Ashley Amado
About Ashley Amado
Ashley Amado is a Research Associate I at Mammoth Biosciences, where she focuses on the biochemical characterization of CRISPR proteins. She has a background in bioengineering from Stanford University and has held various research roles, including work on cancer markers and neonatal care improvements.
Work at Mammoth Biosciences
Ashley Amado currently holds the position of Research Associate I at Mammoth Biosciences, where she has been employed since 2021. In her role, she is part of the Protein Discovery Team, focusing on the biochemical characterization of CRISPR proteins. Her work has implications for both therapeutic and diagnostic applications. She employs high-throughput (HTP) automation in her research, enhancing the efficiency and effectiveness of her projects.
Previous Experience at Stanford University
Prior to her current position, Ashley Amado worked at Stanford University in various roles. She served as an Undergraduate Research Assistant at the Stanford University School of Medicine from 2019 to 2021, where she gained valuable research experience. Additionally, she worked as an Ethnic Theme Associate for six months in 2020. During her time at Stanford, she also contributed as a Student Assistant at the Lane Medical Library from 2017 to 2019.
Education and Expertise
Ashley Amado earned her Bachelor of Science with Honors in Bioengineering from Stanford University, completing her studies from 2017 to 2021. Her academic background has equipped her with a strong foundation in bioengineering principles, which she applies in her current research. Her expertise includes bioinformatic analysis of publicly available datasets to identify cancer markers, as well as developing innovative solutions in neonatal care.
Research Contributions
Ashley Amado has made significant contributions to research during her academic and professional career. She developed a virtual reality trainer aimed at improving neonatal care, showcasing her ability to integrate technology with healthcare solutions. In her senior thesis, she investigated a novel method of skin differentiation, which may play a crucial role in controlling cancer growth. These projects highlight her commitment to advancing medical research and improving patient outcomes.