Fernando Galvez

Associate Professor
Biological Sciences
Louisiana State University
United States of America

Professor Molecular Biology
Biography

Dr. Fernando  Galvez  is currently working as a Associate Professor  in the Department of Department of Biological Sciences, Louisiana State University , USA. His research interests includes utilizing physiological, cellular and molecular biological approaches to study the adaptive mechanisms of solute homeostasis in fish during environmental stress. . He is serving as an editorial member and reviewer of several international reputed journals. Dr. Fernando  Galvez  is the member of many international affiliations. He has successfully completed his Administrative responsibilities. He has authored of many research articles/books related to utilizing physiological, cellular and molecular biological approaches to study the adaptive mechanisms of solute homeostasis in fish during environmental stress. .

Research Intrest

My research is utilizing physiological, cellular and molecular biological approaches to study the adaptive mechanisms of solute homeostasis in fish during environmental stress. Maintenance of solute balance at appropriate levels is of fundamental importance in biology. Impairment of solute homeostasis is associated with a variety of environmental disturbances (e.g., metal exposure, acidification, osmotic challenges) and pathological states. The long-term focus of my research is to identify and functionally characterize homeostatic mechanisms allowing fish and other aquatic organisms to survive exposure to diverse aquatic environments.

List of Publications
Singleton, B.; Turner, J.; Walter, L.; Lathan, N.; Thorpe, D.; Ogbevoen, P.; Daye, J.; Alcorn, D.; Wilson, S.; Semien, J.; Richard, T.; Johnson, T.; McCabe, K.; Estrada, J.J.; Galvez, F.; et al. Environmental stress in the Gulf of Mexico and its potential impact on public health. Environmental Research. 2016, 146: 108-115
Guan, Y., Zhang, G.X., Zhang, S., Domangue, B., Galvez, F. The potential role of polyamines in gill epithelial remodeling during extreme hypoosmotic challenges in the Gulf killifish, Fundulus grandis. Comparative Biochemistry and Physiology. B. 2016, online at doi:10.1016/j.cbpb.2016.01.003.
López-Duarte, P.C.; Fodrie, J.; Jensen, O.P.; Whitehead, A.W.; Galvez, F.; Dubansky, B.; Able, K.W. Is exposure to Macondo Oil reflected in the otolith chemistry of marsh-resident fish? PLOS One. 2016, 11: 9. e0162699.