The Center for Radiopharmaceutical Sciences (CRS), a joint research center of ETH Zurich and Paul Scherrer Institute (PSI), is internationally recognized for pioneering research in radiopharmaceutical chemistry and targeted radionuclide therapy. The Schibli Group develops innovative radiopharmaceuticals for the diagnosis and treatment of cancer and other severe diseases. This newly funded interdisciplinary ETH research project is conducted in close collaboration with the laboratory of Prof. Kaspar Locher (Department of Biology, ETH Zurich). Peptides and nanobodies are highly promising molecules for molecular imaging and targeted therapies, but their clinical translation is often limited by unfavorable pharmacokinetic properties. The project aims to investigate how defined N-glycosylation can improve the biological and pharmacological properties of therapeutic and diagnostic peptides and nanobodies. Novel glycoengineered biomolecules generated in the Locher laboratory will be radiolabeled and systematically evaluated using advanced in vitro and in vivo methodologies established in the Schibli laboratory. The project combines cutting-edge glycobiology, radiopharmaceutical sciences, targeted radionuclide therapy, and translational research.
Tasks
- Develop and optimize radiolabeling strategies for glycosylated peptides and nanobodies using diagnostic and therapeutic radionuclides.
- Perform quality control and analytical characterization of newly developed radiopharmaceuticals.
- Conduct cell-based binding, uptake, and internalization studies.
- Plan, perform, and analyze preclinical biodistribution, PET, and SPECT imaging studies in mouse models.
- Investigate pharmacokinetic and pharmacodynamic properties of novel radiolabeled compounds.
- Work in an interdisciplinary environment.
- Collaborate closely with a PhD student in the Locher laboratory to design and optimize glycosylated peptide and nanobody constructs.
- Present research findings at international conferences and publish results in leading scientific journals.
Requirements
- Master's degree with excellent academic record in Chemistry, Pharmaceutical Sciences, Biochemistry, Molecular Biology, Biotechnology, or a related discipline.
- Strong interest in radiopharmaceutical sciences, molecular imaging, protein engineering, glycobiology, or bioconjugation chemistry.
- Practical experience in one or more of the following areas: Radiochemistry or radiopharmacy, cell biology and cell culture techniques, protein or peptide chemistry, preclinical in vivo research.
- Excellent organizational and problem-solving skills.
- Ability to work independently as well as collaboratively in an interdisciplinary and international environment.
- Excellent written and oral communication skills in English.
- Prior experience in radiopharmaceutical research, PET/SPECT imaging, or animal studies is considered an advantage but is not required.
Benefits
- The opportunity to work at the forefront of radiopharmaceutical research and development, contributing to a bench-to-bedside field where scientific discoveries are translated into innovative diagnostic and therapeutic applications that directly benefit patients.
- Diverse opportunities for professional and personal development through internal and external training courses, workshops, conferences, and collaboration with leading experts.
- Attractive prospects for scientific and professional career growth within an interdisciplinary research environment.
- Support from experienced colleagues, active knowledge sharing, and mentoring within the team.
- An open, respectful, and international working culture that values different backgrounds, perspectives, and experiences.
- Access to state-of-the-art research infrastructure and an innovative working environment at one of Switzerland’s leading research institutions.
- Close collaboration within a motivated team characterized by mutual support, individual responsibility, and a constructive feedback culture.
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Über uns
Das Team
Collaboration within a motivated team characterized by mutual support, individual responsibility, and a constructive feedback culture. Close cooperation with the Locher laboratory and support from experienced colleagues.