各学院：

为响应国家培养具有国际竞争力的新工科、新医科、新农科、新文科的创新人才的号召，提高我校本科生和硕博士生使用英语进行科研创新和学术交流的能力，帮助未来的科研工作者有效地向国际同行介绍自己的科研思想，推动大学英语从通用英语范式向以项目为导向的专门用途英语范式转型，特举办南方医科大学首届大学生5分钟科研演讲（英语）大赛。

中国大学生五分钟科研英语演讲大赛（（Five Minute Research Presentation，简称 5MRP)）由中国学术英语教学研究会、中国专门用途英语专业委员会和上海高校大学外语教学指导委员会联合举办，旨在锻炼提高本科生和研究生用英语展示学术研究的能力，自2018年起已连续举办五届。校赛选拔的优秀选手将推荐参加由中国学术英语教学研究会、中国专门用途英语专业委员会、上海高校大学英语教学指导委员会联合举办的2024年“中国大学生5分钟科研英语演讲”决赛。

此次比赛由教务处、研究生院主办，外国语学院承办，外国语学院学生会协办。外国语学院公共外语教学部负责比赛的报名、培训、组织等工作，其它学院负责比赛的宣传、动员等工作。本次比赛具体细则如下：

一、参赛要求

（一）参赛选手为我校在读的本科生和硕博士生（包括港澳台学生、留学生），报名分本科组和研究生组。选手以个人或团队形式参加比赛。

（二）为培养团队合作能力，鼓励参赛选手以团队形式参赛。团队最多5人，报名时需注明演讲者的姓名。参赛选手作为演讲者只能参赛一次，但是可以作为成员加入另一个团队。团队成员允许跨年级、跨专业。每支团队由2位指导老师带领，分别为专业指导老师和英语指导老师。

（三）参赛选手可以介绍自己已经发表、撰写中或正在开展的科研论文，也可以介绍尚处于构思阶段的科研计划，可以是“实证研究”、“模型推算”、“实地观察”、“案例分析”和“问卷/访谈结果”等。

（四）演讲的具体内容包括：1.研究现状；2.研究目的（问题或假设）；3.研究方法；4.研究结果（或预期结果）；5.结论和研究意义；6.参考文献（可放在视频的PPT上）。鼓励创新性研究。

（五）参赛选手需用易于理解的英语、在5分钟时间内向没有专业背景的听众（判断演讲成功与否的一个重要标准）介绍一项基于自己专业相关（包括专业科普类）的研究项目（不是介绍性或文献综述性报告）。作品形式是5分钟的视频和200词左右的英文论文摘要(结构按学科不同，见附录摘要样本)。

（六）参赛选手需遵守学术道德，不得出现以下学术不端行为：

1.抄袭、剽窃、侵吞他人学术成果；

2.篡改他人学术成果；

3.伪造或者篡改数据。

如发现选手有上述行为，组委会将取消选手的参赛资格，并且通报选手所在学校进行严肃处理。

二、报名条件

（一）所有要参加大赛的同学请于11月15日前，在线提交比赛报名表，演讲PPT和演讲稿到下面链接https://www.wjx.top/vm/OyMwKzL.aspx。要求所有参赛选手确保信息准确无误，后续证书制作以此表名信息为准。报名时需写明团队负责人和其他成员姓名。

（二）资料包括：

1.大赛作品报名表（附件一提交）；

2.科研诚信保证书（附件一提交）；

3.论文摘要（样本见附录1，附件一提交）；

4.五分钟演讲视频；

5.演讲稿（样本见附录2）；

6.演讲PPT。

(三)请注意：报名表中的作品标题、论文摘要，演讲视频，PPT、演讲稿请都使用同一文件命名方式（组别+文件类别+学号），以便识别（报名表请提交docx格式，命名格式如“(本科组)报名表-张三20230000000.docx”。演讲PPT请提交pptx格式，命名格式如 “(本科组)PPT-张三20230000000.docx”。演讲稿请提交docx格式，命名格式如“(本科组)演讲稿-张三20230000000.docx”。）。

