Ashley Ferreira
About Ashley Ferreira
Ashley Ferreira is a Research Associate II at the Broad Institute, specializing in the interaction between pain and sleep. She has a background in experimental neurobiology and has held various research positions at institutions such as Boston Children's Hospital and the University of Notre Dame.
Current Role at Broad Institute
Ashley Ferreira has been employed as a Research Associate II at the Broad Institute since 2017. In this role, she focuses on experimental neurobiology, contributing to research initiatives that explore various aspects of neuroscience. Her work involves the application of molecular biology techniques and mouse behavioral assays, which are essential for understanding the underlying mechanisms of neurological conditions.
Previous Experience at Boston Children's Hospital
Prior to her current position, Ashley Ferreira worked as a Research Assistant II at Boston Children's Hospital from 2015 to 2017. During her tenure, she engaged in research projects that likely involved collaboration with medical professionals and researchers, contributing to advancements in pediatric healthcare and neuroscience.
Educational Background at University of Notre Dame
Ashley Ferreira pursued her Master of Science degree at the University of Notre Dame from 2012 to 2015. Her graduate studies provided her with a strong foundation in biological sciences, preparing her for a career in research. She focused on areas relevant to her current specialization in neurobiology.
Undergraduate Studies at Roger Williams University
Ashley Ferreira completed her Bachelor of Science degree at Roger Williams University from 2008 to 2012. She studied Biology and Psychology, which equipped her with a diverse knowledge base. This educational background supports her current research interests, particularly in the interaction between pain and sleep.
Research Specialization and Expertise
Ashley Ferreira specializes in the interaction between pain and sleep within the field of experimental neurobiology. She has developed expertise in mouse behavioral assays and colony management, which are critical for conducting research in neurobiology. Additionally, her experience with molecular biology techniques enhances her research capabilities.