59 mechanical-engineering-solid-mechanics-advanced-materials-fracture-mechanics-stress-and-strain-analysis research jobs at University of Alabama at Birmingham
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RESEARCHER IV - (T217373) Description The University of Alabama at Birmingham (UAB), Department of Mechanical & Materials Engineering, is seeking a Researcher IV. General Responsibilities Working
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the mechanism and regulation of translation, the process by which mRNAs are decoded into proteins. Research in the lab combines knowledge and techniques from multiple disciplines, including biochemistry, genetics
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RESEARCHER II - (T217252) Description The University of Alabama at Birmingham (UAB), Department of Biomedical Engineering, is seeking a Researcher II. The Zhou lab takes advantage of a collection of
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to understand the mechanism and regulation of translation, the process by which mRNAs are decoded into proteins. Research in the lab combines knowledge and techniques from multiple disciplines, including
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RESEARCHER II - (T217357) Description The University of Alabama at Birmingham (UAB), Department of Neuropathology, is seeking a Researcher II to study the cellular and molecular mechanisms
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for the day-to-day operation and maintenance of the lab, including ordering, budgeting, lab safety, keeping chemical and strain inventories, equipment troubleshooting and maintenance. Performs experiments in
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Researcher III. The position will support studies associated with molecular and cellular mechanisms that protect against acute injury to lung and heart caused by inhalation of toxic gases. General
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RESEARCHER III - (T216940) Description The University of Alabama at Birmingham (UAB),Department of Neuropathology is seeking a Researcher III to study the cellular and molecular mechanisms
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the mitochondrial / oxidative stress / DNA damage response fields. We have 2 primary projects. The first is NCI funded (K08) studying a new therapeutic target (cleaved ATP5A1) that is generated following oxidative
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manager in a dynamic, cutting-edge research environment to support our mission by ensuring the seamless operation of our laboratory. The department studies aging specific disease mechanisms by modeling