Alex Miller
About Alex Miller
Alex Miller is a Research Associate at the Broad Institute, with a background in Biomedical Engineering from Harvard University. He has over a decade of research experience, focusing on liver-stage malaria infection and hepatocyte behavior.
Work at Broad Institute
Alex Miller has been employed at the Broad Institute as a Research Associate since 2015. In this role, Miller contributes to various research initiatives, leveraging expertise in biomedical engineering and malaria research. The Broad Institute is known for its collaborative approach to biomedical research, and Miller's work aligns with the institute's mission to advance understanding of complex diseases.
Current Role at Harvard University
Miller has served as a Research Assistant at Harvard University since 2012. Over the course of 12 years, Miller has engaged in significant research projects, focusing on topics related to biomedical engineering. This position allows Miller to collaborate with leading researchers and contribute to advancements in medical science.
Research Experience and Projects
Miller has conducted extensive research on liver-stage malaria infection, specifically by infecting human hepatocytes with Plasmodium falciparum. This research aims to enhance understanding of malaria's impact on liver functions. Additionally, Miller developed micropatterned co-cultures to replicate liver functions, which aids in studying hepatocyte behavior. Miller also isolated parasite sporozoites from dissected malaria-infected mosquitoes for research purposes.
Internship at Georgia Institute of Technology
In 2010, Miller completed a three-month internship at the Georgia Institute of Technology. This experience provided foundational skills and insights into research methodologies in biomedical engineering, contributing to Miller's professional development in the field.
Education in Biomedical Engineering
Miller studied Biomedical/Medical Engineering at Harvard University, earning a Bachelor of Science (BS) degree from 2011 to 2015. This academic background equipped Miller with essential knowledge and skills relevant to research in medical science and engineering.