Laura Cook
About Laura Cook
Laura Cook is a Synthetic Biology Research Associate currently working at Lanzatech in Skokie, Illinois. She has a Master's degree in Biotechnology from Northwestern University and extensive experience in various research roles, including expertise in bioprocess engineering and data analysis.
Current Role at LanzaTech
Laura Cook serves as a Synthetic Biology Research Associate at LanzaTech, a position she has held since 2020. In this role, she focuses on advancing synthetic biology applications, contributing to the development of innovative solutions for sustainable manufacturing processes. Her work involves utilizing her expertise in bioprocess engineering and data analysis to support research initiatives aimed at improving production efficiency and product yield.
Previous Experience at SPARX Therapeutics
Before joining LanzaTech, Laura Cook worked as an Associate Scientist at SPARX Therapeutics for seven months in 2020. During her tenure, she contributed to research projects that aimed to develop novel therapeutic approaches. This role provided her with valuable experience in the biotechnology sector and enhanced her laboratory skills.
Educational Background in Biotechnology
Laura Cook earned her Master's degree in Biotechnology from Northwestern University, where she studied from 2018 to 2020. Her education provided her with a solid foundation in bioprocess engineering, equipping her with the knowledge necessary for designing and developing manufacturing processes in the biotechnology field.
Research Experience at Northwestern University
Laura Cook gained significant research experience as a Graduate Research Assistant at Northwestern University from 2019 to 2020. She was involved in various projects that required her to engage in data analysis and laboratory techniques, further developing her skills in both bacterial and mammalian cell cultures. Additionally, she served as a Teaching Assistant during her time at the university.
Skills in Laboratory Techniques
Laura Cook possesses a broad range of laboratory skills, including proficiency in fluorescent microscopy and next-generation sequencing. These skills are essential for conducting biological research and analyzing experimental results. Her familiarity with both bacterial and mammalian cell cultures enhances her versatility in various research applications.