Friday, February 26, 2016

Patients Discover The Benefits Of HD Ultrasounds In Houston TX

By Andreas Paschar


There are many methods by which a doctor may ascertain the true nature of a patient's medical condition. Some of the techniques they utilize in this endeavor are CAT scans, MRI's, X-rays, blood tests and physicals. Houston 3D/4D and diagnostic ultrasound imaging tools are also useful in many situations.

Often called sonography, this imaging technique is a painless, safe and noninvasive way for doctors to gather valuable information. This method utilizes sound wave technology to create a digital image of what is happening inside a person's body. Another desirable benefit is that these machines do not produce any ionizing radiation that may harm the patient.

Consisting of a transducer probe, display screen and computer, this machine is able to see inside a body. A conductive gel is used to help the scanner send sound waves through the skin to the desired area. Amazingly detailed digital images are created as the high frequency emissions echo off of tissues, organs and fluids.

There are many ways to use this technology, including viewing fetuses developing in the womb. The high definition of sonography can create images so realistic that it is like taking a photograph of the child. The amazing amount of detail allows doctors the opportunity to determine if issues exist that are of a concern and need attention.

The ability to view ligaments, muscles, soft tissues, and joints is another benefit of sonographic technology. The doctors can see more detail in internal organs like the kidneys, heart, lugs, bladder, gall bladder, spleen and pancreas to look for damage or abnormalities. It is easier to detect the cause of the patient's swelling or infections as well.

Another great benefit of this innovative technology is that it captures images in real time, showing movement as it happens. Doctors are able to observe blood flow, valve functions, spasms and blockages in action. This can be extremely helpful during minimally invasive surgical procedures and as a diagnostic tool.




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