Darcie Burgess
Senior Research Assistant
Darcie brings to ExEd experience in genomics and molecular biology. Her role focuses on characterising RNA expression from transgene designs to support the development and validation of the Genetic Syntax Engine.
Bio
Darcie completed both her BSc in Biomedical Science and MSc in Microbiology at the University of Lincoln and during her time there, developed a keen interest in biotechnology and genomics. Before joining ExEd, Darcie worked on several projects including structural analysis of a novel class of antibiotics, as well as research into cell degradation pathways and its role in the development of various diseases. Additionally, Darcie spent 4 years working across industry and academia, specialising in next-generation sequencing to support the research of life sciences.
Darcie brings to ExEd experience in genomics and molecular biology. Her role focuses on characterising RNA expression from transgene designs to support the development and validation of the Genetic Syntax Engine.
Bio
Darcie completed both her BSc in Biomedical Science and MSc in Microbiology at the University of Lincoln and during her time there, developed a keen interest in biotechnology and genomics. Before joining ExEd, Darcie worked on several projects including structural analysis of a novel class of antibiotics, as well as research into cell degradation pathways and its role in the development of various diseases. Additionally, Darcie spent 4 years working across industry and academia, specialising in next-generation sequencing to support the research of life sciences.
Darcie brings to ExEd experience in genomics and molecular biology. Her role focuses on characterising RNA expression from transgene designs to support the development and validation of the Genetic Syntax Engine.
Bio
Darcie completed both her BSc in Biomedical Science and MSc in Microbiology at the University of Lincoln and during her time there, developed a keen interest in biotechnology and genomics. Before joining ExEd, Darcie worked on several projects including structural analysis of a novel class of antibiotics, as well as research into cell degradation pathways and its role in the development of various diseases. Additionally, Darcie spent 4 years working across industry and academia, specialising in next-generation sequencing to support the research of life sciences.
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