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the molecular mechanisms underlying olfactory orifice formation in zebrafish, focusing on the interactions between the olfactory placode and the overlying skin epithelium. A major objective will be to identify
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at [email protected] and include a current CV. Additional information about the laboratory is available at: https://www.mayo.edu/research/labs/zebrafish-genetics . Mayo Clinic College of Medicine is a not-for
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on understanding the impact of microbiota on neurodevelopment and stress and social behaviour using zebrafish as a model system. Experience of zebrafish as a model system is desirable. The ongoing projects utilize
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: The candidate will work independently on basic research projects in the laboratory of Dr. Ruthazer at the MNI. His/her work will develop a multilevel understanding of the behavioral responses of larval zebrafish
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social behaviour using zebrafish as a model system. Experience of zebrafish as a model system is desirable. The ongoing projects utilize techniques such as zebrafish microbiota manipulation, molecular
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to the development and neuromodulation of spinal locomotor circuits in zebrafish larvae. We perform anatomical studies, in vivo calcium and voltage imaging, high-speed videography, and extracellular and whole-cell
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zebrafish brain at over 200 Hz. The postdoctoral fellow will play a leading role in designing, building, integrating, and validating the next-generation platform. More information is available at https
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this, we use zebrafish CRISPR-generated mutants to perform high-throughput functional screens. The postdoctoral associate will also support other tasks related to the team’s research, including the following
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with non-mammalian model organisms (e.g., Drosophila, C. elegans, Xenopus, or zebrafish); experience with fluorescence microscopy, as well as digital image acquisition and analysis; experience with
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(ILT)” in the gills, and the Nemausean Lymphoid organ (NELO), revealing the branchial cavity as an important region of the fish immune system. https://www.science.org/doi/10.1126/sciadv.adj0101 https