12 tissue-engineering positions at Rutgers University

Laboratory Assistant

colonies, breeding, weaning, tail and toe clipping, genotyping, and euthanasia. Collect inner ear and brain tissue and post-experiment processing of the tissue. Section the tissue and perform

Postdoctoral Fellow (Multiple Vacancies)

immune cells in vital tissues such as the lung and the brain. We explore components of innate immunity in tissues, and how the interaction between immune and non-immune cells influences the disease outcome

Temporary Research Assistant

of this position are the following: Train gerbils and run behavioral experiments to assess the neural mechanisms of auditory decision making. Carry out post-experiment processing of brain tissue. Assist with

Visiting Researcher

endophytes. The visiting researcher will work in the area of testing for nitrogen fixation in tissues and cells of landrace corn vs conventional corn. The current focus of the lab is to gain a better

Post Doctoral Fellow (Multiple Positions)

at the frontiers of regenerative medicine. The NIH has been funding this groundbreaking, geographically distributed training program since 2003. Current focus research tracks include 1. Neural Tissue Engineering; 2

Post Doctoral Associate

complex research ideas taking advantage of advanced computational biology and bioinformatics techniques. Analyses high-throughput sequencing data at tissue and single-cell resolutions, performs

Post Doctoral Associate

constructing intricate tissue engineering scaffolds. Your work will be at the forefront of biomedical innovation. The cornerstone of our research is the vast potential of nanotechnology. By manipulating

Post-Doctoral Fellow

, biochemistry, enzymatic assays, tissue culture, cell biology, light and fluorescence microscopy, molecular biology, rodent handling, mosquito dissection) under the PI's guidance. Communicates regularly with

Open Rank Faculty (Multi Positions)

, mitochondria, aging, metabolism, oxidative stress, cell death differentiation, and signal transduction pathways in normal and diseased tissue, with particular emphasis on cardiovascular disease, cancer, and the

Post Doctoral Associate

, and constructing intricate tissue engineering scaffolds. Your work will be at the forefront of biomedical innovation. The cornerstone of our research is the vast potential of nanotechnology. By