Advance Technology That Produced Images for Proper Diagnosis

Radiology is a highly valuable field that allows physicians to discover and evaluate medical issues that cannot seen via other forms of diagnostic testing, such as blood tests or physical exams. Your physician may also use radiology and digital medical images to develop the most effective treatment plan for your condition. Early diagnosis can saves lives and radiology is essential to the diagnosis of many diseases, particularly cancer.   Radiology are series of different tests that take pictures or images of various parts of the body also known as diagnostic imaging.  X-ray, MRI, ultrasound and CT scan are the different radiology test or imaging exams that has their unique way in allowing doctors to see inside of the body.  Diagnostic radiology and interventional radiology is the two broad areas deals with radiant energy in the diagnosis and treatment of diseases. Interventional radiology is treating diseases by means of radiation or minimally invasive, image-guided therapeutic intervention. The diagnostic chain, as they search for relevant image information to evaluate and finally support a sound diagnosis represents by diagnostic radiology specialist.

Radiologists are the specialist interpreting the radiology diagnostic tests including x-rays, ultrasound, bone mineral densitometry, fluoroscopy, mammography, nuclear medicine, CT and MRI. Radiology is a specialty of medicine in which images of the body’s organs are interpret in order to diagnose disease. Artificial intelligence has become a big deal in radiology of late, and while it is almost certainly over-hyped, it is likely that soon see some integration into clinical practice. Radiology is vital for nearly every sector of health care, including surgery, pediatrics, obstetrics, cancer-care, trauma-response, emergency medicine, infectious disease and much more. Therefore, a gap in radiology resources is a focal point of health care disparity that can break the chain of health care in poor regions. Radiology room requirements are a paradox. Imaging rooms require solid construction to support thousand pounds overhead tube cranes as well as lead linings to contain x-ray scatter. Yet they must be somewhat fluid to accommodate advances in imaging technology and new procedures that have a host of associated equipment.

The use of imaging for ultrastructural diagnostics, nanotechnology, functional and quantitative diagnosis and molecular medicine is steadily increasing and the anatomical detail and sensitivity of these techniques is now of a high order. Radiology is an advance technology that produced images for proper diagnosis. The ability to use radiology imaging to see inside the body, diagnose a broken bone, diagnose diseases and so much more has made radiology necessary for medical care. X-rays use radiation to look through the body and see foreign objects and bones. This allows physicians to better diagnose anything wrong with the bone structure, which leads to the proper course of treatment. Along with the X-ray, radiology has grown to include other imaging technology, such as CT, MRI, Fluoroscopy, and Angiography. These different technologies allow for real-time imaging of the digestive system, looking at blood vessels, providing 2D and 3D maps of the tissue within the body and providing cross-section views of the body. Radiology has an important role in monitoring treatment and predicting outcome and it is now the key diagnostic tool for many diseases.