Viktoriia Sokolova serves as an inspiration for young Ukrainians aspiring to achieve scientific breakthroughs on the global stage. Her journey in the sciences began in 2015 when, as a young woman from Kyiv and a gold medal graduate of Klovskyi Lyceum, she crossed the ocean to pursue her dreams. Deciding to study at the University of Philadelphia (USA) was no easy choice—she had to leave her family and friends behind in her homeland. However, driven by determination, Viktoriia embarked on her journey to become a chemist.
During her undergraduate years, she plunged into the world of research, joining the lab team led by Ukrainian scientist Professor Yurii Gogotsi, a renowned figure well known beyond Ukraine’s borders. It was in this lab that Viktoriia began exploring advanced carbon and graphite materials designed for biomedical applications. One of her notable projects focused on developing materials for blood filtration in sepsis patients—a groundbreaking innovation with the potential to save thousands of lives.
The results of Viktoriia Sokolova’s research did not go unnoticed by the scientific community. A paper detailing this work was published in the prestigious international journal “ACS Applied Bio Materials” [1], a highly respected publication among chemistry researchers. This achievement marked a significant milestone not only for Viktoriia herself but also for the broader Ukrainian scientific community, which continues to showcase its immense potential to the world.
Viktoriia’s story is remarkable not only for her academic achievements but also for her resilience and determination, which helped her overcome obstacles on her path to fulfilling her professional aspirations. Her example inspires other Ukrainians to believe in themselves and take on challenging roads in pursuit of worthwhile and lofty goals.
In the “Countries. Cities. People” section of our magazine, we traditionally share success stories of fellow citizens who bring recognition to Ukraine far beyond its borders.
In the United States, driven by curiosity and a desire for deeper understanding, Viktoriia pursued a master’s degree in organic chemistry, where she distinguished herself as a true innovator. During her studies, she focused on the analysis of molecules used to diagnose various types of cancer. Her master’s thesis became an important contribution to medicinal chemistry, as the young researcher described computational methods for analyzing the connection between molecules and proteins that promote tumor growth. She also examined optimal parameters for converting these molecules into potentially effective pharmaceutical treatments.
While working on this research, Viktoriia Sokolova did not limit herself to a single area of study. Her interests extended to exploring mutations of COVID-19. She contributed to analyzing the pathogenic potency of various coronavirus mutations and compared their threats to human health. The results of these studies gained recognition and were published in the esteemed Austin Journal of Infectious Diseases [2].
Viktoriia’s story illustrates how determination, talent, and a deep passion for science can pave the way to becoming a true professional and achieving success, even in the most challenging fields. Her example serves as a reminder that Ukrainian potential far exceeds the borders of the country, and the accomplishments of compatriots inspire future generations.
Currently, Viktoriia is making significant strides in biochemistry, structural biology, and molecular biology. As early as next year, she is on track to earn her PhD from the prestigious Thomas Jefferson University in Philadelphia.
Viktoriia Sokolova’s research focuses on investigating key molecular mechanisms, disruptions of which can lead to the development of severe diseases. Her work is so impactful that she has already co-authored two papers published in “Nature Communications” [3; 4], one of the world’s leading scientific journals.
This year, Viktoriia has committed her efforts to exploring potential compounds for treating diseases linked to mitochondrial dysfunction. Her research addresses a range of critical challenges in modern medicine, including oncology, neurological disorders, and aging processes.
Last year, Viktoriia presented her findings at the international EMBO conference in Warsaw, where her presentation attracted significant attention from her peers. Scientists around the globe have already cited her research over 40 times, highlighting the importance of her contributions to contemporary biological science.
The journey of Viktoriia Sokolova is not merely an example of personal success; it stands as proof that Ukrainians are capable of overcoming the toughest challenges and contributing to the advancement of civilization. Through her determination and relentless work, Viktoriia is pioneering new opportunities in the fight against serious illnesses, inspiring others to keep moving forward and never lose faith in themselves.
In addition to her achievements in science, Viktoriia actively fosters the development of a professional community. Her drive and commitment to unite not only Ukrainians but also individuals from other nations have gained widespread support through numerous initiatives. Last year, Viktoriia was elected Chair of a professional scientific organization at her university, whose primary mission is to assist graduates with establishing meaningful connections and finding career opportunities. Under her leadership, the organization has successfully executed several projects aimed at supporting young professionals.
Viktoriia Sokolova is a member of AWIS (Association for Women in Science), a prestigious international organization connecting women researchers globally. The members of this community are dedicated to enhancing inclusivity in science, promoting international collaboration, and creating platforms for sharing knowledge. Thanks to Viktoriia ‘s active efforts, Ukrainian women in science are increasingly recognized and included in major international projects.
Ten years ago, fate led Viktoriia to the United States. She settled in Philadelphia and began a new chapter in her professional journey, yet she never lost her connection to her homeland. Her heart and soul remain deeply tied to Ukraine—a connection that became especially apparent during the challenging events of 2022.
Since the full-scale invasion began, Viktoriia has dedicated extraordinary efforts to supporting her country. She began volunteering with the local Ukrainian community in Philadelphia. One of her remarkable achievements has been raising over $10,000 to aid children affected by the war. But she didn’t stop there. Rallying the support of American friends and like-minded individuals, Viktoriia now organizes annual fundraisers to purchase medical supplies for wounded soldiers recovering at Oleksandrivska Hospital in Kyiv.
For Viktoriia, financial support for the military is just one component of her mission. More importantly, she strives to build meaningful connections between Ukrainians abroad and their homeland, while also raising awareness about Ukraine among the American community. Viktoriia has become something of an ambassador for Ukrainian culture. “I firmly believe that no matter where I am in this world, I must represent my country and help my people in every way I can. I am proud to be Ukrainian and hope that one day, through my work, my country will be proud of me too,” Viktoriia shares.
Thanks to individuals like Viktoriia Sokolova, the spirit of Ukraine remains alive and unifying, bringing us together in pursuit of a common goal—the victory and prosperity of Ukraine.
Yuliia Hupaliuk, specially for Vsesvit
List of references
[1] Seredych, M. Haines, B. Sokolova, V. Graphene-Based Materials for the Fast Removal of Cytokines from Blood Plasma. ACS App Bio Mat 1 (2018).
https://pubs.acs.org/doi/abs/10.1021/acsabm.8b00151
[2] Wilson, J. Sokolova, V. Are the SARS-CoV-2 Variants Greater Threats? – An In Silico Analysis of the Spike Protein. J of Inf Dis (2021).
https://austinpublishinggroup.com/infectious-diseases/fulltext/ajid-v8-id1050.php
[3] Buchel, G., Nayak, A.R., Herbine, K., Sokolova V., et al. Structural basis for DNA proofreading. Nat Commun 14, 8501 (2023).
https://www.nature.com/articles/s41467-023-44198-8
[4] Nayak, A.R., Sokolova, V., Sillamaa, S. et al. Structural basis for intrinsic strand displacement activity of mitochondrial DNA polymerase. Nat Commun 16, 2417 (2025).
