This study explores the use of SARRP in neurogenesis studies. See the full study, Localized CT-Guided Irradiation Inhibits Neurogenesis in Specific Regions of the Adult Mouse Brain, here and see more details below.
This paper introduced the first small animal radiation research platform, which we here at Xstrahl further developed and commercialized. The authors identified the large, technological gap between laboratory radiation research using cabinet irradiators and clinical...
https://youtu.be/pugRTE0UKwU
https://youtu.be/RdLPMTHnGgQ
Today’s radiation research is complex and research interests are diverse. Using advanced translational radiation research systems, investigators can provide highly conformal radiation to preclinical models to study the full range of therapy techniques, including...
Dr. Gerald Fogarty and other clinicians recently collaborated on this piece in MedCrave, the International Journal of Radiology & Radiation Therapy. See the full article below.
Objectives Researchers in this study focused on inhibition of TGFB using small molecule inhibitor SM16. Methods The SARRP was used to treat orthotopic pancreatic tumors. They used CT contrast agent, lipuodol, to precisely target the tumor within the soft tissue and...
SARRP Highlighted in Alzheimer's Research Xstrahl’s Small Animal Radiation Research Platform (SARRP) was highlighted in a presentation at ASTRO 2020, the annual meeting of the American Society of Radiation Oncology. In a panel called “Expanding the Indications for...
In the study, Establishment of Microbeam Radiation Therapy at a Small Animal Irradiator, the dual focal spot and adjustable photon energy of the XenX x-ray tube allowed optimization of the beam parameters. SARRP’s chamber volume made the integration of a tungsten...