Home / Partnerships / Translational Genomics Research Institute
Research Collaborations
| Collaboration Area | ASU Investigators | Partner Investigators | Research Description | Admin |
|---|---|---|---|---|
| Alzheimer's Disease | Graciela Gonzalez, Ph.D. Biomedical Informatics |
Matthew Huentelman, Ph.D. Neurogenomics |
The Arizona Alzheimer's Disease Core Center (ADCC) is intended to capitalize on Arizona's scientific and organizational resources in the understanding, very early detection, and tracking of Alzheimer's disease (AD) and in the discovery of disease-slowing and prevention therapies |
|
| Autism | Joshua LaBaer, Ph.D. Biodesign Institute |
Matthew Huentelman, Ph.D. Neurogenomics |
Identify autoantibody signatures in autism on NAPPA |
|
| Biological Database Integration and Modeling | Seungchan Kim, Ph.D. School of Computing & Informatics |
Michael Bittner, Ph.D. Computational Biology |
Integrating genomic data and biological knowledge to learn context-specific gene networks |
|
| Cancer and Cell Biology | James Elser, Ph.D. School of Life Sciences |
Michael Berens, Ph.D. Michael Barrett, Ph.D. Cancer and Cell Biology |
Biological stoichiometry and human cancer |
|
| Cancer and Cell Biology | Jeffrey Touchman, Ph.D. School of Life Sciences |
Jeffrey Trent, Ph.D. Genetic Basis of Human Disease |
Canine Hereditary Cancer Consortium |
|
| Cancer and Cell Biology | Seth Rose, Ph.D. Chemistry/Biochemistry |
Haiyong Han, Ph.D. Clinical Translational Research |
|
|
| Diagnostics | Joshua LaBaer, Ph.D. Biodesign Institute |
Jeffrey Trent, Ph.D. Genetic Basis of Human Disease |
Autoantibody screening for autism |
|
| Diagnostics | Lee Cheatham, Ph.D. Biodesign Institute |
Michael Bittner, Ph.D. Computational Biology |
Integrated Biodosimetry System (IBiS) for high throughput medical care after radiologic and nuclear events |
|
| Diagnostics | Joshua LaBaer, Ph.D. Biodesign Institute |
Holly Yin, Ph.D. Cellular Genomics |
Fully automated platform that dramatically expands our capabilities to execute high-throughput cell based assays |
|
| Neurogenomics | Heather Bimonte-Nelson, Ph.D. Psychology Janet Neisewander, Ph.D. School of Life Sciences |
Matthew Huentelman, Ph.D. Neurogenomics |
Genetic variation in KIBRA and its role in human episodic memory |
|
| Neurogenomics | Heather Bimonte-Nelson, Ph.D. Psychology |
Matthew Huentelman, Ph.D. Neurogenomics |
Treatment for progressive cognitive impairment |
|
| Neurogenomics | Graciela Gonzalez, Ph.D. Biomedical Informatics |
Matthew Huentelman, Ph.D. Neurogenomics |
Application of gene prioritization methods to the selection of relevant targets for Alzheimer's disease |
|
| Neurogenomics | Valentin Dinu, Ph.D. Biomedical Informatics |
Matthew Huentelman, Ph.D. David Craig, Ph.D. Chris Kingsley, Ph.D. Neurogenomics |
Genetics of schizophrenia and Alzheimer’s disease |
|
| Pathogenesis | Valentin Dinu, Ph.D. Biomedical Informatics Sudhir Kumar, Ph.D. Biodesign Institute |
Paul Keim, Ph.D. Mia Champion, Ph.D. Pathogen Genomics |
Genetic analysis methicillin-resistant staphylococcus aureus |
|
| Pathogenesis | Valentin Dinu, Ph.D. Biomedical Informatics |
Mia Champion, Ph.D. Pathogen Genomics |
Development of data repositories and analytical methods for pathogen and human high throughput genomic sequencing |
|
| Proteomics | Douglas Lake, Ph.D. School of Life Sciences |
Kostas Petritis, Ph.D. Cheryl Selinsky, Ph.D. Proteomics Center |
Evaluation of the plasma peptidome and its correlation to the tumor proteome |
|
| Proteomics | Deirdre Meldrum, Ph.D. Biodesign Institute |
Jeffrey Trent, Ph.D. Genetic Basis of Human Disease |
Automation for high-throughput proteomics |
|
| Regenerative Medicine | Kenro Kusumi, Ph.D. School of Life Sciences |
Matthew Huentelman, Ph.D. David Craig, Ph.D. Neurogenomics |
Examining the anolis transcriptome during tissue regeneration |