Mark P. Molloy

Camden and Campbelltown Hospitals — Australia

Chemistry · Physical Sciences

53h-index11.9kcitations403works1.42yr avg
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Research Topics

Advanced Proteomics Techniques and Applications(72), Mass Spectrometry Techniques and Applications(44), Cancer, Hypoxia, and Metabolism(30), Gastric Cancer Management and Outcomes(27), Gastrointestinal Tumor Research and Treatment(27)

Publications402 total

Supplementary Figure S2 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S6 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S5 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S3 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S11 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S2 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S7 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Figure 3 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S1 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S5 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S9 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S4 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Figure 1 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Figure S10 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Figure 4 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Figure 2 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S1 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S7 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Supplementary Table S8 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
Table 1 from Mutational Analysis of Early, Low-Grade Bowel Polyps Defines a Subgroup with Concurrent, High-Risk Oncogenic Drivers Independent of Polyp Size
2025Open Access
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Frequent Co-authors

Ben Herbert(7), Philip Andrews(5), Christoph Krisp(4), Bradley J. Walsh(4), Andrew A. Gooley(4), Keith L. Williams(4), Dana Pascovici(4), Thiri Zaw(4), Keith L. Williams(3), Andrew A. Gooley(3), Michael T. McDowell(3), Ralph N. Martins(3), Xiaomin Song(3), Nick Pavlakis(3), Nicolle H. Packer(3), Stephen Clarke(3), Ben C. Collins(2), Christie L. Hunter(2), Yansheng Liu(2), Birgit Schilling(2)