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Biography and Research Information
OverviewAI-generated summary
Brett Adams' research interests include the application of technology in medical imaging, particularly in nuclear cardiology, and the study of cannabis and its pharmacological effects. His work has investigated worldwide variations in nuclear cardiology camera technology, reconstruction software, and imaging protocols. Adams has also explored the effects of cannabis terpenes and cannabinoids on CB1 receptor activation and pain inhibition in preclinical models.
His research extends to training and technology adoption in health sciences, as evidenced by his work on a home spirometry study with structured training and coaching. Adams' scholarship metrics include an h-index of 25, 131 total publications, and 2,643 total citations, with a designation as a highly cited researcher. He maintains an active lab website and has been recently active in research.
Metrics
- h-index: 25
- Publications: 131
- Citations: 2,644
Selected Publications
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456 Targeting training: early experiences from a prospective home spirometry study with structured training and coaching (2023)
Collaboration Network
Top Collaborators
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
- Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
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