Institute of Molecular Genetics of the Czech Academy of Sciences
| Grant name | Provider | Duration | Investigator | Web |
|---|---|---|---|---|
| Cullin4-Dependent Mechanism of DNA Replication Control<br type="_moz" /> | Czech Science Foundation | 2025-2027 | L. Čermák | |
| Deciphering cellular and molecular principles of choroid plexus development<br type="_moz" /> | Czech Science Foundation | 2025-2027 | J. Procházka | |
| Molecular mechanisms of MICAL-mediated F-actin disassembly | Czech Science Foundation | 2025-2027 | D. Rozbeský | |
| Molecular mechanisms involved in removing R-loops at sites of interference between DNA transcription and replication | Czech Science Foundation | 2025-2027 | P. Janščák | |
| Non-allergic multimodal upconversion/magnetic nanoparticles for cancer theranostics<br type="_moz" /> | Czech Science Foundation | 2025-2027 | Pa. Dráber | |
| Deciphering transcriptional regulation and metabolic adaptations during emergency granulopoiesis in hematopoietic stem cells | Czech Science Foundation | 2025-2027 | M. Alberich Jorda | |
| The DNA Damage Response and RNA Processing in Neurological Disorders | Czech Science Foundation | 2025-2027 | H. Hanzlíková | |
| The fate of immortality: Understanding the mechanisms of germline-soma distinction in birds | Czech Science Foundation | 2025-2027 | J. Pačes | |
| Pathogenic mechanism and novel therapeutic approaches for plectin-related limb-girdle muscular dystrophy<br type="_moz" /> | Czech Science Foundation | 2025-2027 | M. Gregor | |
| Pushing the limits of the cellular plasticity in the intestinal epithelium by altering the cellular fates of differentiated cells | Czech Science Foundation | 2025-2027 | T. Valenta | |
| ActSwiftly - Activation and switch of fates in T lymphocytes | Horizon Europe | 2025-2029 | O. Štěpánek |