K.J. Harris Data-verified
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Researcher
grad_student
Research Areas
Biography and Research Information
OverviewAI-generated summary
K.J. Harris's research focuses on the toxicological assessment of drug formulations, particularly nanocrystal-based delivery systems. Their work investigates how these nanoparticles interact with the intestinal environment, examining effects on metabolic enzymes and epithelial permeability. A key aspect of this research is understanding how these interactions may differ based on sex, as indicated by studies on rats. Harris has published on the risk assessment of nanocrystal-formulated Zileuton, a poorly soluble drug, utilizing in vivo models. This research contributes to understanding drug absorption, metabolism, and potential toxicity associated with novel drug delivery technologies. Harris has collaborated with researchers at the National Center for Toxicological Research on these projects.
Metrics
- h-index: 1
- Publications: 2
- Citations: 2
Selected Publications
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Zileuton nanocrystals alter intestinal phase I/II metabolic enzymes and epithelial permeability in a sex-dependent manner (2025)
Collaboration Network
Top Collaborators
- P22-20 Risk assessment of Nanocrystal Formulated Zileuton (a poorly soluble BCS-II oral drug) using In Vivo Model
- Zileuton nanocrystals alter intestinal phase I/II metabolic enzymes and epithelial permeability in a sex-dependent manner
- P22-20 Risk assessment of Nanocrystal Formulated Zileuton (a poorly soluble BCS-II oral drug) using In Vivo Model
- P22-20 Risk assessment of Nanocrystal Formulated Zileuton (a poorly soluble BCS-II oral drug) using In Vivo Model
- P22-20 Risk assessment of Nanocrystal Formulated Zileuton (a poorly soluble BCS-II oral drug) using In Vivo Model
- P22-20 Risk assessment of Nanocrystal Formulated Zileuton (a poorly soluble BCS-II oral drug) using In Vivo Model
- Zileuton nanocrystals alter intestinal phase I/II metabolic enzymes and epithelial permeability in a sex-dependent manner
- Zileuton nanocrystals alter intestinal phase I/II metabolic enzymes and epithelial permeability in a sex-dependent manner
- Zileuton nanocrystals alter intestinal phase I/II metabolic enzymes and epithelial permeability in a sex-dependent manner
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