Alumni Program
Richard Rosenthal
Program: Molecular Biology
Graduation Year: 1983
Thesis Advisor: Heschel H. Raskas
Thesis Title: "Splicing Events in the Maturation of the mRNA Encolded by E2A of the Adenovirus 2 Genome"
Michael Ross
Program: Molecular Cell Biology
Graduation Year: 2018
Thesis Advisor: Katherine N. Weilbaecher
Thesis Title: Bone-Induced Expression of Tumoral Integrin B3 Enables Targeted Nanotherapy of Breast Cancer Metastases
Eric Routman
Program: Evolutionary and Population Biology
Graduation Year: 1990
Thesis Advisor: Alan R. Templeton
Thesis Title: "Paedomorphosis and Population Structure in the Salamanders 'Cryptobranchus alleganiensis' and 'Ambystoma tigrinum'"
Regina Rowe
Program: Molecular Microbiology and Microbial Pathogenesis
Graduation Year: 2007
Thesis Advisor: Andrew Pekosz
Thesis Title: Andes virus replication and polarized trafficking in epithelial cells
Shuxiang Ruan
Program: Computational and Systems Biology
Graduation Year: 2017
Thesis Advisor: Gary D. Stormo
Thesis Title: A Generalized Biophysical Model of Transcription Factor Binding Specificity and Its Application on High-Throughput SELEX Data
Kely Rubiano Cardona
Program: Molecular Microbiology and Microbial Pathogenesis
Graduation Year: 2025
Thesis Advisor: Daniel E. Goldberg
Thesis Title: The role of the poly-asparagine repeat in the histone acetyltransferase protein, PfGCN5
Eric Rubin
Program: Neural Sciences
Graduation Year: 1983
Thesis Advisor: Dale D. Purves
Thesis Title: "Development of the Rat Superior Cervical Ganglion"
Amy Rudolph
Program: Biochemistry
Graduation Year: 1996
Thesis Advisor: Joseph J. Miletich
Thesis Title: Structrual Determinants of Coagulation Factor X Function
Kiersten Ruff
Program: Computational and Systems Biology
Graduation Year: 2017
Thesis Advisor: Rohit V. Pappu
Thesis Title: Determining the Molecular Mechanisms of Huntington’s Disease through Multi-Scale Modeling
Megan Ruhland
Program: Molecular Cell Biology
Graduation Year: 2015
Thesis Advisor: Sheila A. Stewart
Thesis Title: Senescent fibroblasts drive tumorigenesis through the establishment of an immunosuppressive microenvironment