tested families. After continuously sampling for three months, those detectors were returned back to the laboratory for test readings using Radosys system. Results A total of 651 detectors were deployed in 577 households of 70 communities, and 634 detectors were recovered. The recovery rate of detectors was 97.4%. The indoor residential radon concentration in Hubei Province showed a logarithmic normal distribution, with a median (25% quantile and 75% quantile) of 40.52 (29.13,64.74) Bq/m3 and an annual effective dose of 2.02 mSv. The indoor radon concentrations in Wuhan and Enshi were significantly higher than those in Shiyan, Xianning and Daye (P<0.05). The indoor radon concentrations in brick wood or civil structures were significantly higher than those in reinforced concrete structures (P<0.05), and indoor radon concentration in the first floor was significantly higher than those in other floors (P<0.05). The indoor radon concentrations after 2010 were significantly lower than those between 2001 and 2010 (P<0.05). Conclusion The number of households with indoor radon concentrations exceeding the national limit in newly-built buildings accounted for 10.1%; The indoor residential radon concentration levels of in Hubei Province were influenced by building structure, age and floor.