26 parallel-processing-bioinformatics research jobs at University of Turku in Finland
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information of two referees other documents that may influence the filling of the position Further information With questions about the application process, please contact: bioinformatics-coordinator@utu.fi
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to understand the damage and repair processes in the central nervous system (CNS) with the aim to unlock the endogenous repair potential. The group has a strong focus on neural regeneration and disease
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sequencing, and bioinformatic analyses, and can be extended to biochemical and functional characterization of RNA processing in vivo and in vitro. The starting time for the position will be 1.1.2026, or upon
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@utu.fi ). For information related to the application process, please contact ImmuDocs coordinator Marja Peura (mahepeu@utu.fi ) For information related to the right too study for a doctoral degree in the
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researchers are recruited internationally through an open, transparent, and merit-based recruitment process based on external anonymous peer review. Successful applications will be selected based on academic
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Business Finland. The project aims to develop energy-efficient neuromorphic computing hardware based on GCMO memristors, with applications in signal processing, AI, and autonomous systems. The positions
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of the position are available on the University of Turku Rules of Procedure . In case the selected candidate does not yet have the right to study for a doctoral degree at the University of Turku, the title
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2025). Holding the right to study is a prerequisite for appointment to the position of Doctoral Researcher. For further information on the application procedure and the application criteria, please visit
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national service, short stays such as holidays, and time spent as part of a procedure for obtaining refugee status under the Geneva Convention are acceptable and do not breach the mobility rule
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that currently suffer from observation gaps. By filling the observation gaps, we obtain a database essential to disentangle source and transport processes of SEPs and shed light on the underlying SEP acceleration