Clarivate’s Highly Cited Researchers list is an annual publication that identifies scientists and social scientists who have demonstrated outsized impact within their research domains through a combination of extensive publication and extraordinary citation metrics. The exhaustive selection process highlights those researchers whose published work ranks within the top 1% by citations for their respective fields over the previous 11 years, underscoring not only influence but also the integrity and reproducibility of their contributions to scientific knowledge.

This prestigious designation is not merely a reflection of citation counts but embodies a holistic assessment incorporating quantitative bibliometrics, qualitative review, and expert judgment to ensure the recognition of truly groundbreaking research. Being named to this list signifies that a researcher’s work has garnered sustained attention and has deeply influenced the trajectory of their scientific discipline, marking them as leaders whose findings have shaped research agendas and clinical practices worldwide.

Within this competitive and global context, Georgia State University’s Institute for Biomedical Sciences proudly counts two leading figures among its faculty who exemplify this highest standard of research excellence. Regents’ Professor Andrew Gewirtz and Distinguished University Professor Lanying Du have each secured places on the 2025 Highly Cited Researchers list in the coveted cross-field category, underlining their versatile and broad-ranging scientific impact across multiple intersecting disciplines.

Professor Andrew Gewirtz, whose scholarly work spans a wide array of biomedical fields, has been recognized consistently from 2022 through 2025. His cross-disciplinary influence is emblematic of an expansive research portfolio that transcends traditional boundaries, impacting areas as diverse as immunology, microbiology, and gastrointestinal physiology. Gewirtz’s ability to integrate complex biological systems insights has advanced understanding of disease mechanisms and opened new therapeutic avenues.

Equally distinguished, Professor Lanying Du continues to solidify her reputation as a towering figure in biomedical science. Listed on the Highly Cited Researchers roster since 2021, Du’s expertise has been acknowledged across both microbiology and cross-field categories, reflecting her prolific contributions at the interface of virology, immunology, and molecular biology. Moreover, her inclusion in Stanford University’s top 2 percent most-cited scientists for multiple consecutive years further attests to the enduring significance and wide-reaching impact of her research.

The emphasis on cross-field categorization for both Gewirtz and Du highlights a critical trend in contemporary science: the rising importance of interdisciplinary approaches that leverage techniques and insights from several domains to tackle complex biological questions. Their work exemplifies how bridging distinct fields fosters innovation, accelerates discovery, and enhances the translation of fundamental science into clinical applications.

In the broader landscape, the 2025 Highly Cited Researchers list comprises 7,131 awards granted to 6,868 researchers hailing from 60 countries. This global assembly reflects science’s international fabric and the collaborative nature of knowledge generation. These honorees represent a minuscule fraction of the global scientific community—approximately one in every 1,000 researchers—underscoring the exacting standards and exceptional achievements required for such inclusion.

The methodology underpinning the selection extends beyond mere citation tallying; it employs Clarivate’s Web of Science Core Collection to identify publications with exceptional citation performance, followed by rigorous data analytics and peer evaluation. This process ensures that the honored researchers are those whose scientific contributions have demonstrable, broad-scale influence that galvanizes further research, informs policy, and impacts public health outcomes.

For Georgia State University, having faculty members continually recognized on this list strengthens its standing as a hub of cutting-edge biomedical research. It reflects strategic investments in research infrastructure, interdisciplinary collaboration, and robust mentorship that empower scientists to produce high-impact investigations addressing urgent biomedical challenges, particularly in infectious and gastrointestinal diseases.

The work led by Gewirtz, for example, delves into the complex interplay between the gut microbiome and systemic immune responses, elucidating mechanisms that underpin chronic inflammatory conditions and informing development of microbiota-targeted therapies. Conversely, Du’s research advances understanding of viral pathogenesis and host immune defense mechanisms, contributing to vaccine development and antiviral strategies.

This confluence of expertise is pivotal in an era where infectious diseases and gastrointestinal disorders remain pervasive public health concerns globally. Their groundbreaking research not only advances fundamental biomedical science but also holds promise for transformative clinical applications that will improve patient outcomes and resilience against emerging pathogens.

