John

摘要： I am John.Of course,John is my English name,as I am a Chinese boy student.I have a happy family.Look,this is my father.Hehas got yellow hair.He works at a hospital in Wuhan City.He is a very good doctor.My father has a sister.She is my aunt.She is a nurse.

摘要： Transistor's invention revolutionized global society by spawning electronics industry. John Bardeen is among one of the inventors of transistor. He was a genius and one of the most influential semiconductor Physicist of 20 th century who won two Nobel prizes in Physics.

摘要： Objective: The authors conducted this study to assess the knowledge, attitudes, and practices of residents in two parishes in Grenada with regard to climate change and coastal and marine ecosystems. Method: A cross-sectional study was conducted with a survey administered to 220 residents in two parishes, St. John and St. Mark, which lie along the west coast in Grenada. Results: At least 50% of the respondents correctly identified factors that can contribute to climate change although the majority, 52.6%, also stated they were “somewhat informed” about impacts of climate change and mitigation measures. Overall, about 90% of respondents did not participate in programmes to raise awareness about climate change or coastal ecosystem management in the past five years. Residents who completed their education lower than college, residents above 45 years and residents in St. Mark were found to have significantly lower levels of knowledge and awareness about climate change and coastal ecosystem. Together, almost 50% of respondents reported they were somewhat concerned, not concerned at all or not sure if they should be concerned about climate change. In each case, more than 50% of the respondents also felt communities were prevented from taking action due to lack of knowledge, cooperation, and resources. There was moderate to high support for designating Marine Protected Areas in St. John and St. Mark. Conclusion: Residents in St. John and St. Mark need to increase their knowledge and awareness of the relationship between climate change, coastal and marine ecosystem, and community development and sustainability. Increasing knowledge about climate change is also expected to have a positive effect on the residents’ participation in the Coastal Protection for Climate Change Adaptation in Small Island States project.

摘要： 新媒体叙事营销将叙事引入营销领域,打破传统营销方式,借助叙事的诠释力,构建品牌价值,获得消费者的认同.新媒体叙事营销讲求叙事策略,结合英国百货零售商John Lewis公司的系列圣诞广告案例,可知通过使用隐喻、"普通人影响普通人"、叙事互文性以及建立文类惯例创造品牌联想等叙事传播手法将有助于放大品牌理念,实现叙事营销的根本目标.

摘要： 我于1997年到匹兹堡大学哲学系开始读博,在那里待了八年,2005年获得博士学位。当初吸引我去匹兹堡的最重要原因,是约翰·麦克道尔(John Mc Dowell)的著作,特别是他的《心灵与世界》一书(Mind and World,1994)。我初读他这本书是在牛津大学读哲学硕士的时候。牛津大学有一个很著名的洛克讲座(John Locke Lectures),麦克道尔于1990年应邀做演讲。

摘要： In this paper, the extremal problem, min, of two convex bodies K and L in ?n is considered. For K to be in extremal position in terms of a decomposition of the identity, give necessary conditions together with the optimization theorem of John. Besides, we also consider the weaker optimization problem: min. As an application, we give the geometric distance between the unit ball B2n and a centrally symmetric convex body K.

摘要： In the eyes of history,the separation,especially separation between lovers is an eternal theme in literature works.In this paper,through comparisons and contrasts between Liu Yong’s Bells in the Ringing in the Rain and John Donne’s A Valediction:Forbidding Mourning from various perspectives and different backgrounds,the similarities as well as differences between these two Chinese and English poems can be perceived.A comprehensive and better understanding of the theme of separation can be obtained as well.

摘要： 如果说drupa展会是全球印刷业最耀眼的舞台,那么柯达已然成为每次参会的最佳演绎者之一。无论是在哪届展会,独具风格的展台设计、领先的数码印刷解决方案、引人驻足的现场活动,都让参观者凝神瞩目。而今,4年一度的drupa展会又落下了帷幕,如果展前你曾担心重组后的柯达没有什么看头,那么你就大错特错了。因为这两年来,柯达在组织结构、产品结构上的大举变革,已经明确了未来发展走势。

摘要： The ulnar collateral ligament(UCL) is a vital structure to the overhead athlete,especially the baseball pitcher.For reasons not completely understood,UCL injurieshave become increasingly more common in major league baseball(MLB) pitchers over the past 10 years.UCL reconstruction(UCLR) is the current gold standard of treatment for these injuries in MLB pitchers who wish to return to sport(RTS) at a high level and who have failed a course of non-operative treatment.Results following UCLR in MLB pitchers have been encouraging,with multiple RTS rates now cited at greater than 80%.Unfortunately,with the rising number of UCLR,there has also been a spike in the number of revision UCLR in MLB pitchers.Similar to primary UCLR,the etiology of the increase in revision UCLR,aside from an increase in the number of pitchers who have undergone a primary UCLR,remains elusive.The current literature has attempted to address several questions including those surrounding surgical technique(method of exposure,graft choice,management of the ulnar nerve,concomitant elbow arthroscopy,etc.),post-operative rehabilitation strategies,and timing of RTS following UCLR.While some questions have been answered,many remain unknown.The literature surrounding UCLR in MLB pitchers will be reviewed,and future directions regarding this injury in these high level athletes will be discussed.

摘要： Injury to the ulnar collateral ligament(UCL) most commonly occurs in the overhead throwing athlete. Knowledge surrounding UCL injury pathomechanics continues to improve, leading to better preventative treatment strategies and rehabilitation programs. Conservative treatment strategies for partial injuries, improved operative techniques for reconstruction in complete tears, adjunctive treatments, as well as structured sport specific rehabilitation programs including resistive exercises for the entire upper extremity kinetic chain are all important factors in allowing for a return to throwing in competitive environments. In this review, we explore each of these factors and provide recommendations based on the available literature to improve outcomes in UCL injuries in athletes.

摘要： 本发明涉及一种用于提供衍生自John Cunningham病毒(JCV)的病毒样颗粒(VLP)的方法，涉及与货物特别是蛋白质缔合的VLP，以及可通过所述方法获得的药物递送系统(DDS)，特别是用于穿过血脑屏障(BBB)，以及含有VLP的组合物。该方法包括将VLP分解成五聚体、诱导五聚体聚集并重新组装成VLP的步骤。