三、赛事流程

1.请在11月15号前将演讲比赛视频发送至邮箱：smu5mc@126.com，邮件主题注明“组别+负责人姓名+学号”。如果视频发送不成功，请将比赛视频上传至个人的百度网盘，并生成该视频的分享永久链接后再发至指定邮箱。专家评审委员会（由2名语言老师、2名专业老师组成）将采用双盲审制度，分别对本科生组、研究生组参赛作品进行评审，选出参加复赛的选手。初赛时间：10月10日开始，11月15日初赛截止，11月30日前公布初赛结果。

2.复赛采用现场演讲落地赛，复赛评委有至少三位语言教师，三位专业教师。根据进入复赛的作品数量，分别评选出本科组和研究生组一等奖、二等奖和三等奖作品。复赛时间：另行通知。

3.我们将推荐最优秀的选手或团队参加由中国学术英语教学研究会、中国专门用途英语专业委员会、上海高校大学英语教学指导委员会联合举办的2024年“中国大学生5分钟科研英语演讲”决赛。

四、赛事规则

（一）上传的视频为5分钟（误差不超过1分钟）。

（二）视频为MP4格式，大小在100M以内。

（三）视频应在静止的位置上进行连续录制，无剪辑，无中断。视频画面可进行缩放。

（四）选手需在视频中面对观众，保证95%以上时间是在与观众交流，而不是背对观众解释PPT。

（五）演讲可使用PPT作为辅助材料，但页数一般不能超过7张。例如1）标题页；2）背景和研究现状页；3）研究目的页（研究问题或假设）；4）研究方法页；5）研究结果页；6）结论和研究意义页；7）参考文献页。

（六）演讲中不能使用其他的电子媒体素材，如声音或视频等。

（七）演讲语言应为口语，不包括诗歌朗诵、说唱乐、歌曲等语言形式。

（八）选手在视频中不得介绍自己学院、专业或姓名，PPT中也不能以任何形式出现相关信息。

五、评分标准

六、备赛资源

备赛资源可参考往年“中国大学生5分钟科研英语演讲大赛”获奖视频

第一届视频（2018）

http://www.sentbase.com/cn5mrp1/?content-app-content&contentid=613

第二届视频（2019）

http://sentbase.com/cn5mrp/?content-app-content&contentid=623

第三届视频（2020）

http://sentbase.com/cn5mrp/?content-app-content&contentid=632

第四届视频（2021）

http://sentbase.com/cn5mrp/?content-app-content&contentid=637

第五届视频（2022）

http://sentbase.com/cn5mrp/?content-app-content&contentid=638

七、奖项设置

根据进入复赛的作品数量，复赛评出一等奖（5%），二等奖（20%）和三等奖（30%）作品（不分本科生组和研究生组），其他参加复赛的同学均为优胜奖。证书加盖学校职能部门公章。

八、联系方式及其它说明

选手成功提交报名材料后，每个参赛团队的演讲人需加入比赛QQ群。本科组QQ群：QQ1群622016344（研究生院另行通知）。

请各位同学关注外国语学院网站（https://portal.smu.edu.cn/cfs/）、外国语学院公众号发布的相关通知。

联系人及联系方式：吕老师 lvandrew@qq.com；

*本次大赛最终解释权归南方医科大学教务处、研究生院及南方医科大学外国语学院所有。

附件：首届大学生5分钟科研演讲(英语)大赛报名表

                         教务处

                        研究生院

                        外国语学院

                           2023年10月11日

附录1 摘要样本

Abstract 1 (工科文科类）

The Effects of Two Types of Sleep Deprivation on Visual Working Memory Capacity and Filtering Efficiency

Sleep deprivation has adverse consequences for a variety of cognitive functions. The effects of sleep deprivation, though, are dependent upon the cognitive process examined. Within working memory, for example, some component processes are more vulnerable to sleep deprivation than others. Additionally, the differential impacts on cognition of different types of sleep deprivation have not been well studied. The aim of this study was to examine the effects of one night of total sleep deprivation and 4 nights of partial sleep deprivation (4 hours in bed/night) on two components of visual working memory capacity and filtering efficiency. 44 healthy young adults were randomly assigned to one of the two sleep deprivation conditions. All participants were studied: 1) in a well-rested condition (following 6 nights of 9 hours in bed/night); 2) following sleep deprivation, in a counter-balanced order. Visual working memory testing consisted of two related tasks. The first measured visual working memory capacity and the second measured the ability to ignore distractor stimuli in a visual scene filtering efficiency). Results showed neither type of sleep deprivation reduced visual working memory capacity. Partial sleep deprivation also generally did not change filtering efficiency. Total sleep deprivation, on the other hand, did impair performance in the filtering task. These results suggest components of visual working memory are differentially vulnerable to the effects of sleep deprivation, and different types of sleep deprivation impact visual working memory to different degrees. Such findings have implications for operational settings where individuals may need to perform with inadequate sleep and whose job involve receiving an array of visual information and discriminating the relevant from the irrelevant  form the irrelevant prior to making decisions or taking actions (e.g. baggage screeners, air traffic controllers, military personnel, health care providers)

