深度融合教育本质的教务系统案例解析

本文从剖析教务管理系统种种现状困境出发，导引出教务系统设计应遵循的教育核心本质。指出教育、教学、教务和谐共存的方向应该是管理、支持、服务的生态化发展。     

Iodine-125 brachytherapy alone for advanced primary parotid gland carcinoma

This study aimed to evaluate the efficacy of iodine-125 (¹²⁵I) brachytherapy alone for the treatment of advanced parotid gland carcinoma and to identify predictors of tumour control and patient survival. Primary parotid gland carcinoma patients (n = 23) treated with ¹²⁵I brachytherapy alone between 1 October 2005 and 31 July 2013 at Peking University Stomatology Hospital were enrolled in this retrospective study. All had clinical stage IV disease. The prescribed dose was 60–160 Gy. The local control rate, survival rate, and predictors of the prognosis were evaluated. Adverse events related to treatment were also noted. The average follow-up time was 29 months (range 9–74 months). Among the 23 patients, six had local failure and 11 died during the follow-up period. The 1-, 3-, and 5-year overall survival rates were 87.0%, 55.4%, and 47.5%, respectively. The 1-, 3-, and 5-year progression-free survival rates were 73.9%, 47.0%, and 39.2%, respectively. The 1-, 3-, and 5-year local control rates were 82.1%, 73.9%, and 73.9%, respectively. Age and distant metastasis were independent predictors of survival, while the preoperative duration of the disease was an independent predictor of local control. The use of ¹²⁵I seed brachytherapy alone for the treatment of primary parotid gland carcinoma can provide good short-term results without causing any severe side effects.     

Effects of Ions on Insulin Aggregation Status and Formation of Insulin Fibrils

<正>It is crucial that maintain the insulin in solution in the monomer state to guarantee its physiological activity.Therefore,it is necessary to find the related ions which are able to promote depolymerization of insulin hexamer,while inhibition of the formation of insulin β-amyloid fibrils.The research on these ions can be a clue to help to improve the bioavailability of insulin formulations and be references for the diagnosis,     

Restoration and protection of brachial plexus injury： hot topics in the last decade

Brachial plexus injury is frequently induced by injuries, accidents or birth trauma. Upper limb function may be partially or totally lost after injury, or left permanently disabled. With the de- velopment of various medical technologies, different types of interventions are used, but their effectiveness is wide ranging. Many repair methods have phasic characteristics, i.e., repairs are done in different phases. This study explored research progress and hot topic methods for pro- tection after brachial plexus injury, by analyzing 1,797 articles concerning the repair of brachial plexus injuries, published between 2004 and 2013 and indexed by the Science Citation Index database. Results revealed that there are many methods used to repair brachial plexus injury, and their effects are varied. Intervention methods include nerve transfer surgery, electrical stimula- tion, cell transplantation, neurotrophic factor therapy and drug treatment. Therapeutic methods in this field change according to the hot topic of research.     

Microelectronic neural bridging of toad nerves to restore leg function

The present study used a microelectronic neural bridge comprised of electrode arrays for neural signal detection, functional electrical stimulation, and a microelectronic circuit including signal amplifying, processing, and functional electrical stimulation to bridge two separate nerves, and to restore the lost function of one nerve. The left leg of one spinal toad was subjected to external mechanical stimulation and functional electrical stimulation driving. The function of the left leg of one spinal toad was regenerated to the corresponding leg of another spinal toad using a microelectronic neural bridge. Oscilloscope tracings showed that the electromyographic signals from controlled spinal toads were generated by neural signals that controlled the spinal toad, and there was a delay between signals. This study demonstrates that microelectronic neural bridging can be used to restore neural function between different injured nerves.     

腹腔镜腹膜内补片植入式疝修补术应用解剖研究

目的腹股沟疝是临床常见的外科疾病,主要以手术治疗为主,而腹股沟疝气的手术治疗是以对腹股沟区的解剖逐步认识而发展的,外科医生对腹股沟的解剖贡献巨大,我们通过临床手术实践发现腹股沟的另一种能很好、安全的运用于IPOM手术的解剖。