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/biomedical engineering have an orientation to the issue under study, be able to collaborate on scientific, research, and development tasks in a research team, be able to apply the basic principles of project
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techniques, including CRISPR-Cas9 genome editing, protein and RNA biochemistry and biophysics methods. You’ll also develop critical soft skills in scientific communication, collaboration, and project
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for genome editing, transformation, and plant regeneration. Developing and improving plant genetic engineering resources - such as transgenics and genome editing - requires the collaborative efforts
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interdisciplinary collaborations. You will develop expertise in advanced biochemical, cellular, and structural techniques, and contribute to fundamental discoveries at the interface of virology and translation