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, flexible working arrangements may be negotiated. As the successful candidate you will play a pivotal role in designing and optimizing novel small molecules and drug candidates for a GPCR drug discovery
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Australian National University | Canberra, Australian Capital Territory | Australia | about 1 month ago
to the developing and optimizing protein crystallization workflows and advancing electron crystallography methods for protein structure determination. The successful candidate will work closely with the group leader
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bioassay guided approach to prioritize microbial extracts that exhibit the desired antibiotic properties, followed by cultivation and chemical profiling to optimize production and dereplicate, ahead
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on an ARC-funded, laboratory-based project, “Rest and Readiness: What is the Optimal Nap Length During Night Shifts?”, you will drive innovative research at CQUniversity’s Appleton Institute in
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. Collaborates on the assembly, alignment, and optimization of the systems. Conduct testing and operation of the systems to ensure functionality and performance. Generate high-quality research outputs by
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contributing to the development of next-generation water management technologies. The role will initially focus on real-time control modelling and performance optimization of wetland systems, with potential
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/bio-integrated devices, with establishment of Bluetooth communication, PCB design and assembly optimize data acquisition, storage, transfer and processing attend conferences and seminars in the field
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population modelling approaches. You will collaborate with an interdisciplinary team of mRNA scientists, pharmacometricians, clinical pharmacologists, and drug developers to optimize therapeutic strategies
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to contribute to novel encapsulation methods, optimize formulations, and characterize systems using advanced analytical techniques. You will collaborate with interdisciplinary teams to explore applications in
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expertise in designing user-friendly interfaces and optimizing system performance. Strong background in designing and developing low-noise mixed-signal electronics. Proficient in operating photonics