Computational Systems Biology

Our laboratory applies systems biology approaches to understand the molecular mechanisms of infectious diseases and vaccine-induced immunity.

Principal Investigator: Helder Nakaya

Our 2015 Team 


Systems Immunology

With the technological revolutions that occurred in the past decades, we are now able to access and integrate information about all the components within a biological system (e.g., genes, proteins, cells) and use it to compute and predict that system’s behavior. When applied to immunology, systems biology approaches can help us to understand the mechanisms by which pathogens and vaccines stimulate protective immunity.



It is estimated that thousands of long non-coding RNAs (lncRNAs) are transcribed in the genome of several organisms. Yet, only a small fraction of them have been functionally characterized. Studying the expression profile of lncRNAs and how their expression correlates with the expression of protein-coding genes in various tissues and conditions will reveal interesting mechanisms of gene regulation. 



Systems Biology approaches provide a holistic view of biological processes, integrating the many different molecular components inside cells through highly complex networks. Our laboratory has developed a tool that identifies co-expression gene modules in an easy and reliable way.



Our research is performed by a multidisciplinary team of students and collaborators.


Courses, workshops and lectures related to bioinformatics and systems biology.


Latest news and papers related to Computational Systems Biology.


Coffee Cups


Lab members

Seeing Theory
Awesome website that shows a visual introduction to probability and statistics  
Bota Fora Thiago
IUIS-Brazil Advanced Course on Vaccines, December 11-15, São Paulo
The IUIS-Brazil Advanced Course of Vaccines is an immersion course on advanced topics and current research on multiple aspects of vaccine development,
Foundue 2017
No boss around…