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genetics, molecular biology, biochemistry, spectroscopy, and light microscopy techniques. In this role you can interact positively and collaborate with all team members while working in a diverse
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-electron tomography (cryo-ET). Then, they use these tools to explore fundamental or previously unexplored questions in cell biology. For example, the team is focused on understanding complex biology in
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on training in cellular biology, microscopy, animal behavior and data analyses. Contributing to exciting research projects with potential for authorship on research papers and the opportunity to present
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for contributions to scientific publications. What you bring: Master’s degree in Biophysics, Biology, or a related field, or equivalent education and experience. PhD preferred but not required. Extensive experience
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cultures for experimental purposes. Stay current in research area through applicable literature. What you bring: Bachelor of Science degree in biology or a related discipline is required. 2 years of previous
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to understand the speed and predictability of rapid evolution. By employing genetics and synthetic biology approaches based on gene editing, they explore the gene pathways underlying plant climate adaptation
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inclusive research environment Training in protein biochemistry, immunology, virology, evolutionary biology, statistical inference methods, and computational biology Mentorship tailored to your scientific and
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school in the biological sciences. What we provide: Hands on training on molecular biology, genetics and plant biology techniques. 1:1 mentorship with senior researchers. Contributing to exciting research
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://stanfordstomata.sites.stanford.edu/ About the role: In this role, you will work collaboratively with Dr. Bergmann to develop, coordinate, and undertake research projects in plant genetics cell biology and developmental biology. We
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states, and regulatory interactions. Nogales and her team focus their efforts on two areas of eukaryotic biology in particular: regulatory mechanisms underlying gene expression and cytoskeleton self