通过分析护理研究生在我院近5年撰写的科研项目申报书、中标与参与课题研究、在国内外学术期刊论文的发表、协助指导论文和参与国内外学术交流活动的情况,从而探讨护理研究生在医院临床科研工作中的角色和作用。
目的 探讨心脏机械瓣膜置换术后患者出院指导的综合方法，评价其效果。 方法 将2010年9月－2011年1月242例心脏机械瓣膜置换术患者按入院先后顺序随机分成试验组和对照组。试验组患者采用综合出院指导方案，对照组采用常规宣教方法，在6个月后对两组患者进行调查，评价综合指导方案的效果，并进行统计学分析。 结果 试验组患者均未出现不良并发症，对照组有1例出院后未遵医嘱服药及定期复查，死于血管栓塞；有2例出现血管栓塞，2例牙龈出血，经及时治疗后好转。 结论 对心脏机械瓣膜置换术患者出院时，发放健康教育资料及定期随访指导的综合出院指导方案，可以降低术后并发症，提高患者认知水平和满意度，帮助患者提高依从性，提高生存质量。
In recent years, the rapid development of information and communication technology, big data, and artificial intelligence has provided technical support for exploring new medical methods, leading to the emergence of digital therapeutics (DTx). At present, the application of DTx in orthopedics is still in the preliminary exploration stage. Therefore, based on the authors’ experience of applying DTx, this article summarizes the definition and formation process of DTx, as well as the relationship among digital health, digital medicine, and DTx, evaluates the working principles and application effects of existing orthopedic related DTx products, analyzes their shortcomings in the application process, and looks forward to their future development trends, aiming to lay a foundation for the comprehensive development and application of DTx in orthopedics.
Objective To summarize the application progress of surface electromyography (sEMG) and surface electromygraphic biofeedback (sEMGBF) in low back pain (LBP). Methods The related literature about the application of sEMG and sEMGBF in diagnosis and therapy of LBP was summarized and analyzed. Results As a auxiliary diagnostic technique, lumbar muscle fatigue, lumbar muscle activity disorder, flexion-relaxation phenomenon, and asymmetry of the paravertebral muscle electromygraphic activity were found in patients with LBP by sEMG. For treatment, sEMG combined with sEMGBF technology to form sEMGBF training. sEMGBF training include sEMGBF training and sEMGBF stretching exercise. sEMGBF training can improve lumbar muscle activity disorder, recover muscle function, and relieve back pain. Conclusion sEMG can monitor the electromyographic signal and sEMGBF biofeedback information can relax or strengthen the muscle. It is very meaningful for diagnosis and therapy of LBP.