Debbie Search
About Debbie Search
Debbie Search is a Senior Research Scientist at Bristol-Myers Squibb in Hopewell, NJ, with extensive experience in biological research and model development.
Company
Debbie Search is currently employed at Bristol-Myers Squibb in Hopewell, NJ. Her role focuses on facilitating various advanced research initiatives and studies within the organization, especially those related to atherosclerosis and inflammatory diseases.
Title
Debbie Search holds the position of Senior Research Scientist at Bristol-Myers Squibb. Her responsibilities include leading research studies, managing animal models, and analyzing biological data to advance the understanding and treatment of cardiovascular and inflammatory diseases.
Education and Expertise
Debbie Search earned her Bachelor of Science in Animal Sciences from Delaware Valley University from 1975 to 1979. Her expertise spans the fields of atherosclerosis, inflammatory diseases, and biomedical research. She is adept at developing and managing animal models, including the diet-induced hamster model of dyslipidemia and a Peritonitis model for inflammation studies.
Background
Before joining Bristol-Myers Squibb, Debbie Search amassed extensive experience working as a biologist at several notable companies. She worked at American Cyanamid in Princeton, NJ, for thirteen years from 1989 to 2002. Prior to that, she spent ten years at Schering Animal Health and Schering Plough from 1979 to 1989. Throughout her career, she has developed and refined key methodologies for studying cardiovascular and inflammatory diseases.
Achievements
Debbie Search has made significant contributions to biomedical research, including developing the diet-induced hamster model of dyslipidemia and establishing a Peritonitis model used in inflammatory resolution studies. She also manages peritoneal macrophage production for the Athero department at Bristol-Myers Squibb. Her technical skills include proficiency in en face procedures, cholesterol extraction, and the quantification of aortic lipid deposition in mouse and hamster models.