| Jun | Li | Applied & Computational Mathematics & Statistics | https://acms.nd.edu/people/jun-li/ | | - Computational Biology & Bioinformatics
| Applied Statistics, Bioinformatics, Biostatistics, specialized in modeling, inferring, and testing on large datasets, developing new statistical and machine learning methods for challenging datasets (e.g., RNA-seq) |
| Kaiyu | Fu | Chemistry and Biochemistry | https://chemistry.nd.edu/faculty/kaiyu-fu/ | | - Cancer Biology
- Chemical Biology & Molecular Pharmacology
- Computational Biology & Bioinformatics
- Neuroscience
| Integration of nanotechnology, advanced materials, and bioanalytical techniques with automated data acquisition and processing to develop biomedical devices that enable point-of-care diagnostics and improve chronic disease management. |
| Kasturi | Haldar | Biological Sciences | https://biology.nd.edu/people/faculty/kasturi-haldar/ | | - Cellular & Molecular Biology
- Chemical Biology & Molecular Pharmacology
- Computational Biology & Bioinformatics
- Genomics & Proteomics
- Immunology & Infectious Disease
- Neuroscience
| Understanding disease pathology and developing treatments in rare and neglected diseases |
| Katharine | White | Chemistry and Biochemistry | https://chemistry.nd.edu/faculty/katharine-white/ | | - Biophysics & Structural Biology
- Cancer Biology
- Cellular & Molecular Biology
| Cellular pH dynamics; pH-sensitive mechanisms regulating proteins, pathways, and cancer cell behaviors |
| Katrina | Adams | Biological Sciences | https://biology.nd.edu/people/katrina-adams/ | | - Cellular & Molecular Biology
- Neuroscience
| We ask how different populations of neural stem and glial progenitor cells within the mammalian brain respond to injury and disease including in individuals with Multiple Sclerosis |
| Kelsey | Gasior | Applied & Computational Mathematics & Statistics | https://acms.nd.edu/people/kelsey-gasior/ | | - Cellular & Molecular Biology
- Computational Biology & Bioinformatics
| Using an interdisciplinary approach to understand the multiscale dynamics controlling spatio-temporal patterns necessary for cellular function |
| Kevin | Vaughan | Biological Sciences | https://biology.nd.edu/people/faculty/kevin-vaughan/ | | - Cancer Biology
- Cellular & Molecular Biology
- Genomics & Proteomics
- Neuroscience
| Molecular basis of organelle transport |
| Laurie | Littlepage | Chemistry and Biochemistry | https://chemistry.nd.edu/faculty/laurie-littlepage/ | /assets/288367/fullsize/littlepage_laurie_72x63.jpg | - Biophysics & Structural Biology
- Cancer Biology
- Cellular & Molecular Biology
- Computational Biology & Bioinformatics
- Genomics & Proteomics
- Immunology & Infectious Disease
| Modeling cancer progression in vivo to develop biomarkers and therapies; contributions of the microenvironment to breast and prostate cancers |
| Margaret | Schwarz | Pediatrics (IUSM-SB) and Chemistry and Biochemistry (ND) | https://chemistry.nd.edu/faculty/adjunct-faculty/margaret-schwarz/ | | - Cancer Biology
- Cellular & Molecular Biology
- Immunology & Infectious Disease
| Anti-angiogenic factors in lung and tumor development |
| Mariko | Morimoto | Chemistry and Biochemistry | https://chemistry.nd.edu/faculty/mariko-morimoto/ | | - Cancer Biology
- Cellular & Molecular Biology
- Chemical Biology & Molecular Pharmacology
- Immunology & Infectious Disease
| Developing chemical approaches to discover and target immune-regulating mechanisms, with a particular focus on glycobiology and chemically induced proximity. |
