Investigating the Mechanobiology of Organ Formation in the Developing Embryo

We are sorry, this position has been filled.

Undergraduate research opportunity to study how cells in the early embryo self-organize into tissues and organs through the integration of genes, molecules, and mechanical forces. The specific project will focus on cell movements involved in formation of the foregut: the tissue from which the lungs, esophagus, stomach and liver will all form. Project will involve cloning and molecular biology, gene misexpression, biomechanics, multiphoton live in vivo imaging, and embryology. This highly multidisciplinary opportunity will allow the student to create a breadth of hands on experience, and provide exposure to fields where the application of engineering principles is natural, yet underutilized.

Lab: The Morphogenesis & Developmental Biomechanics Lab

Direct Supervisor: Nathan Nerurkar

Position Dates: 6/3/2019 - 8/26/2019

Hours per Week: 40

Paid Position: Yes

Credit: No

Positions Available: 1

Qualifications: General lab techniques (pipetting, lab safety, etc)

Eligibility: Sophomore, Junior, Senior; SEAS only

Clark Hung: [email protected], 351 Engineering Terrace: (212) 854-6542