The Columbia University Department of Systems Biology brings together researchers specializing in computational biology, experimental biology, and technology development to discover how biological traits emerge from complex molecular networks.
Systems biology and computational biology are becoming increasingly important disciplines in the biological sciences. Through PhD graduate education and postdoctoral training we prepare young scientists to become leaders in this exciting and rapidly growing field.
Announcement2015 Training Grant Awardees Announced
Tal Lorberbaum and Victoria Stockman have been named recipients of these competitive fellowships, which provide two years of support to accomplished graduate students in Department of Systems Biology laboratories.
Awards and GrantsOliver Hobert Named Javits Neuroscience Investigator
This prestigious grant supports investigators who have demonstrated exceptional achievement throughout their careers. It will enable the Hobert Lab to investigate sex-based differences in the regulation of neuronal identity.
EducationRNA-Seq "Boot Camp" Resources Now Available
In June 2015, a five-part lecture series organized by the Department of Systems Biology covered new applications of RNA-Seq and methods for more effective data analysis. Click the link for lecture notes and other related information.
Research NewsNew Algorithm Accurately Predicts Drug Mechanism of Action
DeMAND addresses several key challenges to drug development, holding great potential for improving drugs’ effectiveness, identifying better combination therapies, and avoiding dangerous drug-induced side effects.
Meeting ReportDepartment of Systems Biology Annual Retreat Spotlights New Research
Nathan Johns and Antonio Gomes won the Distinguished Poster Award on a day that showcased a variety of new methods and discoveries emerging from Department laboratories.
Research NewsMethod for Analyzing Single-Cell Data Identifies AML Stem Cells
A new algorithm called PhenoGraph revealed a signaling-based signature of this elusive cell type and enabled scientists to define a gene expression signature that is predictive of leukemia patient survival.
Research NewsData Scientists Find Connections Between Birth Month and Health
Scientists led by assistant professor Nicholas Tatonetti have developed a computational method to investigate the relationship between birth month and disease risk, finding 55 diseases that correlated with season of birth.
Research NewsMechanism of Kidney Transplant Tolerance Discovered
A new statistical approach for tracking expansion of rare T cell clones developed in Yufeng Shen's lab could make it possible to predict transplant rejection and provide evidence to guide the use of immuno- suppressive drugs.
Awards and GrantsColumbia Investigators Awarded New NCI Physical Sciences in Oncology Center
The Center for Topology of Cancer Evolution and Heterogeneity will combine new mathematical approaches and single-cell experimental technologies to study cellular diversity in solid tumors.
Awards and GrantsHarris Wang Named Office of Naval Research Young Investigator
The project will focus on developing a new, targeted genome engineering approach, expanding the library of useful plasmid vectors, and exploring new DNA transformation methods in microbial communities.
Awards and GrantsRodney Rothstein Elected to National Academy of Sciences
NAS members are chosen by their peers in recognition of their distinguished achievements. Dr. Rothstein is a pioneer in the use of recombination to study genes that help maintain genome stability.
Research NewsConnections Found between Mendelian Diseases and Cancer
Using electronic health records representing over 110 million patients, investigators in the Rabadan Lab show that comorbidity of Mendelian diseases and cancer can be tied to genetic changes seen in both diseases.
Events and Seminars
September 16, 2015 - 3:00pm
Jonathan Weissman(University of California, San Francisco / HHMI)