When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."
When used with radiation, it is also known as bolus material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."