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The Neuro-Oncology Research Laboratory at National Neuroscience Institute, Singapore seeks a Research Fellow to advance GBM translational research through cell culture, cancer models and multi-omic analyses.
You will design experiments, manage in vivo studies, analyze data, and contribute to manuscripts while adhering to biosafety guidelines. This role offers collaboration with leading scientists and access to cutting-edge resources within the institute.
The National Neuroscience Institute (NNI), Singapore is the national specialist centre and regional centre for clinical referrals for the management and treatment of the neurosciences, as well as for education and research conducted in the field. NNI offers over 20 subspecialties in neuroscience care and treats a broad range of illness affecting the brain, spine, nerves and muscles. Offering a comprehensive range of Neurology, Neurosurgery and Neuroradiology services using the latest technology and experience of our healthcare professionals, NNI is at the forefront of neuroscience care in Singapore and across the region.
The Neuro-Oncology Research Laboratory at National Neuroscience Institute is dedicated to elucidating the molecular underpinnings of glioblastoma (GBM) and innovating effective and precise therapeutic strategies to improve clinical outcomes. Under the scientific leadership of both A/Profs Christopher Ang Beng Ti and Carol Tang, the laboratory has established significant milestones in setting up the NNI brain tumour resource (Glioportal) comprising patient-derived cells, orthotopic xenograft mouse models and clinical material fully annotated with deep content molecular data. This aids in facilitating the transition of cutting-edge therapeutic methods from research to clinical application.
We are seeking a motivated Research Fellow to support the recently awarded Joint SingHealth-Duke Neuro-Oncology programme focusing on GBM translational research. This role offers a unique opportunity to contribute to cutting-edge cancer biology research, with the potential to directly impact therapeutic strategies for GBM patients. Expertise in cancer models especially with cell cultures, cell-based assays and animal handling is highly desirable.