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Michael Dattoli


Radiation treatment has a long history that dates back to the early 1900s. One of the earliest medical facilities to buy two x-ray machines was Memorial Sloan Kettering, which also recognized the utility of radiation as a cancer therapy. This facility remained at the forefront regarding new radiation therapy breakthroughs. James Douglas also provided financial support to the medical facility that designated radiation treatment as its principal area of expertise. Benjamin Barringer developed radon-filled needles implanted into the perineum to treat prostate cancer around this period. Gioacchino Failla later creates the first external beam radium treatment device in the 1920s.

The area of radiation health was referred to as "health physics" before the X-ray machine was created. However, the stigma attached to cancer contributed to the late acceptance of radiation. Before the early 1980s, when radiation was affordable enough to offer patients effective treatment, the technique was not readily accessible to patients. The AERI had previously dominated the history of radiation treatment technology, but the field has since grown and extended well outside the facility's walls.

Ionizing radiation became a crucial therapeutic technique when German scientist Wilhelm Conrad Röntgen and French physicist Henri Becquerel discovered X-rays and radioactivity in the early 1900s. Early research revealed that both benign and malignant illnesses could benefit from its treatment. Henri Coutard demonstrated the application of fractionated radiation in 1922 at the Paris Congress of Oncology.

Radiation therapy has advanced in recent years and has grown safer and more efficient. Now, clinicians utilize it to treat cutaneous malignancies like skin cancer. It is a fantastic alternative for cancer treatment and is secure and efficient at all stages of the illness. Therefore, it's critical to comprehend the history of radiation treatment if you're thinking about it.

Since it was first identified a little more than a century ago, radiation has significantly impacted science, health, and business. Tumors less than 2 cm from the skin's surface may now be treated thanks to the invention of dependable x-ray tubes. The most significant dosage, however, stayed on the skin and resulted in erythema and ulceration. So early in the 20th century, surgeons turned to Marie and Pierre Curie, who devised a means to produce higher-energy x-rays to overcome these difficulties.

Proton therapy is now the most precise and effective type of radiation treatment. Since being isolated and used for the first time in the 1950s, protons have significantly advanced the area of radiation oncology. Cyclotrons and other radiation treatment technologies were becoming practical for everyday medical usage by the turn of the century.

3-D conformal radiation therapy employs computer software to plan the treatment region, simulate the treatment area, and direct the beams to the tumor. This enables medical professionals to spare healthy tissues while safely administering larger radiation doses to a tumor. To avoid radiation sickness, patients must be constantly watched during treatment. Some people, meanwhile, are more prone to developing cancer than others. This is why individualized treatment strategies are necessary.

FLASH-RT is yet another recent therapeutic approach. From the bench to the bedside, this method is quickly advancing. It can lower the dosage of radiation delivered to healthy tissues and raise the patient's radiation tolerance. This approach is a promising substitute for traditional radiotherapy even if it is not considered a significant radiation treatment technology.

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