Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
macrophages toward a pro-inflammatory, anti-leukemic state. The work will combine human monocyte-derived macrophage models, leukemia-conditioned macrophages, primary AML patient samples, chemical biology
-
lymphoma models, including bortezomib-sensitive and bortezomib-resistant models; the relevance of these findings in samples from patients with multiple myeloma. The project benefits from a multidisciplinary
-
, tumorigenesis, and therapeutic resistance. This project aims to develop microscopy techniques capable of high-dimensional and temporal phenotyping, applicable to 2D/3D models and clinical samples, to characterize
-
response to vaccination. The approaches developed will combine molecular biology, omics analyses, and bioinformatics, using both experimental models and clinical samples. This chair fully aligns with
-
. Science and society: The ELiS lab is engaging direct public participation in its research through Citizen Science projects (e.g., through soil sample collection or building and deployment of DNA detection
-
flow cytometry, multiplex, 3D-cell cultures) as well as fully annotated patient’s blood samples and biopsies collected at the “Center for biological resources” and hematology department. Summary