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are typically interdisciplinary and integrate genomics, molecular biology, microbiology, genetics, and organismal approaches. Major Areas of Accountability 70% Research Activities Lead the design and execution
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study macromolecules and macromolecular complexes involved in membrane transport, homeostasis, and biogenesis, with a particular focus on pinpointing lipid/protein interactions in context of membrane
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characterizations, primer design, etc. Chemical techniques: drug dilutions, drug-drug interactions, chemical preparations and handling, drug metabolism studies, chemical reactions, making solutions, drug/chemical
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combination of mass spectrometry and NMR methods to assess potential risks of these chemicals to coastal ecosystems. These individuals will also interact with, lead, and assist graduate and undergraduate
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-photon imaging in the ferret. The end goal of our work is to test a model of excitatory-inhibitory interactions against data collected in an animal model with columnar architecture in primary visual cortex
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written communication skills. He or she will also have the opportunity to interact with various collaborators at UMN and external to the university. The successful candidate will be expected to develop and
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with stress, but few other generalities have emerged, in part because, researchers across diverse fields—from cell biology to genomics, agriculture, cancer, and ecology—rarely interact. Through
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Hartvig Clausen (DTU) and U Copenhagen scientists Dr. Céline Galvagnion, Prof. Nikos Hatzakis, Prof. Martin Lauritzen and Dr. Krzysztof Kucharz. Work includes purification and biophysical analysis
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vitro, as they relate to basic biology as well as in disease. 70%: Experimental design and implementation. Design and perform experiments to assess the regulatory roles for histone PTM-interacting