Anastasiia S. Bukreeva
Current Organizations / Institutes
The organizations/institutes from the scholar's latest article
Anastasiia S. Bukreeva has a total of 14 co-authors. Here are the top co-authors by number of shared publications:
- Alexander Izotov
V.N. Orekhovich Research Institute of Biomedical Chemistry, Pogodinskaya Str. 10, Bldg. 8, 119121 Moscow, Russia
2 shared publications - Anna Leonidovna Kaysheva
Institute of Biomedical Chemistry
2 shared publications - Denis V. Petrovskiy
Institute of Biomedical Chemistry, 109028 Moscow, Russia
2 shared publications - Kristina A. Malsagova
Institute of Biomedical Chemistry
2 shared publications - Tatiana V. Butkova
Institute of Biomedical Chemistry
2 shared publications - Valeriya I. Nakhod
Institute of Biomedical Chemistry
2 shared publications
Latest Publications
- Open Access
- 19 March 2026
- Published by Springer Nature in Scientific Reports
- Vol. 16 (1)
Changes in the proteomic profile of athletes’ plasma associated with exercise intensity
High physical activity often results in complex and ambiguous proteomic changes. This study aimed to analyze possible changes in the composition and content of proteins in plasma samples of elite athletes from sports with various activity levels and intensity. We performed proteomic profiling of blood plasma from 93 elite athletes with over eight years of continuous professional experience. High-resolution tandem mass spectra obtained in the data-independent acquisition mode were analyzed using the PLGS algorithm against a library of known protein sequences, and the PowerNovo algorithm for de novo protein sequencing. Combining the two protein identification strategies improved the completeness of the analysis and expanded the number of identified proteins. We identified changes in levels of circulating proteins that distinguish the high-intensity group from other groups by proteins involved in immune response, lipid transport and metabolism, and oxygen and iron transport. Changes in protein levels in biological samples of professional athletes may be associated with the training load intensity and type of sport.
- 19 March 2026
- Published by Springer Nature in Scientific Reports
- Vol. 16 (1)
Open AccessChanges in the proteomic profile of athletes’ plasma associated with exercise intensity
High physical activity often results in complex and ambiguous proteomic changes. This study aimed to analyze possible changes in the composition and content of proteins in plasma samples of elite athletes from sports with various activity levels and intensity. We performed proteomic profiling of blood plasma from 93 elite athletes with over eight years of continuous professional experience. High-resolution tandem mass spectra obtained in the data-independent acquisition mode were analyzed using the PLGS algorithm against a library of known protein sequences, and the PowerNovo algorithm for de novo protein sequencing. Combining the two protein identification strategies improved the completeness of the analysis and expanded the number of identified proteins. We identified changes in levels of circulating proteins that distinguish the high-intensity group from other groups by proteins involved in immune response, lipid transport and metabolism, and oxygen and iron transport. Changes in protein levels in biological samples of professional athletes may be associated with the training load intensity and type of sport.
- Open Access
Biobank Digitalization: From Data Acquisition to Efficient Use
Biobanks are involved in a broad range of studies, including both basic and clinical research, so their functions and roles are evolving. Digital biobanks have emerged due to digitalization in this field; however, it also entails an increasing number of ethical and legal issues, in particular those related to the protection of donor data and potential commercial applications. The development of biobanks and the size of stored datasets lay the groundwork for proceeding to digital biobanks that intensely employ artificial intelligence tools. Digital biobanks can simplify the search for and access to biological specimens, thus contributing to the conduction of research and creating new collaborations. They are becoming an increasingly important tool for personalized medicine and an individualized approach to disease treatment, contributing to the elaboration of more accurate diagnostic methods and the development of innovative therapeutic strategies.
Open AccessBiobank Digitalization: From Data Acquisition to Efficient Use
Biobanks are involved in a broad range of studies, including both basic and clinical research, so their functions and roles are evolving. Digital biobanks have emerged due to digitalization in this field; however, it also entails an increasing number of ethical and legal issues, in particular those related to the protection of donor data and potential commercial applications. The development of biobanks and the size of stored datasets lay the groundwork for proceeding to digital biobanks that intensely employ artificial intelligence tools. Digital biobanks can simplify the search for and access to biological specimens, thus contributing to the conduction of research and creating new collaborations. They are becoming an increasingly important tool for personalized medicine and an individualized approach to disease treatment, contributing to the elaboration of more accurate diagnostic methods and the development of innovative therapeutic strategies.