A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
A
Albert, Paul S., Ph.D. Complex modeling of correlated outcomes in biomedical sciences, including the analysis of longitudinal data, diagnostic testing, and data from biomarker studies
C
Cheung, Li C., Ph.D. Dr. Cheung seeks to utilize epidemiologic findings to inform risk-based and benefit-based approaches to cancer screening and prevention.
H
Hong, Grace, Ph.D., M.S. Development of cutting-edge statistical methods for analyses of complex large-scale datasets (e.g., high-dimensional censored data and longitudinal data), and their application to the fields of public health, medicine, and health policy research.
L
Liu, Danping, Ph.D. Developing new statistical methodologies for combining cross-sectional and longitudinal biomarker data for disease prediction, environmental health
P
Pfeiffer, Ruth M., Ph.D. Statistical methods for: genetic epidemiology, including power assessment of association studies, family data accounting for ascertainment , DNA pooling for joint genotype estimation, and lab data methods.
S
Shi, Jianxin, Ph.D. Developing quantitative methods and leading substantive projects to advance the knowledge about cancer genomics and potential translational applications. Focus on cancer genetic epidemiology, cancer genomics, and microbiome epidemiology.
Y
Yu, Kai, Ph.D. Statistical methods for genetic and genomic studies. Tree-based models and applications in molecular epidemiology studies. Integrative analysis using individual-level and summary-level data.
Z
Zhang, Haoyu, Ph.D. Dr. Zhang develops and applies scalable statistical methods for analyzing multi-ancestry genetic and biobank data, translating these findings to clinical settings to inform prevention and therapeutic strategies.
Zhang, Tongwu, Ph.D. Dr. Zhang leads cutting-edge cancer genomics research focused on dissecting complex genomic features and biological mechanisms underlying tumor development, using advanced computational biology, bioinformatics, biostatistics, and mathematical methodologies.
Zhu, Bin, Ph.D. Developing and applying novel statistical methods to increase understanding of biological mechanisms underlying complex diseases, and studying the pattern and determinants of disease in human populations.
