Sort by
Refine Your Search
-
: Department of Physics Position Summary: Development of a comprehensive phase field modelling platform for the quantitative examination of microstructure evolution and properties in two-phase Ferritie Steel and
-
: - Development of pro-drug of existing BRaf inhibitors - Synthesis and biological evaluation of BRaf inhibitors - Application of software for drug design - Learn to lead and manage projects - Oversee graduate
-
are: Create favourable circumstances for the development of a field of research and a community of research on access to justice for OLMCs Produce scientific data for and with the access to justice stakeholders
-
outcomes. The postdoctoral trainee will work closely with other Advanced Genomic Technologies lab members and D2R project collaborators and their group members to develop and apply spatial transcriptomics
-
groups Other research activities related to this project as they arise Develop and implement independent postdoctoral analysis of the ICOI data according to the researcher’s interests, in close
-
evidence from diverse sources, analyze international survey data, and contribute to the development of a conceptual framework that captures the multi-level and intersectional nature of stigma. Findings from
-
develop and apply advanced preclinical model systems in lymphoma—including organoids, patient-derived xenografts (PDX), and humanized mouse models—to enable functional genomic approaches and the testing
-
organoid-based approaches. Together, the teams will establish a bi-national tissue collection infrastructure, generate foundational single-cell and spatial omics datasets, and develop patient-tissue glioma
-
Hirst lab is focusing on the development and improvement of molecular assays and bioinformatics tools to study the epigenetic causes of cancers and to discover new targets for potential cures. In
-
understand tumour–vascular interactions and guide the development of safer, targeted therapeutic strategies for edema. About the Lab The Couturier Lab integrates single-cell, spatial, and imaging-based omics