Abstract 2 (医科类）

Effects of Communication about Uncertainty and Oncologist Gender on the Physician-Patient Relationships

Objective: Physicians are increasingly expected to share uncertain information, yet there is concern about possible negative effects on patients. How uncertainty is conveyed and by whom may influence patients’ response. We tested the effects of verbally and non-verbally communicating uncertainty by a male vs. female oncologist on patients’ trust and intention to seek a second opinion.

Methods: In an experimental video vignettes study conducted in The Netherlands, oncologist communication behavior (verbal vs. non-verbal and high vs. low uncertainty) and gender (male vs.female) were systematically manipulated. Former cancer patients viewed one video variant and reported trust, intention to seek a second opinion, and experience of uncertainty.

Results: Non-verbal communication of high uncertainty by the oncologist led to reduced trust (β = -0.72 (SE = 0.15), p < .001) and increased intention to seek a second opinion (β = 0.67 (SE = 0.16), p< .001).These effects were partly explained by patients’ increased experience of uncertainty (β =-0.48 (SE = 0.12),p < .001; and β = 0.34 (SE = 0.09), p < .001 respectively). Neither verbal uncertainty nor oncologists’ gender influenced trust or intention to seek a second opinion.

Practice Implications: Further research to understand and improve oncologists’ non-verbal uncertainty behavior is warranted.

Conclusion: Non-verbal communication of uncertainty by oncologists may affect patient trust and intention to seek a second-opinion more than verbal communication.

附录2： 演讲稿样本 (转录自国外3分钟科研演讲，5分钟大约550-600词)

Dengue Detective

Have you ever been bitten by mosquito? Naturally, they suck. And they bite and they make us itch. And more than that they transmit deadly diseases across the globe including dengue.

In a year, three hundred and nineteen million people fall victim to dengue. That’s like sixteen times the population of Australia today. And seventy percent of the death caused by the virus are due to one reason: a delay in detection.

I was a victim of dengue myself. Horrible experience. I had a high fever for three days. And the doctors, like the mosquito, took my blood again and again. And it was not until the fourth day that they can finally confirm that I had an infection and stop by treatment. By then I was already too weak even to drink on my own, and I had to put on drips for a whole week. I felt helpless and afraid but the worst part was having to witness other victims in my ward succumbed to dengue just because they were not treated in time. I was lucky to survive. And I felt that nobody should die from something as trivial as a mosquito bite, right? And so I dedicated my next few years of my life to find a solution. What I’ve developed is a dengue sensor which is able to detect a virus more accurately and in need of much shorter time.

Meet my dengue detective. It holds three basic components: light, anti-bodies and taped optical fiber which has not been used before. What we need of patient is one tiny drop of blood. Now let me tell you how it works. Envision an underwater glass tunnel. You know you once find a Aquarium exhibitions you walk through, the sharks and fish around you. Now visualize this taped optical fiber as that glass tunnel emerges in a patient’s blood sample. And on the surface of this fiber tunnel, I mobilize anti-bodies to capture the virus. Next I transmit light to travel through this fiber tunnel and indicate the presence and quantity of the virus. And dengue is detected and quantified.

This dengue detective holds great promise. Let me tell you why. First, it is highly sensitive and reliable. Second, it is affordable for all clinics to use. Lastly and most importantly, it is able to reduce the detection time from 4 days to just 15 minutes, which gives dengue victims a greater chance to survive. This technology is a huge step forward in the future of dengue diagnosis.

Mosquito will still suck, but this sensor would detect virus in time.