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How damaging can an image be? The importance of image integrity in scientific publications

publication date: Aug 11, 2022
 | 
author/source: Proofiger Ltd

how-damaging-can-image-be-the-importance-image

 

Automated software enables users to ensure the highest standards of quality and image integrity in scientific publications

We all know the phrase ‘a picture is worth a thousand words’. Well, in scientific paper publication, a single image is worth your entire reputation. Here Dr. Dror Kolodkin-Gal Ph.D., founder of automated image integrity detection software expert Proofiger Ltd, explains why researchers should focus on image integrity as much as content quality to streamline the publication process and protect their reputation.

While the scientific research community is aware that there can be issues with image manipulation and duplication, few researchers understand how frequently these issues can occur. According to research, one in four life sciences papers published have some form of image duplication or manipulation, either unintentionally or intentionally,[1] — so if researchers have published multiple papers with multiple images, it is likely that some of is published papers, contains some form of image issues.

 

Consequences

Image integrity issues can go unnoticed because it is difficult to manually review all the images in an article. The consequences of not detecting these issues, however, can be severely detrimental to a researcher’s reputation.

When conducting new research, for example, many researchers will write a grant request to gain funding for the project. If the grant authority finds an image manipulation that the researcher failed to detect before submission, it is likely that the request will be denied and the researcher will struggle to access funding elsewhere, halting the research.

Similarly, if a researcher does gain funding and conduct research, but submits for publication without detecting mistakes, they risk rejection. Publishers do not have to disclose the reason for rejection, so researchers will know that it’ll become more difficult to publish in the future but won’t know how to improve the likelihood of publication.

When reviewing research articles, publishers will also check images manually. The lack of accuracy means that some papers might be published with image manipulations and duplications, which may cause costly issues in the future in two ways. Firstly, other researchers may want to base their research on an existing paper — if the original paper contains inaccurate data, any data in new research will also be incorrect, wasting funding. Similarly, any researchers basing their experimental procedures on an existing paper that contains errors will struggle to replicate the results in the original and not know why, leading to more wasted time, materials and funding.

Alternatively, if someone detects an issue post-publication and reports it in web blogs, the publisher must open an investigation to determine if the allegation is true and if so, how the issue occurred. Investigations can take up to two years, putting pressure on the researcher and significantly reducing their chances of winning funding, conducting research or publishing elsewhere, meaning that no matter the outcome of the investigation, researchers must work hard to rebuild their reputation.

 

Where images go wrong

There are many forms of image integrity issues. Image duplication refers to reusing the same image in different parts of the paper without outlining it. The image may be used the same way twice, or may have been altered, for example by changing the rotations, size or scale. The image may have also been flipped or cropped during duplication, or researchers may use two parts of the same image but they overlap.

The integrity of the image source may also come into question. For example, as well as duplicating the image in the same article, researchers might, intentionally or unintentionally, self-plagiarise and use an image from an older piece of research. This can happen when a large paper is split into two smaller publications.

Usually, it is not the intention of the researcher to include images with these issues and it was simply an innocent mistake. Researchers may conduct research over many years, collecting hundreds to thousands of images of specimens. Research can also be collaborative, with scientists from different universities working on the same project with a corresponding author. If these images are not properly managed, it might be difficult to distinguish between them and errors can occur.

 

Solving the problem

Researchers should not leave image integrity to chance. Checking images manually is time consuming and inaccurate, and missing any issues before publication can result in costly investigations and reputational damage. Additionally, submitting an article to be published by a renowned scientific journal can cost thousands of dollars, so instead of leaving image integrity to chance, researchers can now access technologies that enable them to proactively check images.

Proofig automated image proofing software uses artificial intelligence (AI) to automatically scan every image in a research paper and detect the images that appear to be duplicated or manipulated, checking an entire paper in one to two minutes. Each image is checked against itself and against the rest of the images, to detect any anomalies that researchers should amend before publication.

Using image proofing technology enables researchers to check images as quickly and efficiently as they currently check for grammar and plagiarism before submitting a paper. Detecting and resolving any image manipulations and duplications before sending to publishers reduces the risk of papers printing mistakes, ensuring the integrity of research, reducing the likelihood of costly retractions and building the reputation of the researcher.

If you’re interested in improving how you review image integrity for your next research paper, find out more about Proofig software HERE.


(1) Morten P. Oksvold, Incidence of Data Duplications in a Randomly Selected Pool of Life Science Publications, Science and Engineering Ethics volume 22, pages 487–496, 2016.

 



 

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