Our group has 3 major goals:
Develop novel therapeutic approaches based on centrosomal clustering To further develop our first prototype inhibitors of centrosomal clustering preclinically and to establish a robust and specific high throughput small molecule screen Discover key events in myeloma pathogenesis To investigate the pivotal transition from the pre-malignant, asymptomatic to malignant, symptomatic stages of plasma cell dyscrasias in order to understand the pathophysiology and thereby identify novel targets Translate small molecule therapeutics from bench to clinical trials To evaluate novel agents in the preclinical setting and to initiate early phase clinical trials in hematologic malignancies with focus on multiple myeloma
We aim to identify molecular, circuit, and network mechanisms of cognitive dysfunction and to
develop novel therapeutic approaches to restore brain functions in AD and related disorders.
We rely on high quality basic and translational respiratory science, such as these latest findings, to
develop novel therapeutic approaches for the millions of patients suffering from devastating and often fatal respiratory conditions.
Hear the story behind Backstage Capital Headliner Novoron Bioscience, a San Diego - based biotech company
developing novel therapeutic approaches to address disorders of the central nervous system.
«Thus, administration of soluble Del - 1 may provide the platform for
developing novel therapeutic approaches for neuroinflammatory and demyelinating diseases, especially multiple sclerosis.»
The Zhang laboratory studies ovarian cancer biology with the goal of
developing novel therapeutic approaches to combat the disease with precision.
Not exact matches
Koo and colleagues are now working on
novel therapeutic approaches for targeted interventions, which can be potentially
developed for clinical use.
To achieve gene editing in mice with thalassemia, professor of
therapeutic radiology and of genetics Peter M. Glazer, M.D. and his co-authors
developed an alternative
approach using a
novel combination of nanoparticles, synthetic pieces of DNA, and a simple IV injection.
Dr. Qimin Zhan, Principal Investigator of this project and the Director of State Key Laboratory of Molecular Oncology, Chinese Academy of Medical Sciences Cancer Hospital, said, «For sure, the findings of this project provide
novel insights into understanding of underlying mechanism for this malignant ESCC, and enable us to explore potential diagnostic biomarkers and drug targets, and to
develop useful clinical
therapeutic approaches.
CSNE members are collaborating with NeuroRecovery Technologies to
develop a
novel, non-invasive
therapeutic approach for people with spinal cord injury.
The final aim is improving
therapeutic effect and defining rationalized drug combinations with immune checkpoints and proprietary molecules
developed by collaborators, including
novel immunomodulatory
approaches generated at our unit.