CMB Researchers A-Ö
List of all CMB's researchers.
A-C
| Group leader | Research group and project | Location |
|---|---|---|
| Genomic analysis of parasites and viruses, metagenomic sequencing | Biomedicum C9 | |
| Understanding how life develops | Biomedicum 9B | |
| Drug discovery, pancreatic beta-cell regeneration | Biomedicum D5 | |
| Topoisomerases, chromatin biology and cancer | Biomedicum B7 | |
| The SMC complexes, chromosome dynamics and stability | Biomedicum B7 | |
| Stem cells, Developmental Biology, Heart Disease, Heart Development, Genetics, Biotechnology | Biomedicum A6 |
D-F
| Group leader | Research group and project | Location |
|---|---|---|
| The passage of the mRNP particle through the nuclear pore | Biomedicum B7 | |
| The ubiquitin/proteasome system in neurodegenerative diseases and cancer | Biomedicum A7 | |
| Stem cells and neural development | Biomedicum D5 | |
| Mechanobiology of cardiac regeneration | Biomedicum A6 | |
| Stem Cells in Tissue Homeostasis and Regenerative Medicine | Biomedicum B6 |
G-J
| Group leader | Research group and project | Location |
|---|---|---|
| Epithelial stem cells in development and disease | Biomedicum D5 | |
| Homeostasis and tissue repair mechanisms in the mammalian system, pericytes, stem cells | Biomedicum D5 | |
| Quantitative principles in tumour biology | Biomedicum B6 and SciLife | |
| Identifying new molecular targets for the treatment of motor neuron diseases | Biomedicum D5 and Stockholm University | |
| Cellular diversity is generated during development, neuronal identity | Biomedicum D5 and Umeå University | |
| Structural basis of RNA biogenesis | Biomedicum B7 | |
| Meiotic chromosome segregation | Biomedicum B7 | |
| Hematopoietic stem cells in normal and malignant development and regenerative medicine | Biomedicum A6 and MedH | |
| Effects of hypoxia in physiological and pathological contexts, Hypoxia Inducible Factors (HIF) | Biomedicum C5 |
K-M
| Group leader | Research group and project | Location |
|---|---|---|
| Understand skin using modern biology | Biomedicum 6A | |
| Tissue stem cells and aging | Biomedicum 6A | |
| Notch signaling, ES cells, myogenic and vascular progenit breast cancer | Biomedicum D6 | |
| Cell cycle, mitotic entry, and DNA-damage checkpoints | Biomedicum A7 | |
| Systems regenerative neurobiology | Biomedicum B6 | |
| Molecular Mechanisms of Viral Oncogenesis | Biomedicum A6 | |
| Stem Cell Biology | Biomedicum D5 |
N-R
| Group leader | Research group and project | Location |
|---|---|---|
| Educational development | Biomedicum B7 | |
| Deep learning models of cancer mechanisms | SciLife | |
| Basic molecular structure of human skin | Biomedicum B7 | |
| Development, transcription factors, neurons, dopamine | Biomedicum D5 | |
| Cellular Stress in Health and Disease | Biomedicum A6 | |
| Developmental Neurogenomics | Biomedicum D5 |
³§-Ö
| Group leader | Research group and project | Location |
|---|---|---|
| Gene regulation, genome-wide experimental and computational techniques | Biomedicum B6 | |
| SCF ubiquitin ligases, cell cycle, transcription and cancer development | Biomedicum A7 | |
| Regeneration mechanisms | Biomedicum B6 | |
| Tissue regeneration, focusing on fat cells (adipocytes) and obesity | Biomedicum A7 | |
| Sister chromatid cohesion in DNA damage responses, DSB repair, Genome Integrity, Gene regulation | Biomedicum B7 |