The choice of specialization in ultrasound
Thus, you want to become a diagnostic medical sonograph, and you have seen general images of ultrasound technology moving a stick over the belly of a pregnant woman, while the image of the internal shows is on the screen. What you do not know is that this is only one of several interesting subfields and specialties to choose from in the field of diagnostic medical sonography. As you progress through your basic set of ultrasound technology courses, you will need to start thinking about which aspect of sonography you are most interested in. The following is a brief introduction to the general areas of specialization in the field of ultrasound:
Abdominal sonography
Abdominal sonographs specialize in viewing organs and tissues in the abdominal cavity. This includes the liver, pancreas, spleen, gallbladder and kidneys. Doppler sonography, which is a new technological advancement in the field of ultrasound, provided a highly accurate overview of the images and functioning of blood vessels. Doppler technology assesses the speed and thickness with which blood flows through the vessels.
As a specialist in the abdominal cavity, you can detect gallstones, an abdominal aneurysm, dilated bile ducts, or an enlarged pancreas or liver. As an abdominal ultrasound technique, your task is not to diagnose the problem, but rather to get the most accurate images so that the radiologist can interpret and officially diagnose the problem.
Vascular Ultrasound
Just as it sounds, vascular ultrasound focuses on treating problems associated with blood flow through blood vessels. Vascular ultrasound helps to assess blood flow velocity and look for blockages and abnormalities that can lead to blood clots. When a blockage is detected, ultrasound methods of the vessels are used along with a technique called angioplasty, which is a procedure that reopens a blocked blood vessel.
echocardiography
Echocardiography is essentially a sonogram of the heart, valve function and blood flow. This is the most frequently performed procedure for detecting and treating heart disease. The accuracy of the technology has improved significantly and can very seriously show doctors dumping ability, size, shape and irregularity when opening and closing valves. One example is that it can be used to indicate that blood is flowing back to the heart valve, which does not fully close.
Obstetrics and gynecological sonography
This is what most people usually associate with the ultrasound field. The focus is on the progress and healthy development of pregnancy. It is used to monitor fetal heart rate, birth defects, or abnormal fetal heartbeats. Gynecological sonographs focus on the visualization and treatment of the female pelvic area, such as the fallopian tubes, uterus, ovaries, cervix, and bladder.
Other types of diagnostic medical sonography
The above subfields in ultrasound are the most common and provide the majority of jobs. However, there are other applications of ultrasound, such as neuroscience, the use of sonograms to assess the central nervous system, head and neck. It is used to detect abnormalities, such as brain tumors and growth. Finally, there is another less well-known subfield, Ophthalmic Ultrasound, which uses sonography to produce images in a cross-section of the eye.
The field of diagnostic medical sonography is growing, as the technology has proven useful in imaging in almost all areas of the human body and can be used in various situations from interventional procedures to rendering assistance in surgical operations. I hope that this article has helped those who are interested in the field of ultrasound find them among what can be perceived as a difficult field for understanding.