As scientific inquiry increasingly demands collaborative, cross-disciplinary frameworks, the accomplishments of these researchers illustrate the power of integrative thinking and persistent innovation. Their recognition by Clarivate serves as both a testament to individual brilliance and a beacon inspiring emerging scientists within the biomedical community.

Ultimately, the inclusion of Professors Andrew Gewirtz and Lanying Du in the 2025 Highly Cited Researchers list signals a pivotal contribution to the global scientific enterprise. Their work exemplifies research excellence, influence, and leadership in the pursuit of knowledge that drives forward human health and well-being on a worldwide scale.

Subject of Research: Infectious diseases, gastrointestinal disorders, biomedical sciences

Article Title: Georgia State University Researchers Among World’s Most Highly Cited Scientists in Biomedical Sciences

News Publication Date: 2025

Web References:

• Institute for Biomedical Sciences at Georgia State University: https://biomedical.gsu.edu/
• Highly Cited Researchers 2025 by Clarivate: https://clarivate.com/highly-cited-researchers/
• Web of Science Core Collection: https://clarivate.com/academia-government/scientific-and-academic-research/research-discovery-and-referencing/web-of-science/web-of-science-core-collection/

Keywords: Infectious diseases, Gastrointestinal disorders, Biomedical sciences, Highly cited researchers, Cross-field research, Microbiology, Immunology, Molecular biology, Scientific impact, Research excellence

The selection process for the RFS Awards in Science is meticulously crafted, involving the expertise of Editors-in-Chief and seasoned members of the editorial boards from prominent journals. Each nomination reflects exceptional standards of scientific excellence and originality, with a keen focus on the impact the work has on its respective field. This structured process ensures that the ultimate selections made by an academic committee accurately represent the brilliance of contributions in the realm of peer-reviewed research.

This year’s winners, as part of the RFS Awards initiative, will be recognized not only for their outstanding papers but also for their dedication to advancing knowledge and innovation in areas where representation has historically been lacking. The impact of these awards transcends recognition; they serve to inspire future generations of scientists and researchers to pursue their passions despite the barriers that may exist. Highlighting the work of these exceptional individuals contributes to a broader narrative that celebrates diversity and excellence.

An essential aspect of the RFS Awards is the tangible recognition that recipients will receive. Each award winner will be granted a cash prize amounting to $1,000, along with an official certificate commemorating their achievement. This reward is significant, as it not only provides financial support but also acknowledges the hard work and dedication that goes into producing original research. Additionally, the winner’s papers will be made freely accessible for a period of 90 days, a strategic move designed to enhance their visibility and maximize potential impact within the scientific community and beyond.

Moreover, the celebration of the recipients doesn’t end there. Mary Ann Liebert, Inc. ensures that the accomplishments of the awardees are showcased across various public platforms. This visibility is critical, considering the often-overlooked contributions of underrepresented scientists and researchers. By featuring these award winners prominently, the initiative aims to pave the way for a more inclusive future, encouraging dialogue and collaboration across diverse scientific disciplines.

This year’s awards come at a critical time when the scientific community is calling for greater diversity and representation in research. The RFS Awards in Science serve as an important reminder of the advancements made possible when diverse perspectives are included in scientific inquiry. By recognizing the vital contributions of women and minority researchers, these awards not only celebrate achievements but also challenge the status quo within the scientific landscape.

Furthermore, the cultural shift towards inclusivity is not merely a trend; it is a necessity for the advancement of science. Research fueled by diverse perspectives often leads to innovative solutions and breakthroughs that can address complex global challenges. The RFS Awards in Science champions this idea, reinforcing the notion that diverse voices are essential in the quest for knowledge and solutions within STEM fields. Therefore, recognizing and enhancing their contributions has implications that reverberate well beyond academia.

Mary Ann Liebert, Inc., founded in 1980, has long been a leader in scientific publishing. The company has consistently provided critical insights and content that empower researchers, clinicians, and industry leaders. Their commitment to delivering authoritative research has been instrumental in driving innovation across various scientific disciplines. The RFS Awards reflect this ethos, underscoring the importance of representation in fields that have conventionally sidelined certain voices.

