Skip Navigation

Boston University

Maintenance notice: We are currently addressing issues with broken links due to recent major website changes. We apologize for any inconvenience and appreciate your patience. Please contact brittany.trottier@niehs.nih.gov for assistance.

Superfund Research Program

Bioinformatics Core

Project Leaders: Sandor Vajda, David M. Ozonoff
Grant Number: P42ES007381
Funding Period: 2000-2020

Project-Specific Links

Connect with the Grant Recipients

Visit the grantee's Twitter page View the grantee's Factsheet(377KB)

Project Summary (2005-2012)

Several research projects in this program focus on environmental pollutants that bind to specific protein receptors and impact regulatory pathways, resulting in developmental and reproductive abnormalities. In agreement with the research tools that are applicable to most projects in the proposal, the Bioinformatics and Molecular Modeling Research Support Core provides computational tools, expertise, and help in two areas: modeling of interactions between xenobiotics and protein receptors using methods of structural bioinformatics and computational biology; and the analysis of gene expression data, including the reconstruction of regulatory pathways. The particular functions of the core include:

  1. developing and providing computational methods to address specific needs for the modeling of 3D structures of nuclear receptors and P450s, and their interactions with xenobiotics;
  2. developing a database of the interactions between environmental chemicals and relevant protein receptors;
  3. providing assistance in the analyses of microarray data, including the reconstruction of regulatory pathways affected by xenobiotics binding, and
  4. collaborating with the PIs on the individual projects.

Experience from the preceding performance period shows that integration of experimental and computational approaches to the analysis of the molecular mechanisms of xenobiotics-receptor interactions goes beyond consulting and providing resources, and that interdisciplinary research requires continued scientific involvement of the Core personnel, including some method development. While the analysis of gene expression data includes some routine operations, interpretation of the data and the mapping of results into regulatory pathways also requires similar integration of experimental, theoretical, and computational approaches. Therefore, the Personnel of the Core actively participate in the research projects that use structural modeling and/or microarray techniques.

Back
to Top