. Radiologic Technology is generally an unfamiliar term to most of the individuals. Ordinarily, when someone is asked about it, they'd probably reply “Radio Repair” or Radio Tech.

The purpose of this article is to introduce to readers how promising this subject is.; and to begin with, important terms must be identified first. The meaning of the following terms are derived from RA 7431, also known as Radiologic Technology Act of 1992.

a. Radiology - a branch of medical science, which deals with the use of radiation in the diagnosis, treatment and research of ailments

b. Radiologic technology - an auxiliary division of ultrasounds which deals with the technical application of radiation, such as x rays, beta rays, gamma rays, ultrasound and radio frequency rays, in the identification and treatment of diseases

{c. Radiologic Technologist - a bona fide holder of a certification of registration for sense technology issued by the Board of Radiologic Technology

d. Radiologist - is a licensed physician who specializes in the diagnosis or treatment of disease with the use of radiation.

Now that I have defined the significant terminologies, let me provide a short overview of some of the major extents that Radiologic Technology encompasses.

1. Conventional Radiography

2. Ultrasound/Ultrasonography

3. Fluoroscopy

4. Magnetic Resonance Imaging

5. Nuclear Medicine

6. Computerized Tomography (CT) Scan

7. Mammography

8.

9. Radiation Therapy

Standard Radiography comprises the basic x ray assessments like torso pregnancy ultrasound auckland. This scope uses x-rays to image certain human body of interest which is requested by the physician/s.

Ultrasound, which can also be termed as ultrasonography, is a non invasive procedure which uses sound to image a specific region. The picture/s can be readily seen via a television/computer monitor and diagnoses may be manufactured promptly. When the patient requests to get a printed a copy, it is also possible by printing using a special paper (heat-sensitive).

Fluoroscopy is a radiographic procedure, which uses fluoroscope to determine the human body “in action” or “live”. This implies that during the length of assessment, motions of the internal organs may be seen in real time. Some fluoroscopic assessments use contrast material (also called dye) to enrich the the image being analyzed. It will help the radiologist along with the radiologic technologist to better see the part of interest being irradiated.

Magnetic Resonance Imaging (MRI) is a radiographic procedures that uses supermagnets rather than the normal x rays. Typically, this procedure is very helpful in terms of soft tissue studies.

Nuclear Medicine is a specialized field in radiology which introduces restricted radioactive substance to patient, who later emits gamma ray (instead of x-rays). The gamma rays emitted by patients are picked up by a particular detection device and displays the image on a screen.

Computerized Tomography (CT) Scan is an x-ray assessment, somewhat just like traditional x-ray examinations because it also uses x-rays to image the area of anatomic interest. But this field is useful for thorough investigation because it provides a cross-sectional view of the human body.

That is primarily carried out to locate or evaluate the breast for possible lesions and cancer, among others.

Digital Subtraction Angiography is an invasive radiographic procedure which deals with all the arteries.

Radiation Therapy is a healing filed of the sense technology. This area uses radioactive materials to irradiate and, eventually, kill cancer cells. Unlike Chemotherapy, Radiation Therapy merely invades the cancer-affected region and the biological effect is only minimal based on the degree of cancer Web Site.