9/22/ · Unless the journal uses a structured review format, I usually begin my review with a general statement of my understanding of the paper and what it claims, followed by a paragraph offering an Featured peer reviews. Below are a few of Peerage of Science peer reviews with high PEQ-scores, featured as examples of what good but critical peer review looks like. As the manuscripts under review are not yet published, the manuscript title and some peer review content is censored. Note that these peer reviews are only from the first stage of the An animal ethics review Scientific performed as part of the authorization process Analysis therefore performed routinely, but comprehensive information about how well the review Or works is not available. Example Of An Abstract For A Scientific Research Paper - Getting Started - Publishing in the Sciences - Research Guides at University of
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A good peer review requires disciplinary expertise, review of scientific paper example, a keen and critical eye, and a diplomatic and constructive approach. As junior scientists develop their expertise and make names for themselves, they are increasingly likely to receive invitations to review research manuscripts. Writing a good review requires expertise in the field, an intimate knowledge of research methods, a critical mind, the ability to give fair and constructive feedback, and sensitivity to the feelings of authors on the receiving end.
As a range of institutions and organizations around the world celebrate the essential role of peer review in upholding the quality of published research this week, Science Careers shares collected insights and advice about how to review papers from researchers across the spectrum.
The responses have been edited for clarity and brevity. I am very open-minded when it comes to accepting invitations to review. I see it as a tit-for-tat duty: Since I am an active researcher and I submit papers, hoping for really helpful, constructive comments, it just makes sense that I do the same for others.
The only other factor I pay attention to is the scientific integrity of the journal. I would not want to review for a journal that does not offer an unbiased review process.
I'm more prone to agree to do a review if it involves a system or method in which I have a particular expertise. And I'm not going to take on a paper to review unless I have the time. For every manuscript of my own that I submit to a journal, I review at least a few papers, so I give back to the system plenty.
I've heard from some reviewers that they're more likely to accept an invitation to review from a more prestigious journal and don't feel as bad about rejecting invitations from more specialized journals. That makes things a lot harder for editors of the less prestigious journals, and that's why I am more inclined to take on reviews from them. If I've never heard of the authors, and particularly if they're from a less developed nation, then I'm also more likely to accept the invitation.
I do this because editors might have a harder time landing reviewers for these papers too, and because people who aren't deeply connected into our research community also deserve quality feedback. Finally, I am more inclined to review for journals with double-blind reviewing practices and journals that are run by academic societies, because those are both things that I want to support and encourage, review of scientific paper example.
I usually consider first the relevance to my own expertise. I will turn down requests if the paper is too far removed from my own research areas, since I may not be able to provide an informed review. Having said that, I tend to define my expertise fairly broadly for reviewing purposes.
I also consider the journal. I am more willing to review for journals that I read or publish in. Before I became an editor, I used to be fairly eclectic in the journals I reviewed for, but now I tend to be more discerning, review of scientific paper example, since my editing duties take up much of my reviewing time. Walshprofessor of public policy at the Georgia Institute of Technology in Atlanta.
Some journals have structured review criteria; others just ask for general and specific comments. Knowing this in advance helps save time later. I almost never print out papers for review; I prefer to work with the electronic version.
I always read the paper sequentially, review of scientific paper example, from start to finish, making comments on the PDF as I go along. I look for specific indicators of research quality, asking myself questions such as: Are the background literature and study rationale clearly articulated? Do the hypotheses follow logically from previous work?
Are the methods robust and well controlled? Are the reported analyses appropriate? I usually pay close attention to the use—and misuse—of frequentist statistics. Is the presentation of results clear and accessible? To what extent does the Discussion place the findings in a wider context and achieve a balance between interpretation and useful speculation versus tedious waffling?
I subconsciously follow a checklist. First, is it well written? That usually becomes apparent by the Methods section. Then, throughout, if what I am reading is only partly comprehensible, I do not spend a lot of energy trying to make sense of it, but in my review I will relay the ambiguities to the author.
I should also have a good idea of the hypothesis and context within the first few pages, and it matters whether the hypothesis makes sense or is interesting. Then I read the Methods section very carefully. Mostly I am concerned with credibility: Could this methodology have answered their question? Then I look at how convincing the results are and how careful the description is.
Sloppiness anywhere makes me worry, review of scientific paper example. The parts of the Discussion I focus on most are context and whether the authors make claims that overreach the data. This is done all the time, to varying degrees. I want statements of fact, not opinion or speculation, backed up by data. Most journals don't have special instructions, so I just read the paper, usually starting with the Abstract, looking at the figures, and then review of scientific paper example the paper review of scientific paper example a linear fashion.
There are a few aspects that I make sure to address, though I cover a lot more ground as review of scientific paper example. First, I consider how the question being addressed fits into the current status of our knowledge.