In reflecting on the significance of these awards, it becomes clear that they embody a broader movement aimed at reshaping the scientific community. By not only recognizing outstanding work but also by creating equitable pathways for future researchers, the RFS Awards open doors for those who have often been excluded from traditional narratives of scientific achievement. It is through initiatives such as these that the fabric of science can be enriched, fostering an environment where diverse talents can thrive.

The power of recognition cannot be underestimated in fields like science, where competition can be fierce and visibility can drastically influence career trajectories. The RFS Awards serve as a crucial stepping stone for many researchers, allowing them to gain the recognition required to further their careers and advance their research agendas. As these winners are celebrated for their groundbreaking work, they embody the hope and aspiration that fill labs and research centers, inspiring countless others to embark on their own scientific journeys.

The outcomes of the RFS Awards in Science extend beyond financial incentive or symbolic recognition; they promote a ripple effect within the scientific community. Award winners become role models, illustrating that success is possible irrespective of background. They help in breaking down stereotypes and preconceived barriers that often shackle the ambitions of future scientists. This shift is vital in fostering a healthier and more competitive scientific culture where merit and excellence are the true indicators of success.

As we anticipate the full list of winners for the RFS Awards in Science 2024, the excitement is palpable within the research community. The collaboration between diverse researchers ensures that the future of science is rich, innovative, and reflective of our collective experience. In acknowledging these achievements, Mary Ann Liebert, Inc. not only honors exceptional work but also sets the stage for a transformative future in the world of scientific inquiry and discovery.

As the impact of the RFS Awards continues to unfold, it will be essential for stakeholders across the spectrum—from academic institutions to funding agencies—to rally behind initiatives that promote diversity, equity, and inclusion in science. The success of these awards should be seen as both a celebration of past achievements and a catalyst for future progress. Indeed, the scientific community stands on the cusp of a new era, one marked by the recognition of the myriad voices that contribute to the tapestry of knowledge.

As we look forward to further advancements and achievements within the scientific field, let us continue to support and uplift those who have been historically underrepresented. The journey to a more inclusive and equitable scientific community is ongoing, but it is initiatives like the RFS Awards that light the path forward, ensuring that every voice has the opportunity to be heard and valued in the pursuit of knowledge.

Subject of Research: People
Article Title: Winners of the 2024 RFS Awards in Science Announced by Mary Ann Liebert, Inc.
News Publication Date: October 2023
Web References: https://home.liebertpub.com/rfs-awards
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Image Credits: Mary Ann Liebert, Inc.

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Life sciences, Clinical research, Discovery research, Industrial research, Publishing industry, Technology policy, Minorities in science, Scientific journals, Biotechnology, Clinical medicine, Public health, Academic policy, Biomedical policy, Biotechnology industry, Health care industry

The Parker Solar Probe mission, which represents a monumental leap in our understanding of solar science, is officially recognized for its unparalleled achievement of approaching the Sun closer than any spacecraft before it. With its extraordinary capabilities to journey within the Sun’s corona, the Parker Solar Probe has attracted global attention and admiration for its vital contributions to space exploration and solar research. As one of the fastest human-made objects ever constructed, traveling at speeds approaching 430,000 mph, its mission is redefining scientific possibilities and reshaping textbooks in solar science.

NASA’s acting Administrator, Janet Petro, expressed her gratitude and excitement for the recognition bestowed upon the Parker Solar Probe team. In an official statement, she acknowledged their exceptional dedication and skill, emphasizing the profound implications of their research. The mission addresses fundamental questions about our solar system while advancing our understanding of solar phenomena that impact life on Earth. The Parker Solar Probe collects invaluable data that will help scientists predict and prepare for solar weather events—an aspect that has far-reaching effects on satellite operations, aviation, and even power distribution grids.

On December 24, 2024, the Parker Solar Probe achieved a remarkable milestone by making its closest approach to the Sun, venturing within a mere 3.8 million miles of the solar surface. This unprecedented excursion into the Sun’s corona marked a transformative era in scientific discovery, further enriching our knowledge of solar activity and its potential repercussions on Earth. The data collected during this historical close pass will shed light on solar wind dynamics, coronal mass ejections, and the mechanisms driving solar radiation.

