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Translational studies on pancreatic cancer and gastric cancer: a methodology in PhD thesis

Affiliation
Department of Clinical and Molecular Medicine ,Norwegian University of Science and Technology ,Trondheim ,Norway
Resell, Mathilde;
Affiliation
Department of Medicine ,St. Olavs University Hospital ,Trondheim ,Norway
Qvigstad, Gunnar;
Affiliation
Department of Medicine and Irving Cancer Research Center ,Columbia University Medical Center ,New York ,NY ,United States
Wang, Timothy C.;
Affiliation
Institute of Human Genetics ,Technical University of Munich (TUM) ,TUM School of Medicine and Health ,TUM University Hospital ,Munich ,Germany
Quante, Anne S.;
Affiliation
CINBIO ,Universidade de Vigo ,Vigo ,Spain
González-Fernández, África;
Affiliation
Department of Clinical and Molecular Medicine ,Norwegian University of Science and Technology ,Trondheim ,Norway
Waldum, Helge;
Affiliation
Department of Clinical and Molecular Medicine ,Norwegian University of Science and Technology ,Trondheim ,Norway
Chen, Duan;
Affiliation
Department of Clinical and Molecular Medicine ,Norwegian University of Science and Technology ,Trondheim ,Norway
Zhao, Chun-Mei

Pancreatic ductal adenocarcinoma (PDAC) and gastric adenocarcinoma (GA) are aggressive cancers with poor prognoses, demanding innovative approaches to advance treatment strategies and prevention efforts. This article presents a methodology in connection with PhD thesis on PDAC and GA, including motivation and knowledge in literature (Paper I), various research models (Paper II), knowledge discovery (Papers III and IV), and thesis assessment and evaluation (dissertation). The four studies aimed to address the gaps between patients and researchers and between basic and clinical research. Patient and Public Involvement (PPI) was explored to align research priorities with patients’ needs. While PPI emphasized the importance of treatment-focused research, researchers and scientific journals prioritized basic science. Research guidance of “Findable, Accessible, Interoperable, and Reusable” (FAIR) was implanted in the studies, particularly proteomics datasets of different research models on PDAC. An analytic workflow for knowledge discovery with systems modeling was developed, leading to identification of translational targets of proteins and signaling networks on PDAC. Gastric intestinal metaplasia (GIM) is associated with GA. Multi-bioinformatics identified potential biomarkers for GA-related GIM, including genes and signaling networks. Potential repurposed drugs were also identified for both PDAC and GIM. In conclusion, the methodology was instructive in completing PhD thesis, whereas the findings in the original papers added new knowledge in translational research on PDAC and GA.

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License Holder: Copyright © 2025 Resell, Qvigstad, Wang, Quante, González-Fernández, Waldum, Chen and Zhao.

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