Radiotherapy is one of the modern radiological procedures used to cure diseases and injuries. It uses high voltage light rays or x-rays to kill cancer cells, shrink tumors and stop the growth of new ones. This procedure involves the use of radiotherapy machines for treating various kinds of diseases. The machines can either be stand alone units or also integrated as part of an imaging system. Before the advent of modern radiological procedures many people in rural areas could not afford this treatment but today as diagnostic imaging has advanced so has the availability of radiological services.

This is because some cancers have spread to distant places from where they began. The most common cancers in the lung and chest are peritoneal mesothelioma, pericardial cancer and mesothelioma pleural which often begin in the lining of the chest wall and tendons and then branch outwards to the heart.


One of the most common imaging diagnostic procedures is the chest x-ray. This is done after a series of blood tests and other considerations and helps to diagnose pleural mesothelioma and to locate the cancerous areas. Another common form of diagnostic imaging used is the CT scan. This tests the density of the tissue using magnetic resonance technology. Other forms include ultrasound and magnetic resonance imaging.


There are instances when radioactive substances need to be introduced into the body in order to avoid the potential for disease or malassimilation. The most common scenario involved with this is for cancer patients undergoing chemotherapy. A procedure called malassimilation occurs when the radioactive substance allows the body to absorb the radioactive particles inadvertently. The procedure is called as non-malignant radiation self-infection or NMRI. The most common place where this happens is during the administration of chemotherapy and other radioactive drugs.


Modern radiological diagnostic procedures ensure that the staff performing these techniques are well-trained and competent.

Some of the techniques being used today are not only highly technical but also highly sophisticated and specific. For example, the most commonly used diagnostic imaging modalities involve computed tomography (CT) scanning, magnetic resonance imaging (MRI) and fluoroscopy. The first two types of diagnostic imaging procedures can help in detecting if there is a tumor or any other growth in the body while the fluoroscopy helps in locating the exact source of the abnormal tissue. Overall, modern techniques help in reducing the complications and risks associated with surgical procedures and patient care.


Radiotherapy is one of the most common types of radiotherapy procedures. It involves using high-energy radiation beam to kill cancer cells and remove affected tissues. The radiation waves destroy damaged cells, increase the blood supply and energy to the area and facilitate repair of the tissue. There are some precautions that need to be observed before undergoing radiotherapy.


To minimize the occurrence of side effects of radiotherapy, adequate studies need to be conducted before undergoing the procedure. Before performing radiation therapy, the medical practitioner has to establish the type of cancer that one is suffering from. Other than cancer, one can undergo radiotherapy for other types of diseases like pleural effusions, lung cancers and skin cancers. Generally, radiation therapy for non-cancerous tumors is performed on an outpatient basis. However, there are hospitals that specialize in the treatment of patients that have undergone radiation therapy for non-cancerous tumors.


In addition to the technological developments that have been taking place over the past few decades, modern radiological procedures have also improved a great deal. Business always grows together with technology – read about it here – Radiotherapy procedures that were earlier carried out on an outpatient basis with local anesthesia have now been developed and modified for use on an inpatient basis. The latest procedures now enable quicker recovery and fewer complications. In addition to this, modern radiological techniques have also made use of machines that make the process of radiation treatment faster and safer.