Daniel O’Brien
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Research Areas
Biomedical Subjects
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Biography and Research Information
OverviewAI-generated summary
Daniel O’Brien has published research investigating the molecular mechanisms of Helicobacter pylori infection, including the roles of β-catenin, p120, Kaiso, and p53 family proteins in regulating gene expression and host cell interactions. His work also includes safety assessments of fragrance ingredients such as myrcene, terpineol, and benzaldehyde for the Research Institute for Fragrance Materials (RIFM). Earlier research explored vitamin K deficiency in cholestatic jaundice and the control of fly strike in sheep.
Metrics
- h-index: 1
- Publications: 3
- Citations: 3
Selected Publications
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Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens (2025)
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Examining the Structure-Function Relationship of Block Copolymer Soil Surfactants in Sand-Based Putting Greens (2024)
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Adapting time domain reflectometry to measure surface moisture of sand‐based putting greens (2022)
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Evaluation of newly established buffalograss for tolerance to glyphosate (2022)
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Impact of putting green management on visible wear damage caused by foot traffic (2020)
Collaboration Network
Top Collaborators
- Impact of putting green management on visible wear damage caused by foot traffic
- Adapting time domain reflectometry to measure surface moisture of sand‐based putting greens
- Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens
- Evaluation of newly established buffalograss for tolerance to glyphosate
- Adapting time domain reflectometry to measure surface moisture of sand‐based putting greens
- Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens
- Evaluation of newly established buffalograss for tolerance to glyphosate
- Examining the Structure-Function Relationship of Block Copolymer Soil Surfactants in Sand-Based Putting Greens
- Impact of putting green management on visible wear damage caused by foot traffic
- Impact of putting green management on visible wear damage caused by foot traffic
- Evaluation of newly established buffalograss for tolerance to glyphosate
- Examining the Structure-Function Relationship of Block Copolymer Soil Surfactants in Sand-Based Putting Greens
- Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens
- Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens
- Penetrants Versus Retainers: Comparing Soil Surfactant Terminology to Performance in Sand-Based Putting Greens
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