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Biology. This work will involve using a broad range of developmental, cell, molecular biology and single-cell sequencing techniques to understand how neural crest cells contribute to normal development
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apply. To be successful in this position, you will meet the following Key Selection Criteria: Evidence of experience in performing density functional theory calculations and ab initio molecular dynamics
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developing and applying modern plasma/HED simulation codes based on particle-in-cell and/or molecular dynamics and/or fluid dynamics methods. Expertise in using modern high performance computation facilities
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This project will apply quantum chemistry and molecular dynamics simulations to the study of Hofmeister and specific ion effects in complex electrolytes, including non-aqueous solvents, deep
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range of laboratories and simulated hospital and health services environments located on campus. Students also get hands-on experience by completing fieldwork and clinical placement throughout
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analysis to identify and test new molecular targets and their potential for developing new therapies for brain cancer. About UniSA The University of South Australia is Australia’s University of Enterprise
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multiphoton FRET confocal microscopy, patient-derived glioma organoids, and tumour biopsy analysis to identify and test new molecular targets and their potential for developing new therapies for brain cancer
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parameterisation, molecular dynamics simulations of membrane protein systems, lipid/drug interactions and simulation-guided refinement of cryo-EM structures. Previous experience in molecular dynamics simulations
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findings. The project involves using a broad range of developmental, cell and molecular biology techniques to understand how the growth, maturation and function of lymphatic vessels is regulated during
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of the Lymphatic Development Laboratory, facilitating collaboration and translation of research findings. The project involves using a broad range of developmental, cell and molecular biology techniques