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The Blackiston Laboratory at Tufts University is seeking a highly motivated, independent postdoctoral fellow to study amphibian stem cells with micro-printed scaffolds to create biohybrid devices. Work closely with the MIT collaboration and contribute to wet-lab milestones, including cell culture, sequencing, and immunohistochemistry.
The project blends developmental biology with engineered materials and offers opportunities to mentor undergraduates and PhD students while aiming for publications
The Tufts Department of Biology is dedicated to providing our students a unified and comprehensive view of biological processes, as well as opportunities for undergraduates to actively participate in cutting-edge biological research in molecular biology, cell biology, genetics, physiology, plant ecology, animal behavior, and conservation biology. The Department of Biology maintains an active research and teaching program on the Medford campus and in various field locales, and trains and advises graduate and undergraduate students as well as post-doctoral fellows.
Postdoctoral Fellow - Amphibian stem cells in biohybrid device design
The Blackiston Laboratory, Department of Biology, Tufts University
The Blackiston Laboratory at Tufts University is seeking a highly motivated, independent, and enthusiastic full-time postdoctoral fellow to study how amphibian stem cells can be combined with micro-printed scaffolds to construct a new class of biohybrid devices. Our research will broadly investigate the material properties of biohybrid machines, as well as their ability to assemble into metamaterials with defined characteristics. Additionally, we will examine how artificial scaffolds may alter stem cell differentiation, cell behavior, and the self-assembly of amphibian stem cells. The project will contain both basic developmental biology and applied design approaches.
This is a joint project with a laboratory at MIT, and the candidate will work in close collaboration with their material science team. Our major milestones focus on the wetlab aspects of the project; collecting amphibian stem cells from fertilized Xenopus embryos, culturing organoids and tissues, combining cells with synthetic scaffolds, and performing molecular techniques, including immunohistochemistry, to characterize cell identity and location. Across the project, there will be opportunities to mentor undergraduates, technicians, and PhD students, and we are looking for someone who is eager to talk science, share ideas, and teach.
We welcome applicants with backgrounds in developmental biology and/or bioengineering as this project lies at an intersection between both disciplines, developing a new class of autonomous biohybrid machines. The project is currently funded for 18 months, with the opportunity for renewal.
Note: Because we are a new lab, we expect the postdoc-who will be a senior member of the group-to contribute to lab management and help establish workflows, best practices, and lab culture.
The Blackiston Laboratory values diversity, inclusivity, and fostering an environment where professional growth and varied career paths are supported. We are located in a newly renovated research space on Tufts University's Medford, MA campus.
Will work with and be exposed to hazardous chemicals and materials including formaldehyde-based fixatives. Need to adhere to proper safety procedures. The noise level in the work environment is usually moderate.
Minimum $67,500.00, Midpoint $72,875.00, Maximum $78,250.00
Salary is based on related experience, expertise, and internal equity; generally, new hires can expect pay between the minimum and midpoint of the range.