Here is the list of all theses currently in progress at TAGC (in bold, PhD students defending by the end of the year).
You can find previous theses in the ALUMNI section or thesis publications on HAL.
| Start year | PhD Student | Thesis subject | Thesis supervision |
|---|---|---|---|
| 2025 | Amélie ESCANDELL | Molecular basis of the dual function of Epromoters | Sandrine MARQUET - Salvatore SPICUGLIA |
| Ismaël MALKI | Deciphering the spatial and functional dynamics of medullary epithelial cells in the thymus | Denis PUTHIER | |
| 2024 | Lou BERGOGNE | Study of pathogen disruption of the human protein interaction network. | Christine BRUN - Andreas ZANZONI |
| Mathilde SLIVAK | Bioinformatics analysis of the cellular function of microproteins: an interaction network approach. | Christine BRUN | |
| Hélléa GUERIN | At last, a hopeful treatment for patients with dilated cardiomyopathy. | Christophe CHEVILLARD | |
| 2023 | Lorena QUATREVILLE | Identify cell-specific regulatory mechanisms responsible for the progression of malaria infection using a multi-omics approach. | Sandrine MARQUET |
| Junhua SU | Epromoters bind key stress-related transcription factors to regulate clusters of stress response genes | Salvatore SPICUGLIA | |
| Jaime FERNANDEZ-MACGREGOR-AUTRIQUE | Modeling human network disruptions using bacterial proteins: from bioinformatics to high-throughput experimental interactomics and back again | Christine BRUN | |
| 2022 | Christelle DIEPPOIS | Genetic and epigenetic mechanisms associated with immune and therapeutic escape in malignant blood disorders B | Pascale PAUL |
| Gaëlle FARAH | Genetic Alterations Associated with Oncogenic Deregulation of ECRs in T-ALL | Salvatore SPICUGLIA | |
| Thomas STEIMLE | Integrative genomics for precision medicine in T-cell acute lymphoblastic leukemia (T-ALL). | Salvatore SPICUGLIA | |
| Jean-Christophe MOUREN | Characterization of gene and exon regulatory elements through multi-omic integration and machine learning | Benoit BALLESTER | |
| 2021 | Jessica CHEVALLIER | Spatial mapping of gene expression to decipher thymic cellular crosstalk during aging | Denis PUTHIER |
