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microorganisms as well as modeling and control of tree and plant diseases in the field. Duties: We expect the candidate to conduct research aiming to create a baseline of understanding of multispecies interactions
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in a Linux environment, quantitative genetic modelling (including use of software such as BLUPF90, ASReml or similar), genomic prediction, programming in R or Python, use of bioinformatics tools
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, Sweden. Research in the Hofius lab (http://www.slu.se/D_Hofius ) focuses on the molecular mechanisms of autophagy, a conserved degradation and recycling process required for cellular homeostasis and stress
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uses a wide range of techniques –from field experiments and characterisation of agricultural biodiversity to genetics, genomics, biotechnology, biochemistry, physical chemistry, physiology, and modelling
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program studying the mechanism of pavement cell shaping using Populus and Arabidopsis as model systems. The focus in this project is on discovering new molecular players of pavement cell shaping combining
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technical support, support for bioinformatic analyses through the SLU Bioinformatics Infrastructure, and a well-equipped molecular ecology research facility. This position is part of the PhD program within
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cattle quantitative genetics and genomics. You work on developing genetic evaluation for heat tolerance in Swedish dairy cattle, evaluating new methods for genomic prediction, and modelling deleterious
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physiology and/or plant molecular biology. The applicant should be well acquainted with fluorescence and light microscopy as well as in vitro culture techniques. Experience with Arabidopsis thaliana as a model
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, Sweden. Research in the Hofius lab (http://www.slu.se/D_Hofius ) focuses on the molecular mechanisms of autophagy, a conserved degradation and recycling process required for cellular homeostasis, stress
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experience with experimental models and molecular biology, as well as experience in cell culturing and different basic cell biology techniques. Language skills in English, both spoken and in written, are a