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Field
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lateral flow devices (LFDs) against clinically important targets. Prior research experience in developing LFDs is a mandatory requirement for this role. The complementary knowledge across nanotechnology
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responses to chemotherapies and targeted drugs. 2. Study the genetic and epigenetic basis of GI cancers (e.g., aberrant DNA methylation, histone modifications, and non-coding RNAs). 3. The genetic basis
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of critical drug targets. 2. Independently designing and executing experiments. Qualifications • Qualifications / Discipline: 1) A strong background and proven expertise in Structural Biology. 2
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in top tier peer-reviewed journals; Developing and teaching training courses on topics related to international environmental law and climate change with a target audience of government officials and
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healing. The Granville research program spans basic molecular biology and biochemistry through to target validation, proof-of-concept in animal and human models, and collaborations with clinicians and
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clinically-approved drugs for indications related to wound healing. The Granville research program spans basic molecular biology and biochemistry through to target validation, proof-of-concept in animal and
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pathways. Previous research experience in studying RNA-related disease mechanisms or therapeutic targets. Proficiency in data visualization and statistical analysis. Qualifications PhD in Molecular Biology
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strategies that modulate the crosstalk between tumor and immune cells, and develop new image-based screening technologies to identify targets that mediate clinically-relevant cell-cell interactions
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proteins. Arvinas uses its proprietary PROTAC® Discovery Engine platform to engineer proteolysis targeting chimeras, or PROTAC® targeted protein degraders, that are designed to harness the body’s own natural
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these areas is targeted towards achieving sustainable agricultural production for healthier and environmentally resilient outcomes; optimising the economic and nutritional value of South Australia’s clean