Stigmatized by Association: The Trials of a Saudi Academic in the Global Arena

In the realm of academic research, the integrity and credibility of publications are paramount. Recently, Nature reported an unprecedented number of research paper retractions in 2023, highlighting Saudi Arabia as a significant contributor to this statistic.[1] This claim, however, merits a closer examination, considering the complex dynamics of academic publishing and paper retractions. In addition, this situation highlights the need for systemic changes within the academic framework, rather than directing blame at Nature, Saudi universities, or individual researchers. The scientific community is well aware of the ongoing issues with paper mills and their influence on publishers like Hindawi and Wiley, which contributed to the staggering number of retractions. Typically, paper retractions are linked to data fabrication, a serious and unethical practice. Therefore, when articles are retracted, a clear statement detailing the reasons for this retraction is published online, often visible to the public. This practice is fundamental in maintaining transparency in academic publishing. However, a recent development in the paper mill issue, particularly with Hindawi and Wiley, revolves around compromised peer-review processes. Richard Bennett, the Vice President of Researcher and Publishing Services for Hindawi, expressed concerns over “coordinated peer-review rings” that involve collusion between reviewers and editors to advance manuscripts.[2] Therefore, retractions resulting from flawed peer-review processes should not tarnish the reputations of researchers, as the responsibility of the peer-review integrity falls on the journals themselves. This critical aspect seems to be overlooked in Nature’s report. For transparency, Nature’s graph, illustrating countries with the highest retraction rates, should differentiate between retractions due to data fabrication and those stemming from compromised peer review. If, hypothetically, 20% of retractions from Saudi Arabia were due to the latter, the graph would then present a misleading and inaccurate portrayal of the situation. Moreover, the report fuels a prejudiced narrative. International collaborators might assume Saudi universities seek international help because local researchers lack the capability to produce impactful research. This conclusion is not just unfair; it is far from the truth. The recent findings about paper retractions offer a pivotal opportunity for systemic reform within the Saudi academic landscape. This incident should serve as a catalyst for reevaluating and transforming the academic priorities and practices in Saudi universities. The excessive focus of most of the international universities on the Academic Ranking of World Universities is a concerning trend. Notably, leading institutions such as Harvard and Yale Law Schools have opted to withdraw from the U. S. News and World Report College rankings. Their decision is driven by criticisms of the ranking methodology, which they argue places excessive emphasis on metrics that do not necessarily correlate with educational quality and student outcomes. By withdrawing, these institutions assert the importance of focusing on educational integrity and quality over numerical rankings, setting an example that encourages educational systems worldwide, including Saudi universities, to prioritize long-term academic excellence over short-term rankings achievements. Furthermore, academic institutions should focus on long-term pursuit of scientific research. The pursuit of rapid success and superficial international acclaim, as driven by university ranking systems, hinders the development of a sustainable, step-by-step collaborative ecosystem essential for scientific breakthroughs and discoveries. Educational institutions are advised against rushing the academic process in a bid for quick international validation. Such a rapid approach could backfire, damaging our international reputation, as highlighted in a recent Nature’s report. A recent example of the value in avoiding quick wins is the 2023 Nobel Prize in Physiology or Medicine. This prestigious award was awarded to Dr. Katalin Karikó and Dr. Drew Weissman for their pioneering discovery of nucleoside base modifications between 2008 and 2010. Their groundbreaking work received recognition and honors from the scientific community after 13 years, underscoring the importance of patience and perseverance in scientific endeavors. Another fascinating example that highlights the importance of allowing sufficient time, in this case, decades, to establish groundbreaking ideas from a single institution is the development of cancer immunotherapy techniques at Memorial Sloan Kettering Cancer Center. Its findings, which were published in a 1959 issue of Nature, demonstrated that Bacillus Calmette–Guérin (BCG) could provide protection against tumors and extend survival in mouse models. This publication was among the first instances where the term “tumor immunity” was used in the literature marking it as a foundation work in the early development of cancer immunology. It was not until the late 1990s and early 2000s, however, that these therapies began to gain FDA approval and enter widespread clinical use, fundamentally altering the landscape of cancer treatment. Approved by the FDA in 