Banner image placeholder
Banner image


Contact

Curriculum vitae



Dept. of Physiology / Center for Cardiometabolic Science / Envirome Institute

University of Louisville School of Medicine

Louisville, Kentucky






Dept. of Physiology / Center for Cardiometabolic Science / Envirome Institute

University of Louisville School of Medicine

Louisville, Kentucky



A Hyperlipidemic Rabbit Model Provides New Insights into Pulmonary Zinc Exposure Effects on Cardiovascular Health


Journal article


A. LaGier, Nicholas D. Manzo, A. Carll, R. Jaskot, R. Slade, J. Richards, D. Winsett, A. Farraj, J. Dye
Cardiovascular Toxicology, 2008

Semantic Scholar DOI PubMed
Cite

Cite

APA   Click to copy
LaGier, A., Manzo, N. D., Carll, A., Jaskot, R., Slade, R., Richards, J., … Dye, J. (2008). A Hyperlipidemic Rabbit Model Provides New Insights into Pulmonary Zinc Exposure Effects on Cardiovascular Health. Cardiovascular Toxicology.


Chicago/Turabian   Click to copy
LaGier, A., Nicholas D. Manzo, A. Carll, R. Jaskot, R. Slade, J. Richards, D. Winsett, A. Farraj, and J. Dye. “A Hyperlipidemic Rabbit Model Provides New Insights into Pulmonary Zinc Exposure Effects on Cardiovascular Health.” Cardiovascular Toxicology (2008).


MLA   Click to copy
LaGier, A., et al. “A Hyperlipidemic Rabbit Model Provides New Insights into Pulmonary Zinc Exposure Effects on Cardiovascular Health.” Cardiovascular Toxicology, 2008.


BibTeX   Click to copy

@article{a2008a,
  title = {A Hyperlipidemic Rabbit Model Provides New Insights into Pulmonary Zinc Exposure Effects on Cardiovascular Health},
  year = {2008},
  journal = {Cardiovascular Toxicology},
  author = {LaGier, A. and Manzo, Nicholas D. and Carll, A. and Jaskot, R. and Slade, R. and Richards, J. and Winsett, D. and Farraj, A. and Dye, J.}
}


Share

Translate to