Current Opportunities at Vanderbilt

While in adult mammals (including humans) spinal cord injury causes lifelong paralysis, zebrafish possess an astounding capacity to regenerate and recover function after a paralyzing injury. Neonatal mice also regenerate axons after spinal cord injury, and recent studies have bolstered the idea of similar regeneration mechanisms to those in zebrafish. We are interested in the following questions: What are the factors and mechanisms allowing innate spinal cord regeneration to occur? How are these mechanisms regulated? Can regeneration in adult mammals be enhanced by re-establishment of innate pro-regenerative programs? Overall, our goal is to contribute to the development of strategies to awaken spinal cord regeneration in adult mammals.

We are looking for curiosity-driven, motivated and ambitious candidates with interest for regenerative biology and neuroscience. The ideal candidate will have a record of scientific rigor, productivity, and creativity. Strong skills in neuroscience, molecular biology, bioinformatics, transcriptomics, imaging, histology are required. Enthusiasm for working with zebrafish and/or mice is essential. We strongly value team spirit, a positive work environment and collaborations. 

For information about research in the laboratory visit https://www.cigliola-lab.com.

Please send your application in a single PDF, including (1) a cover letter that includes a description of research interests and experience, (2) CV, (3) contact information of 3 references, (4) a writing sample mailed directly to valentina.cigliola@vanderbilt.edu. 
Review of applications will begin immediately, and positions will remain open until filled.