Result-driven researcher with a solid foundation in parasitism and stoichiometry research from Minnesota State University, Mankato. Demonstrated critical thinking and chromatography skills, emphasizing the interaction between parasite adaptations and environmental influences. Capable of guiding multidisciplinary teams to produce accurate research results. Attempting to use analytical abilities in research environments.
Examine the relationship between environmental nutrient availability and parasitism, including whether nutrient-rich or nutrient-poor environments affect the frequency or outcome of parasitic infections.
Examine whether stoichiometric factors, such as how elemental imbalances impact a parasite's ability to adapt or survive, place evolutionary limitations on it.
Examined connections between proline levels and the Standardized Precipitation Index (SPI) to examine the effects of drought and mesic conditions on Quercus species.
Water stress responses in Quercus agrifolia were assessed using osmolarity measurements and evaluations of leaf functional traits.
Proline levels and leaf area measurements were used to compare how oakes in the Ozark region responded to stress.
Contributed to studies on climate resilience by investigating the connections between the environmental niches of different Quercus species and their leaf characteristics.
Worked in interdisciplinary teams and with peer mentors to plan experiments, gather information, and evaluate results.
Gained practical experience giving drugs under supervision while gaining a basic understanding of pharmacology.
Demonstrated accuracy and accountability in data management by keeping thorough records of resident vitals and health updates, and assisting medical staff.
Strengthened problem-solving and teamwork by working with interdisciplinary teams comprising nurses to deliver comprehensive treatment.
Harvard Biochemistry course completion certificate
Harvard Biochemistry course completion certificate