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| SHARED RESOURCES - RADIATION MEDICINE |
- Leader:
- Jamie Milligan, Ph.D.
Associate Research Scientist, Radiology
- (858) 534-4916 / jmilligan@ucsd.edu
- Contact:
- Name: Joseph A. Aguilera, B.A.
- Phone: (858) 822-4180
- Fax: (858) 543-6723
- Email: jaguilera@ucsd.edu
- Locations: Moores Cancer Center, Room 2314, Bay 2P
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Advisory for Stem Cell Researchers
Cancer Center Core rates will be different from published rates if the research involves cell lines other than those that appear on the NIH Human Pluripotent Stem Cell Registry. The NIH Human Pluripotent Stem Cell Registry is found at
http://stemcells.nih.gov/
Cancer Center facilities managers and technical personnel will not request this information from each user because it is the Principal Investigator's responsibility to follow all pertinent guidelines and laws for the appropriate conduct of research. Investigators are responsible for advising the shared resource director if the research involves pluripotent cell lines that are not on the NIH Human Pluripotent Stem Cell Registry. Please alert the facility manager if your research involves non-Registry cell lines and the service fee for Cancer Center members will be adjusted to the full, non-Cancer Center member rate. Facility personnel are happy to answer your questions.
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Service Profile:
- - Irradiation of cells, cell lines, and feeder cells
- - Clonogenic survival studies
- - Whole or partial body irradiation of normal and tumor-bearing
mice or rats
- - Stereotactic approaches to tumor control studies in mice/rats
- - Assistance with radiobiologic data interpretation, cell survival
modeling (linear quandratic; n, Do), and radiation cell survival
illustration
- Pricing
- Radiation Medicine Shared Resource Service Catalog
- Special Instructions
- Sample Information
- Overview of the Shared Resource:
- This resource provides the opportunity for investigators to
pursue an interactive approach to the determination of intrinsic
radiation sensitivity. The conduct of radiation assays quantifying
radiation sensitivity to ionizing radiation in vitro, as
well as mathematical modeling of survival parameters are cornerstone
services provided. As a corollary, the resource lends expertise
to researchers studying the cell cycle control of DNA damage,
and genomic instability induced by ionizing radiation both in
vitro and in vivo.
A research service of the NCI-designated
Moores UCSD Cancer Center: http://cancer.ucsd.edu
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