Browse Job Listings
Center for In Vivo Microscopy, Department of Radiology, Duke University
PhD Field
- All PhD Fields
- Life sciences
- Physical sciences / Math
- Engineering / Computer science
- Business / Finance / Economics
- Social sciences
- Humanities
- Education
- All Sectors
- Academia
- Industry (non-finance)
- Quantitative finance
- National lab / Government
- Nonprofit
- All Job Types
- Employee
- Tenure-track / tenured faculty
- Non-tenure-track faculty
- Postdoctoral researcher
- Graduate fellowship / assistantship
- Internship
- Contract / Project / Temporary
- All Categories
- AIDS Research Jobs
- Astronomy Jobs
- Biochemistry Jobs
- Bioinformatics Jobs
- Biotechnology Jobs
- Cancer Research Jobs
- Cell Biology Jobs
- Chemistry Jobs
- Computer Science Jobs
- Data Mining Jobs
- Electrical Engineering Jobs
- Energy Jobs
- English Jobs
- Genetics Jobs
- Genomics Jobs
- History Jobs
- Image Processing Jobs
- Immunology Jobs
- Machine Learning Jobs
- Materials Science Jobs
- Mathematics Jobs
- Mechanical Engineering Jobs
- Microbiology Jobs
- Molecular Biology Jobs
- Nanotechnology Jobs
- Neuroscience Jobs
- Nursing Jobs
- Optics Jobs
- Pharmacology Jobs
- Physics Jobs
- Proteomics Jobs
- Psychology Jobs
- Scientific Computing Jobs
- Signal Processing Jobs
- Software Engineering Jobs
- Statistics Jobs
- Stem Cell Jobs
- None specified
Popular Searches
| Location: | Durham, NC, United States |
| Description: |
An NIH/NCRR National Biomedical Technology Research Center that develops medical technologies with applications for small animal imaging at microscopic resolution. As an NCI Small Animal Imaging Resource Program, we help researchers apply these technologies to cancer research. Imaging technologies: 2T, 7T, and 9.4T MR microscopy, micro-CT, micro x-ray, ultrasound, and optical. |
| Website: | http://www.duke.edu |
| Dept Site: | http://www.civm.duhs.duke.edu/ |
| Sector: | Academia |
-
Purpose: to work on small animal imaging research and development Duties: develop a processing pipeline for automatic segmentation and extraction of murine cardiac anatomical and functional measures using images acquired with a unique micro-CT system...
