17 environment research jobs at Institute of Cellular Biology and Pathology "Nicolae Simionescu"
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of the key aims of our vision for 2025. We will represent all the diverse communities that make up our University. We will provide an inclusive, supportive and safe environment where everyone belongs and can
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neurodegeneration. Work Environment: As a postdoctoral associate in a dynamic research program, you will have unparalleled opportunities for scientific and career advancement. You will work as part of a cross
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neurodegeneration. Work Environment: As a postdoctoral associate in a dynamic research program, you will have unparalleled opportunities for scientific and career advancement. You will work as part of a cross
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environment. The Foundation also offers a unique ‘researcher’s journey’ program that exposes our Fellows to world leading researchers, mentoring, connections with Australia’s learned academies and more. Who can
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strategy development tasks. Experience in an international environment is desirable. soundEnglish language skills are a must. German is an advantage, but not a requirement. What you can expect a responsible
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which can be discussed with the Director if successful. Within Forrest Hall, you will live amongst other researchers in a vibrant and inspiring research environment. The Foundation also offers a unique
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learning environment where clinical education is enhanced through simulation technology, innovation and research. The project that is being developed is in collaboration with the Faculty of Engineering and
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be discussed with the Director if successful. Within Forrest Hall, you will live amongst other researchers in a vibrant and inspiring research environment. The Foundation also offers a unique
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feels able to be themselves and do their best in an inclusive working environment where all colleagues can thrive and reach their full potential. We want to attract, develop, and retain individuals with
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related to the measurement of DTM radionuclides such as I-129 in the environment. • Bibliographic research of separation methods for DTM radionuclides (conventional and exotic) in the context