RARAF

RARAF_Quadrupole_Triplet

RARAF (Radiological Research Accelerator Facility) is a specialized research facility dedicated to the study of the biological effects of ionizing radiation. It is located at the Columbia University in New York City. The facility is part of the Center for Radiological Research and provides unique resources for radiobiological research.

History[edit | edit source]

RARAF was established in the early 1970s to support research in radiobiology, particularly in understanding the effects of low doses of radiation. The facility has evolved over the years, incorporating advanced technologies and methodologies to enhance its research capabilities.

Facilities and Equipment[edit | edit source]

RARAF is equipped with a variety of advanced instruments and technologies designed for radiobiological research. These include:

Particle accelerators for generating ionizing radiation.
Microbeam facilities for precise delivery of radiation to specific cellular targets.
Dosimetry equipment for accurate measurement of radiation doses.
Biological laboratories for conducting experiments on cellular and molecular responses to radiation.

Research Areas[edit | edit source]

The primary focus of research at RARAF includes:

DNA damage and repair mechanisms.
Cellular responses to ionizing radiation.
Radiation-induced carcinogenesis.
Effects of low-dose radiation exposure.
Development of radioprotective agents.

Collaborations[edit | edit source]

RARAF collaborates with various national and international research institutions, providing access to its unique facilities and expertise. These collaborations help advance the understanding of radiobiological effects and contribute to the development of new therapeutic and protective measures against radiation.

Educational Programs[edit | edit source]

RARAF also plays a significant role in education and training. It offers programs for students, postdoctoral researchers, and visiting scientists, providing hands-on experience with advanced radiobiological research techniques.