As Nicky Fox, the associate administrator for NASA’s Science Mission Directorate, points out, this award symbolizes not just recognition but also the dedication and tenacity of the entire Parker Solar Probe team. The mission operates at the forefront of solar research, providing insights that extend beyond our Sun to a broader understanding of stellar behavior throughout the universe. This quest to unveil the cosmos is made possible through engineering marvels that encapsulate decades of research and innovation.

Central to the Parker Solar Probe’s success is the groundbreaking Thermal Protection System (TPS), a sophisticated heat shield designed to withstand extreme temperatures that can reach up to 2,500 degrees Fahrenheit. The TPS safeguards the spacecraft’s sensitive instruments and electronics, ensuring they remain functional and effective even under challenging conditions. By maintaining an operational temperature close to room temperature, the Thermal Protection System exemplifies ingenuity in engineering, allowing for continuous data collection during the probe’s close encounters with the Sun.

Another pivotal innovation features the spacecraft’s first-of-its-kind actively cooled solar arrays. These state-of-the-art arrays provide energy while protecting themselves from the intense solar radiation experienced during the mission. The autonomous capabilities of the Parker Solar Probe further enhance its functionality, enabling it to manage its own flight behavior and orientation over extended periods—sometimes months at a stretch—without direct human intervention. This level of independence represents a significant leap in spacecraft design and operational capability, ushering in a new era of exploration.

Joe Westlake, the director of the Heliophysics Division at NASA Headquarters, emphasized the importance of the Parker Solar Probe’s findings in the context of space weather preparedness. Understanding solar phenomena through real-time data has critical implications for safeguarding astronauts, satellites, and technology on Earth from potential disruptions. As the Parker Solar Probe conducts close-up observations of eruptive solar events and their aftermaths, scientists can develop more reliable predictive models related to space weather impact on Earth.

The Parker Solar Probe’s mission has not only expanded our knowledge of solar physics, but its implications may also enhance our understanding of deep space conditions. With the increased risk of space weather events due to increasing solar activity, studying the Sun’s behavior at close range will contribute significantly to protecting future space missions—whether crewed or robotic—especially those headed to destinations like the Moon and Mars. Insights gained from this mission could be instrumental in developing proactive strategies to ensure the safety of astronauts and the success of exploratory missions.

As APL Director Ralph Semmel articulates, the achievement of the Parker Solar Probe team in overcoming long-standing technical challenges and advancing aerospace capabilities is a source of immense pride. The selection of the Parker Solar Probe for the Collier Trophy signifies not only a victory for the team but also for the wider aerospace community that continuously endeavors to make the impossible possible. It highlights the collaborative spirit inherent in scientific exploration, reflecting a shared vision of advancing humanity’s frontiers.

Awarded since 1911, the Robert J. Collier Trophy serves as a tribute to innovation in aviation and aerospace. Prominent aviation leaders, appointed by the NAA, select the recipient from a wide array of nominees, and the trophy will be displayed at the Smithsonian’s National Air and Space Museum in Washington, D.C. This enduring recognition underscores the Parker Solar Probe mission as an iconic accomplishment in modern space science, joining the ranks of other groundbreaking missions that have transformed our understanding of flight and exploration.

As we look towards the stars, the Parker Solar Probe stands as a vivid reminder of what can be achieved through collaboration and dedication to scientific inquiry. Its mission not only represents a leap forward in our understanding of the solar system, but it also symbolizes humanity’s unyielding spirit of exploration and discovery. The accolades and recognition awarded to the Parker Solar Probe team reflect an indomitable quest to push the limits of what is possible, seeking answers to the cosmic questions that have intrigued humankind for generations.

Subject of Research: Solar physics and space exploration.
Article Title: NASA’s Parker Solar Probe Team Awarded 2024 Robert J. Collier Trophy.
News Publication Date: October 2023.
Web References:
References:
Image Credits: NASA.

Keywords