Objective: To investigate the situation of social support (SS), and explore its relationship with antenatal depression (AD) among Zhejiang primiparas in their third trimesters. Methods: From March to August 2016, a cross-sectional study was conducted and the questionnaire was used at the outpatient consulting room of one maternity hospital in Hangzhou. Inclusion criteria includes the primiparas over 18 years old, gestation from 30 to 36 weeks, been able to understand and complete the questionnaires independently, no family history and history of mental disorders and no use of psychotropic drugs, without serious illness and so on. Exclusion criteria was that the primiparas were unable to complete all the contents of the questionnaire and of poor compliance. 1 150 questionnaires were actually given out, and 1 075 questionnaires were valid, so the valid rate was 93.48%. AD was evaluated by the Edinburgh Postnatal Depression Scale (EPDS) and SS was evaluated by the Perceived Social Support Scale (PSSS). SS between the non-AD group and the AD group was compared. The correlation between SS and AD was analyzed. Binary logistic regression model was used to assess the relationship between SS and AD. The level of SS was divided by average scores, groups lower than the average score was defined as the low-score group, groups higher than the average score was defined as the high-score group. Results: The prevalence of AD (score≥9) was 27.3% (293/1 075) among Zhejiang primiparas in their third trimesters. The scores of family support, friend support and other support, and the total score of SS among the non-AD group were 24.80±2.83, 23.40±3.00, 21.91±3.54 and 70.11±7.92, respectively, which were higher than those in the AD group (22.71±3.88, 21.45±3.59, 19.95±3.97, 64.10±10.01), (t values were 8.43, 8.29, 7.83 and 9.25, respectively, P<0.001 for all). The scores of family support, friend support and other support, and the total score of SS were negatively correlated with AD (rs values were-0.26,-0.25,-0.22 and-0.28, respectively, P<0.001 for all). Compared with low-score group, the scores of family support, friend support and other support, and the total score of SS among the high-score group had a lower risk of antenata depression among primiparas in their third trimesters, OR(95%CI) values were 0.56 (0.41-0.77), 0.66(0.47-0.92), 0.57(0.41-0.79) and 0.36(0.27-0.48), respectively. Conclusion The prevalence of AD among Zhejiang primiparas was relatively high, and AD was negatively associated with SS level. We suggest adding SS in community pregnancy health management service in the future.

OBJECTIVE: To evaluate effects of septoplasty on bilateral nasal cavities with acoustic rhinometry and rhinomanometry objectively. METHOD: Twenty-two patients who underwent septoplasty were examined with rhinomanometry and acoustic rhinometry before and 6 to 12 months after surgery. Of the 22 patients, 1 patient whose rhinomanometry and acoustic rhinometry datum were not available for the bilateral nasal obstruction, 3 patients with bilateral turbinectomy and 2 patients with unilateral turbinectomy wide nasal cavities were excluded. Finally, 18 narrow side nasal cavities and 16 wide side nasal cavities were analyzed. RESULT: Rhinomanometry: nasal resistance on the deviation side decreased significantly (P < 0.05), whereas on the contralateral side decreased slightly (P > 0.05). Acoustic Rhinometry: the predecongestion nasal minimal cross-sectional area (NMCA) and 0-5 cm NCV on the deviation side increased significantly due to the operation (P < 0.01). The corresponding postdecongestion increased were the same. Whereas on the contralateral side NMCA decreased and 0-5 cm NCV increased slightly before decongestion and after decongestion (P > 0.05). Only slight median increases were noted in the bilateral assessment postoperatively in NCV (P > 0.05) before and (P < 0.05) after decongestion. CONCLUSION The nasal patency on the deviation side is undoubtedly increased after septoplasty, and the airway on the wide side is not worsened after the operation.
Adolescent ; Adult ; Airway Resistance ; Female ; Humans ; Male ; Middle Aged ; Nasal Cavity ; physiopathology ; Nasal Obstruction ; physiopathology ; surgery ; Nasal Septum ; abnormalities ; surgery ; Postoperative Period ; Pressure ; Rhinomanometry ; Rhinometry, Acoustic ; Rhinoplasty ; Young Adult

Malignant tumors in the head and neck seriously threaten the physical and mental health of patients. After treatment, they may cause many complications, such as facial deformity, difficulties with chewing, dysphagia and asaphia. Among them, trismus (restricted mouth opening) is one of the most common complications after treatment of malignant oral-maxillofacial tumors. In severe cases, patients may even suffer from trismus and eating difficulties, finally leading to malnutrition and even cachexia. Therefore, it not only affects the quality of life of patients and even endangers their lives but also brings heavy social and economic burdens. How to effectively prevent and treat posttreatment trismus is a clinical problem that is easily ignored by head and neck surgeons and urgently needs to be solved. The results of a literature review showed that trismus may be related to the tumor clinical stage, tumor site, treatment used, radiotherapy site, radiotherapy dose, radiotherapy type, and other factors. The incidence of trismus tends to be significant 6 months after treatment. Without early intervention, the resulting dysfunction may become more severe. Current studies have shown that the prevention and treatment of restricted mouth opening is based on controlling the progress of restricted mouth opening and restoring function. Exercise intervention for trismus can significantly improve the restricted mouth opening of patients with malignant head and neck tumors after treatment.