15 phd-computer-artificial-machine-human Postdoctoral positions at University of Texas at Dallas
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dissections. The applicant should also have experience with cell culture work with a focus on generating and maintaining primary cultures using rodent and human dorsal root ganglia. The applicant should also
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research and experimental data in accordance with established protocols. Assist in statistical and comparative analysis of experimental data using appropriate computer software. Contribute to the preparation
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Focus – design and development of engineered and artificial enzymes for biocatalysis and asymmetric synthesis Projects – involve biocatalysis, protein engineering/directed evolution/design, and
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Focus – design and development of engineered and artificial enzymes for biocatalysis and asymmetric synthesis Projects – involve biocatalysis, protein engineering/directed evolution/design, and
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or related fields PhD graduates of UT Dallas’s Bioengineering program is highly preferred Other Qualifications To the extent this position requires the holder to research, work on, or have access
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Education and Experience Preferred experiences include research in cognitive neuroscience, human functional brain imaging, psychology, neurology, psychiatry, machine learning, data visualization, and data
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setting Previous experience with clinical populations, neuroimaging or neuromodulation, or computer programming is a plus Technical skills (e.g., Python, R, Unix) are also highly desired but not required
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Focus – design and development of engineered and artificial enzymes for biocatalysis and asymmetric synthesis Projects – involve biocatalysis, protein engineering/directed evolution/design, and
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targets that affect sensory neuron excitability following injury, and uncover the mechanisms that drive pain chronification. As part of our team, you will work directly with human dorsal root ganglion
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targets that affect sensory neuron excitability following injury, and uncover the mechanisms that drive pain chronification. As part of our team, you will work directly with human dorsal root ganglion