The framework allowing physicians and imaging developers to tailor
the precise radiation dose to achieve a quantitative target of image quality for pediatric patients» care has been hailed as «a big step forward» by editors of the Journal of Medical Imaging.
Not exact matches
Conventional
radiation with photons gave way to intensity - modulated
radiation therapy, or IMRT, in which more
precise beams of photons could be moved dozens or hundreds of times with varying intensities, attacking tumors in three dimensions with safer high
doses.
Now, researchers are hoping to improve this imaging technique, known as molecular breast imaging or breast specific gamma imaging, with better image quality and
precise location (depth information) within the breast, while reducing the amount of
radiation dose to the patient for these procedures.
To understand how cells respond to different
doses of
radiation, scientists need to direct
precise amounts of energy to specific areas of the cell.
SBRT permits the
precise and accurate delivery of high
doses of
radiation over a shorter period of time (typically 1 to 2 weeks) than with conventional
radiation treatments.
Most of the experiments were done under
precise conditions, at a wide range of
radiation doses and usually for the lifetime of the animals.
Stereotactic radiotherapy destroys tumors with
precise, very intense
doses of
radiation while limiting damage to healthy tissue, offering accuracy that is similar to the sharpness of a surgeon's knife.
On - board imaging equipment allows
precise delivery of the
radiation dose in stereotactic treatments.
Multiple treatments are administered in treating cancer with
radiation, the
precise schedule and number of
doses are determined by the goals of treatment.
Stereotactic radiotherapy (SRT) is the use of this very
precise technology to deliver high
doses of
radiation in fewer treatments compared to conventional protocols.