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Tufts University’s Peyton Lab in the Department of Biomedical Engineering on the Medford campus seeks a doctoral-level researcher to study how a cell’s chemical and physical environment guides movement, growth, and drug responses in tissue models. The role blends engineering and biology to create and test synthetic environments that reflect native ECM.
You will lead independent and collaborative experiments, mentor graduate and undergraduate researchers, assist with grant preparation, and
The Peyton Lab within the Tufts Department of Biomedical Engineering is comprised of engineers, biologists, and scientist. Their mission is to learn how the information from a cell's chemical and physical tissue environment influences how they move, grow, and respond to drugs in different tissue environments. The lab uses engineering expertise to build synthetic environments in which to culture cells, and our biological expertise to ensure these environments represent a cell's native extracellular matrix (ECM). Lab members use these combined approaches to find new ways to stop cancer metastasis, discover more effective cancer drugs, understand how traumatic brain injury starts and stops, and build scaffolds for regenerative medicine. The Department of Biomedical Engineering maintains an active research and teaching program on the Medford campus and trains and advises graduate and undergraduate students as well as postdoctoral scholars.
The Peyton Lab within the Tufts Department of Biomedical Engineering is comprised of engineers, biologists, and scientist. Their mission is to learn how the information from a cell's chemical and physical tissue environment influences how they move, grow, and respond to drugs in different tissue environments. The lab uses engineering expertise to build synthetic environments in which to culture cells, and our biological expertise to ensure these environments represent a cell's native extracellular matrix (ECM). Lab members use these combined approaches to find new ways to stop cancer metastasis, discover more effective cancer drugs, understand how traumatic brain injury starts and stops, and build scaffolds for regenerative medicine. The Department of Biomedical Engineering maintains an active research and teaching program on the Medford campus and trains and advises graduate and undergraduate students as well as postdoctoral scholars.
Knowledge and experience typically acquired by:
Minimum $81,200.00, Midpoint $101,600.00, Maximum $120,900.00
Salary is based on related experience, expertise, and internal equity; generally, new hires can expect pay between the minimum and midpoint of the range.