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security, aiding conservation and informing management policy. You will use advanced novel genomic approaches to assemble, annotate and explore the genome biology of a non-invasive and one of the most
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requirements The candidate should have an MSc degree (or equivalent) in one of the following fields: • (Marine) Biology • (Marine) Ecology • Marine Sciences • or a related discipline Profound knowledge and hands
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completed an MSc degree in a relevant discipline such as ecotoxicology, environmental or molecular biology or equivalent fields. Applicants from outside the EU/EEA must submit NOKUT approval of their master’s
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and multidisciplinary team. The successful candidate should have completed an MSc degree in ecology or environmental sciences (minimum grade B) and have documented skills in ecology (especially invasive
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unknown. The PhD candidate will use state of the art functional genomics to discover the molecular mechanisms mediating SIX6 and VGLL3 effects on salmon maturity age. The candidate will work with molecular
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from the chromosome-level reference genome alignments. Historical and population comparisons will also be undertaken. This PhD position will be associated with the Ecology and Animal Science, Production
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who may be scientifically qualified but who do not meet other criteria such as language, educational background or personal characteristics. Application Applications must be submitted electronically by
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Adrian Svendsen Bensvik 15th August 2025 Languages English English English Faculty of Biosciences and Aquaculture PhD fellowship in developmental genome biology Apply for this job See advertisement
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Experience in microalgae cultivation, bioreactor technology, genomics and microscopy are an advantage Commitment to laboratory work, high quality writing and scientific excellence at the highest level Work
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into kelp farming. Key questions 1) How do different S. latissima strains vary in immune responses to Eurychasma dicksonii and oligoalginates, and is there a host-pathogen cross-talk similar to plant