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Biography and Research Information
OverviewAI-generated summary
Carol Watson's research focuses on medical imaging techniques and their application in diagnosing and prognosing various conditions. Her recent work includes investigating the use of CT radiomics for non-invasive prognostication of adrenocortical cancer and exploring biomarker responses to SGLT2 inhibition in heart failure as part of the SiN-HF study. Watson also studies the potential mitigative effects of statin therapy on radiation-induced cardiotoxicity and has investigated functional changes in the cardiac conduction system following heart irradiation in preclinical models. Additionally, she has documented a case report on cataract phacoemulsification surgery in a patient with a high body mass index. Watson holds a h-index of 6 with 31 total publications and 215 citations.
Metrics
- h-index: 6
- Publications: 31
- Citations: 217
Selected Publications
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Cataract phacoemulsification surgery with intraoperative posterior capsulotomy in a patient with body mass index of 120: A case report (2025)
Collaboration Network
Top Collaborators
Gerard Walls
2 shared publications
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
- OC-0598 Mitigative potential of statin therapy in base-mediated radiation cardiotoxicity
Kevin Edgar
2 shared publications
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
- OC-0598 Mitigative potential of statin therapy in base-mediated radiation cardiotoxicity
D Grieve
2 shared publications
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
- OC-0598 Mitigative potential of statin therapy in base-mediated radiation cardiotoxicity
M Ghiţă
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
E. Gill
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
ANNETTE COLE
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Shivani Jain
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
L.A. Overman
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Russell Queen
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Steven Lisgo
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
K. Williams
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Alan McWilliam
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Marcel van Herk
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
K.R. Butterworth
1 shared publication
- PH-0437 Heart base irradiation causes functional changes in the conduction system: a pre-clinical model
Mihaela Ghita
1 shared publication
- OC-0598 Mitigative potential of statin therapy in base-mediated radiation cardiotoxicity
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