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of breast cancer Patient Derived Organoids (PDOs). PDOs are generated from an individual patient tumor and are cultured as 3D organoids. The candidate will use PDO culture models to evaluate Patient/PDO drug
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PhD students at the WSML who are engaged in the research within the broader project framework. Develop independent and collaborative publications with the WSML. Qualifications PhD degree in Civil and
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findings. Minimum Qualifications A PhD degree awarded within the past 5 years in a discipline relevant to the project (such as Urban Planning, geography, civil engineering, mechanical engineering
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Qualifications Bachelor's degree in public health, social sciences or health-related field and/or experience in a related field is preferred Familiarity with Indigenous culture in the North and experience working
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. The candidate will use PDO culture models and next-generation-sequencing to evaluate PDO drug sensitivity and mechanisms of resistance. These studies will provide valuable insight on PDO potential as precision
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will be on the significance of this mechanism for the crosstalk between various CNS cell types, using co-culture approaches. Candidate proteins, novel or identified by the lab previously (e.g., TMX1
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. Development and use of enzyme assays. Testing of antiviral drug candidates in cell culture. Works with baculovirus, bacterial and mammalian expression systems. Presents research findings at lab meetings
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cells ex vivo Perform techniques cell culture, assays of enzymes and signaling molecules, flow cytometry, Western, PCR, IP, confocal and fluorescence microscopy, in vivo PET imaging Summarize results and
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experience in neuronal culture and/or animal models of neurodegenerative diseases to work on a multidisciplinary project dedicated to establishing therapeutic potential of nanoparticles in the treatment
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various molecular biology, analytical chemistry and cell culture techniques and bioinformatics approaches to investigate protein function in cells and clinical samples. For our previous publications, see