Objective: To analyze the mediating effect of social support between family resilience and quality of life among elderly patients with Alzheimer's disease (AD), so as to provide the basis for improving the quality of life among elderly patients with AD. Methods: Elderly patients with AD who aged >60 years admitted to Wenzhou Seventh People's Hospital from August 2017 to June 2021 were selected. Data on demographic information, the severity of AD, and the profile of the primary caregivers were collected through questionnaire surveys. Social support, family resilience, and quality of life were assessed using the Social Support Rating Scale, the Shortened Chinese Version of the Family Resilience Assessment Scale, and the Chinese Version of the Quality of Life in Alzheimer's Disease Scale, respectively. The Process macro program was used to analyze the mediating effect of social support between family resilience and quality of life. Results: A total of 137 elderly patients with AD were surveyed. The mean age of the participants was (69.26±10.93) years. Among them, there were 63 males (45.99%) and 74 females (54.01%). The mean scores for social support, family resilience, and quality of life were (27.93±4.28), (97.34±10.06), and (27.82±7.27) points, respectively. The results of the mediating effect analysis indicated that family resilience could directly and positively affect the quality of life, with an effect value of 0.319 (95%CI: 0.122-0.491). It could also indirectly and positively affect the quality of life through social support, with an effect value of 0.118 (95%CI: 0.030-0.248). The mediating effect accounted for 26.42% of the total effect. Conclusion Social support plays a positive mediating role between family resilience and quality of life among elderly patients with AD.

Objective To investigate the micro-anatomical approach to resect both intracranial and extracranial jugular foramen tumors in one-stage. Methods With the aid of surgical microscope, fifteen cadaver heads were used to study the microsurgical anatomy of high cervical part and jugular foramen, measure relative data. Results Detailed dissection was performed on high cervical part between the 1st cervical vertebra and the 4th cervical vertebra, resect foramen processus transversi of the 1st cervical vertebra, free vertebral artery 2nd and 1st cervical vertebra segment and horizontal segment. The jugular tubercle, jugular tunisia and part of the occipital condylus was drilled away as much as possible, total exposure of lateral semicircular canal was completed after the removal of the mastoid revealed labyrinthinem. Then the sigmoid sinus and jugular bulb were skeletonized. The vertical of segment of facial nerve was fully skeletonized to study the necessity of the facial nerve translocation. Full exposure to the sigmoid sinus, open jugular foramen. JF areas expanded, and the measured parameters revealed. The distance was (29.65 ± 3.24)mm from mastoidalec to oncentrated focus of condyle (10.18 ± 0.81)mm from hinder margin of condyle to endostoma of hypoglossal canal. The left distance was (6.8 ± 0.35)mm from jugular foramen to perpendicular part of facial nerve, right was (4.6 ± 0.33)mm. Conclusions Total exposure of JF can be achieved through the approach we described, and will enable the facial nerve, cochlea, and the structure of the vertebral artery to be performed. Both intracranial and extracranial tumors can be removed in a one-stage procedure related to anatomical parameters. Improve the cure, reduce complication and lower mortality.