As a grad student in Nebraska I had the great opportunity of collaborating and closely interacting with biochemists, toxicologists, molecular biologists, and entomologists to develop and apply molecular techniques for analyzing the changes in protein expression in normal versus exposed cells to xenobiotics, in insects (Chironomus tentans) and fish (Pimephales promela). I thus had the privilege and advantage of integrating different disciplines as Microbiology, Entomology, Molecular Biology and Environmental Toxicology during my research activities in my Master and Ph.D. academic programs.   I also had the unique opportunity of performing outreach activities with more than 1,200 people (ranging from pre-school students to undergraduates, and the general public) in several educational programs (e.g., Bug Bash and Zoo to YOU).  As a research associate in the forest entomology lab at the Entomology Department, Michigan State University, I had the great opportunity of collaborating not only with entomologists but also with biotechnologists, zoologists, biologists and ecologists to address the complex issues related with the management and control of the invasive Emerald Ash Borer, EAB (Agrilus planipennis) in Michigan.  For this, I assessed biological control agents (e.g., Bacillus thuringiensis), implemented rearing insect techniques, developed bio-assay techniques for adult insects, and applied molecular approaches to increase the toxic effects of Bacillus thuringiensis on invasive insects.  Now, as a research associate in the vegetable lab at the Entomology Department, Michigan State University I am in charge of performing synergism experiments to evaluate the resistance of the Colorado Potato Beetle, CPB (Leptinotarsa decemlineata (Say)) to different pesticides, as well as RNA sample isolation for new generation sequencing and its respective analysis.  I am also analyzing the gene expression of the evolution of resistance to insecticides and other sources of stress (e.g., Bt toxins) in CPB populations in both, the laboratory and the field.  Additionally, I am working as a consultant in a collaborative research between the USDA Forest Service and Phyllom LCC, to develop a Bacillus thuringiensis product for controlling the Emerald Ash Borer.