Xue Li
About Xue Li
Xue Li is a Postdoctoral Scientist specializing in malaria transmission and drug resistance. With a background in molecular biology and evolutionary biology, Li has conducted significant research at Texas Biomedical Research Institute since 2017.
Work at Texas Biomedical Research Institute
Xue Li has been employed at Texas Biomedical Research Institute as a Postdoctoral Scientist since 2017. In this role, Li focuses on research related to malaria transmission and drug resistance. The position allows for the application of advanced molecular biology techniques to study infectious diseases, contributing to the institute's mission of improving global health through scientific research.
Education and Expertise
Xue Li holds a Doctor of Philosophy (PhD) in Genetics, which was obtained from Ocean University of China from 2013 to 2016. Prior to this, Li earned a Master's degree in Biomedical/Medical Engineering at the same institution from 2011 to 2013. Additionally, Li completed a Bachelor's degree in Molecular Biology at Ocean University of China. This educational background provides a strong foundation in the biological sciences, particularly in the areas of molecular biology and genetics.
Background
Xue Li's academic journey began at Ocean University of China, where foundational studies in Molecular Biology were undertaken. Following the completion of the Bachelor's degree, Li pursued advanced studies, culminating in a Master's degree and then a PhD. After obtaining the PhD, Li worked as a Postdoctoral Researcher at UT Health San Antonio for one year before joining Texas Biomedical Research Institute.
Research Focus
Xue Li's research primarily centers on malaria transmission and drug resistance. This focus is critical in the context of global health, as understanding these aspects can lead to better prevention and treatment strategies for malaria. Additionally, Li has been involved in evolutionary biology research projects, which may provide insights into the adaptive mechanisms of pathogens and their interactions with hosts.