In contrast, tumors that are RB proficient would have a low risk of recurrence/progression and therefore may not require radiation treatment.
A heavier patient, for example, may require more radiation to penetrate through their skeletal system or any fat surrounding their organs.
Instead, they choose mastectomy, which typically does not require radiation.
Decorative coatings are applied by hand and are air-drying, whereas the industrial sector uses a wider range of application techniques and products that may require stoving or radiation curing.
As a caution, simulated treatment plans also suggest that some patients may require such high radiation doses that will lead to a high risk of late complications in the vicinity of the tumour bed, such as necrosis, rupture of blood vessels or excessive fibrosis.
Serious sequelae from these clinical features can occur, including obstructive airway compromise and superior vena cava syndrome; both may require emergent glucocorticoid and/or radiation therapy.
These damaging consequences of radiation exposure may require several months to years or even generations to develop [ 4, 5].
Clinical application of this therapy needs to be further optimised and may require multiple treatments, similar to fractionated radiation therapy and cyclic chemotherapy, in order to control malignant disease with acceptable toxicity to normal tissue.
This process may require controlled releases of small amounts of radiation on an ongoing basis, with an inevitable, long-term impact on the food chain and water supplies.
This may require controlled releases of small amounts of radiation into the atmosphere on an ongoing basis, with an inevitable, yet unquantifiable long-term impact on the food chain and water supplies.