Second, I ponder how well the work that was conducted actually addresses the central question posed in the paper. In my field, authors are under pressure to broadly sell their work, and it's my job as a reviewer to address the validity of such claims. Third, I make sure that the design of the methods and analyses are appropriate. First, I read a printed version to get an overall impression.
What is the paper about? How is it structured? I also pay attention to the schemes and figures; if they are well designed and organized, then in most cases the entire paper has also been carefully thought out, review of scientific paper example. When diving in deeper, first I try to assess whether all the important papers are cited in the references, as that also often correlates with the quality of the manuscript itself.
Then, right in the Introduction, review of scientific paper example, you can often review of scientific paper example whether the authors considered the full context of their topic, review of scientific paper example.
After that, I check whether all the experiments and data make sense, paying particular attention to whether the authors carefully designed and performed the experiments and whether they analyzed and interpreted the results in a comprehensible way, review of scientific paper example. It is also very important that the authors guide you through the whole article and explain every table, every figure, and every scheme. As I go along, I use a highlighter and other pens, so the manuscript is usually colorful after I read it.
Besides that, I make notes on an extra sheet. I first familiarize myself with the manuscript and read relevant snippets of the literature to make sure that the manuscript is coherent with the larger scientific domain. Then I scrutinize it section by section, noting if there are any missing links in the story and if certain points are under- or overrepresented. I print out the paper, as I find it easier to make comments on the printed pages than on an electronic reader, review of scientific paper example.
At this first stage, I try to be as open-minded as I can. Does the theoretical argument make sense? Does it contribute to our knowledge, or is it old wine in new bottles? Is there an angle the authors have overlooked?
This often requires doing some background reading, sometimes including some of the cited literature, about the theory presented in the manuscript. I then delve into the Methods and Results sections. Are the methods suitable to investigate the research question and test the hypotheses? Would there have been a better way to test these hypotheses or to analyze these results? Is the statistical analysis sound and justified?
Could I replicate the results using the information in the Methods and the description of the analysis? I even selectively check individual numbers to see whether they are statistically plausible. I also carefully look at the explanation of the results and whether the conclusions the authors draw are justified and connected with the broader argument made in the paper.
If there are any aspects of the manuscript that I am not familiar with, I try to read up on those topics or consult other colleagues. I spend a fair amount of time looking at the figures.
In addition to considering their overall quality, sometimes figures raise questions about the methods used to collect or analyze the data, or they fail to support a finding reported in the paper and warrant further clarification. Conclusions that are overstated or out of sync with the findings will adversely impact my review and recommendations.
I generally read on the computer and start with the Abstract to get an initial impression. Then I read the paper as a whole, thoroughly review of scientific paper example from beginning to end, taking notes as I read, review of scientific paper example.
For me, the first question is this: Is the research sound? And secondly, how can it be improved? Basically, I am looking to see if the research question is well motivated; if the data are sound; if the analyses are technically correct; and, most importantly, if the findings support the claims made in the paper.
The main aspects I consider are the novelty of the article and its impact review of scientific paper example the field. I always ask myself what makes this paper relevant and what new advance or contribution the paper represents.
Then I follow a routine that will help me evaluate this. I also consider whether the article contains a good Introduction and description of the state of the art, as that indirectly shows whether the authors have a good knowledge of the field.
Second, I pay attention to the results and whether they have been compared with other similar published studies. Third, I consider whether the results or the proposed methodology have some potential broader review of scientific paper example or relevance, because in my opinion this review of scientific paper example important. Finally, I evaluate whether the methodology used is appropriate. If the authors have presented a new tool or software, I will test it in detail.
Using a copy of the manuscript that I first marked up with any questions that I had, I write a brief summary of what the paper is about and what I feel about its solidity. Then I run through the specific points I raised in my summary in more detail, in the order they appeared in the paper, providing page and paragraph numbers for most. Finally comes a list of really minor stuff, which I try to keep to a minimum. If I feel there is some good material in the paper but it needs a lot of work, I will write a pretty long and specific review pointing out what the authors need to do.
How to write an review article ? Definition, structure and step wise Tutorials
, time: 14:17Getting Started - Publishing in the Sciences - Research Guides at University of Michigan Library
Edanz Expert Scientific Review Report Prepared by: Sample GSample Introduction Does the introduction provide sufficient background information for readers not in the immediate field to understand the problem/hypotheses? The introduction provides a good, generalized background of the topic that quickly gives the reader an The present paper offers a review of the oral manifestations of various gastrointestinal (GI) dis-eases diagnosed in patients admitted in our depart-ment. The review includes peptic ulcer disease, chronic gastritis, gastric cancer, chronic hepatic diseases, gallbladder and biliary diseases, and chronic pancreatitis. Material and method 9/22/ · Unless the journal uses a structured review format, I usually begin my review with a general statement of my understanding of the paper and what it claims, followed by a paragraph offering an
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