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an alternative to traditional scientific roles (e.g. postdoc) and provides an ideal environment to establish a career in computational research or software engineering. The position aims at developing
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body in Drosophila and bumblebees as model systems. Our research integrates genetic tools, high-throughput behavioral analysis, EM connectomics, expansion microscopy, mass spectrometry, calcium imaging
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of Neurobiology & Behavior at Cornell University and the Howard Hughes Medical Institute. The postdoc will work in a vibrant, interdisciplinary setting and have access to cutting-edge tools and collaborative
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zebrafish and mouse models, including microinjections, live imaging, and behavioral studies. Apply molecular biology techniques including PCR, cloning, and genotyping. Perform in vivo imaging and high
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the body during development and how defects in these processes can lead to birth defects and cancer. We use cell biological, genetic, biophysical, computational, and live-imaging approaches to visualize cell
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highly motivated Postdoctoral Scientists to run independent projects within the Watson Lab. This position is especially well-suited for: New Ph.D. graduates or those with two years or less of prior postdoc
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at the interface of established fields. Candidates with experience in molecular biology, neuronal manipulations and imaging, immunology, metabolic phenotyping (e.g. metabolomics), and electrophysiology
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and biochemical assays. Prepare solutions, reagents, and buffers to support ongoing experiments. Collaborate closely with postdocs on experimental design and execution. Lab Operations Help maintain lab
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the development of novel genomic assays involving single cell and spatial genomic experiments and state-of-the-art imaging analysis. You will also utilize your project management skills to prioritize and manage
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(cell-based Ca2+ imaging, cellular and in vivo electrophysiology,) Structural biology (single-particle cryo-EM, model building, molecular docking, and simulations) High-throughput screening (96-well