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specific genes has enabled precision diagnosis and more recently the development of genetic therapies. However, we lack the imaging tools to understand how these mutations disrupt healthy brain development
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-limiting Conditions: developing, adapting, impLementing and Evaluating interventions (ICICLE). This three-year PhD studentship will enable a talented individual to complete substantial research related
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molecular imaging Team with access to both cutting-edge instrumentation for preclinical imaging and world-renowned expertise. Together, we are developing next-generation whole-body imaging tools for cancer
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train 15 early-stage researchers to develop human-relevant neuroscience tools beyond animal models, advancing next-generation in vitro and in silico New Approach Methodologies for complex brain disorders
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clinicians as well as scientists from UKSHA, we have set up a unique facility to develop radiotracers (conjugating radiometals with different targeted molecules) and to evaluate them biologically in vitro and
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patients in Dr Sreedharan’s clinic. In the lab, the student will learn a broad pallet of techniques to enable them to perform cutting-edge research to develop urgently needed treatments for ALS. The student
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. thesis shows well-developed research skills (both analytical and descriptive) and the thesis should have received a grade of minimally 7.5 on a ten-point scale, or its international equivalent (grades
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movement science. The lab’s research focuses on developing intelligent, user-adaptive robotic systems that can operate robustly in real-world and clinical environments, with particular emphasis on wearable