发布时间:2009-11-19 13:59 原文链接: 如何快速的阅读文献

  1)花5min看懂标题(一些定义可在前言中找),and在看正文之前, a)设想如何做该实验(写成list),实验会有些什么数据,根据这些数据如何得到结论,从而可发现: 1. did you miss a critical point, or (this happens) did they? 2. Did they mislead you with their title? 记住:having a list that varies from the list of actual experiments done by the authors is perfectly OK.

  b)如果看文献是为了解决自己的问题:

  Skip/ignore anything that doesn’t answer your questions. Then, generate your list of experiments.

  2)看摘要: 一般有目的,方法,结论三部分。注意:找到

  a)how and why the experiments were performed. You can then tell how close your list is to theirs. b)get a sense for the order in which experiments are going to be pres ented. Ignore everything else.

  3)仔细阅读正文的结论部分

  a) Let them tell you why they did the experiments, and what they thi nk happened as a result. Assume everything they tell you is the absolute truth

  b)compare your list with theirs:

  Write down what differences there are, and note why you think the lists are different: are the authors leaving things out you’d like to see, or are they on a different track than you? The key here is to fully understand their train of thought. If you can’t figure it out, write that down, too, specifying exactly where you fell of the train. Then move on. From here on, focus on the material you understand from the Results, and ignore what you don’t understand.

  c)仔细看图及图的说明 BE CRITICAL: Assume they are trying to pull a fast one on you.

  Make sure that when they say something, the data actually show it.

  d)问两个问题:(在“材料和方法”中寻找,别在M&M中耗时间)

  1. what are the controls for that experiment? 2. How do you know that this result isn’t due to something else?

  e)找出隐藏结论(一般是限于篇幅而未能发表)

  Challenge yourself to find alternate explanations for the results:

  1. what do you think they chose to omit? 2. Why did they omit it?

  (在继续读下去之前,列一个阅读所得的list)

  4)looking for a clear justification for why the authors chose to do their experiments.

  What is the main question that they claim to be answering?

  5)Compare the authors’ main question, their data, and their conclusions.

  1. did they answer their question? 2. Did they do the right experiments to address their question? 3. If your list of experiments differs from theirs, is their line of experimentation better? 4. If you had to answer this research question, knowing all that you know now, how would you do it? Maybe borrow some of their experiments? Or do exact ly what they did?

  6) Read the discussion

  The discussion should tell you why their work is important, and how it advances the field.

  评价该文很重要的一点:文中是否预料到并很好的回答了你的问题

  7)Project into the future.如果是你,下一步能做什么?有什么可提高的?有什么缺陷要弥补?如何与下一步工作衔 接?

  8)回顾整体风格

  1. What phrases do they use to introduce their ideas?

  2. How are the figures labeled?

  3. Is this a well-constructed paper?

  4. Is there anything in the paper you'd like to emulate?

相关文章

全自动快速微生物质谱监测系统采购项目245万成交!

全自动快速微生物质谱监测系统中标公告一、项目编号:YC2022-GK17352二、项目名称:全自动快速微生物质谱监测系统三、中标信息1、供应商名称:杭州维圆生物科技有限公司;2、供应商地址:浙江省杭州......

低浓度二氧化碳快速集获器面世

日本科学家开发出了一款新的碳捕集系统,其能以前所未有的性能直接从大气中清除二氧化碳,效率高达99%,且捕集二氧化碳的速度至少是现有系统的两倍,成为迄今处理空气中低浓度二氧化碳最快的捕集系统,有望开启直......

美国实施新冠快测!3家中国企业抢占100亿美元市场先机

从1月15日开始,美国政府将正式实施新冠快速测试计划。按照CNBC最新报道估算,美国政府免费向民众发送的快速检测试剂(抗原试剂),月需求量或将达到26亿剂,涉及的采购金额料超百亿元美金。想要成为美国政......

多层级孔生物炭实现污染物快速吸附

生物炭是一种原料丰富、制备简单、绿色友好的多孔吸附剂材料,在环境污染控制的工程应用中颇具潜力。近年来,为了制备高性能生物炭吸附材料,研究者通过多种手段来提升生物炭的孔隙数量,以期提升其对污染物的吸附容......

快速爬四层证明身体棒

保持健康、争取长寿是许多成年人的追求,其实,一个关键指标就可知你的体力好不好。西班牙一项新研究发现,能够快速爬四层楼且中间不用休息的人,因心血管疾病、癌症等原因导致的早亡风险较低。西班牙拉科鲁尼亚大学......

农药残留快速检测仪得到的认可保证食品安全

农药残留问题是随着农药大量生产和广泛使用而产生的。近千种的人工合成化合物杀虫剂、杀菌剂、杀藻剂、除虫剂、落叶剂等类农药在果蔬农田中施加。大量施用农药,既造成严重的农药污染问题,还会对人体健康形成严重威......

东营市组织企业参加水产品药残快速检测培训班

近日,全省水产品药残快速检测现场操作培训会在省水产品质量检测中心举行,市海洋与渔业局组织市、县区水产品质量监管人员和水产养殖企业人员参加了此次培训。本次培训历时两天,采取了理论讲授与现场操作培训相结合......

农残检测仪送到学校保障师生舌尖安全

近日,里水举行主题为“共建食品安全城市共享舌尖安全生活”食用农产品快检设备赠予仪式暨设备使用培训活动,里水镇市场监督管理局向镇内25所学校及托幼机构、企事业单位食堂赠予一批“24通道农药残留快速检测仪......

湖北为每个县配备食品快检车食品安全监控更有力度

4月16日上午,湖北省县级食品快检车第一批车载仪器设备验收与培训活动在咸宁举行。今年,湖北出资1.2亿元为各县(市、区)配备一台食品快速检测车,共计103台,每台车配有一体化便携式集成食品快速检测仪、......

突破海外垄断成为快速检测产业“领跑者”

近日,在2017年度国家科学技术奖励大会上,“疟疾、血吸虫病等重大寄生虫病防治关键技术的建立及其应用”成果获得2017年度国家科学技术进步奖二等奖。获奖成果中,疟疾快速诊断试剂属于广州万孚生物技术股份......