1990, BCG has since become a standard initial treatment for superficial bladder cancer. Similarly, development of magnetic resonance imaging (MRI) technology serves as a quintessential example of long-term scientific progress in the medical field. The foundational principles of MRI were established in the 1940s and 1950s through the work of Felix Bloch and Edward Purcell, who were awarded the Nobel Prize in Physics in 1952 for their development of new methods for nuclear magnetic precision measurements. However, it was not until the 1970s that their principles were first applied to produce images of the human body, and the 1980s saw the widespread adoption of MRI in hospitals. This trajectory highlights how breakthroughs in basic science can take decades to translate into everyday clinical applications, emphasizing the need for sustained investment and patience in research endeavors. One of the most insightful quotes I have come across, particularly relevant to the importance of not rushing stages and seeking quick wins, is from the 2014 Chemistry Nobel Laureate, Stefan Hell. He eloquently said, “It is not the goal that is the goal, it is the path towards the goal.” This profound statement highlights the significance of the journey in scientific endeavors, rather than just the result. At a local level, it is imperative for Saudi Universities and MOE to reassess the existing criteria for academic promotions because the current system is not built on academic values-based criteria. There is a lack of differentiation in the promotion points awarded for publishing in high-impact journals versus low-tier ones. A publication in a Q1 journal like Science or Nature holds the same weight as one in a Q4 journal. Similarly, the system does not acknowledge the securing of research grants in terms of promotion, which undermines the efforts of researchers who obtain substantial funding. In addition, the promotion system’s handling of publication authorship rights needs revision. The current system unfairly rewards the first authors over senior researchers who should ideally be listed as last authors. This practice can lead to situations where advisors, in need of promotion points, may take the first author spot from students, contrary to standard academic practices. Furthermore, by incentivizing the fragmentation of data into multiple smaller publications, the system discourages comprehensive, groundbreaking work that often requires consolidation of extensive evidence in a single paper. This point-based system may inadvertently hinder significant scientific breakthroughs in Saudi Arabia. It must be unequivocally understood that our advocacy is not for stricter promotion criteria. Rather, we propose the adoption of more sensible and friendly promotion criteria. We propose the development of promotion criteria that not only incentivize meaningful and substantial research contributions but also alleviate the bureaucratic constraints that currently hinder academic progress. Such reform is crucial for fostering a research environment that values and nurtures long-term scientific inquiry and innovation. Finally, the research environment in Saudi Arabia is hampered by bureaucratic and logistical inefficiencies. Most of the research financial processes go through the governmental bedding system, which is not efficient in science because science evolves every day. The logistical and bureaucratic hurdles in procuring basic lab supplies, which would take months compared to a mere 72 h in the US or in the UK is very frustrating and not practical choice to for a researcher. From hand-on experience, it took me at least 6 months to receive shipments of monoclonal antibodies for molecular studies. Imagine the risk I will have to endure when ordering time sensitive materials such as cell lines or cell culture media, which potentially will be held in the airport customs storage waiting for clearance without any consideration of the storage condition required. The government’s role in streamlining the research process is crucial, particularly given the ambitious goals of Vision 2030 which aims to boost the nation’s gross domestic product and enhance its global scientific standing. The strategy includes significant annual investments in the research, development, and innovation sector, aiming to contribute substantially to the kingdom’s GDP by 2040. In addition, the country aims to attract top talent who will come to work in Saudi Arabia with certain expectations. Hence, the current situation in Saudi Arabia’s academic and research spheres calls for a strategic overhaul, shifting the focus from quantity to quality and development an ecosystem that fosters innovation and impactful research. This change is not just necessary for the advancement of science in the Kingdom but is essential for aligning with the global academic community’s standards and expectations. In light of these challenges, our call to the international science community is one of the understanding and collaboration. Support us, engage with us, and help us leverage your advanced ecosystems to produce impactful research. Together, we can facilitate technology transfer and enhance our local research environments. By doing so, we can collectively push the boundaries of scientific discovery. Let us not allow the actions of a few to overshadow the aspirations and capabilities of many.