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  • By Andreas Paschar


    Doctors have many methods by which they may examine patients and gather the information needed in order to fully understand the individual's medical circumstances. Physicals, blood tests, X-rays, MRI's and CAT scans are just a few of the many tools at their disposal. In Houston 3D/4D and diagnostic ultrasound imaging techniques are quite beneficial.

    This type of imaging service is often referred to as sonography and it is a safe, painless, and noninvasive means by which a doctor may gain valuable information. It uses sound wave technology to produce digital pictures of the inside of an individual's body. It has the benefit of utilizing none of the ionizing radiation that X-rays do so it is safer for 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.

    The uses for this technology are numerous, including looking at fetuses inside the womb. With high definition sonography, the images created are so lifelike that parents can see their child's features as if they were a snapshot. Doctors are able to ascertain if the baby is progressing normally and if there are any issues of concern that need to be addressed.

    Viewing muscles, ligaments, tendons, joints, and soft tissue is another very valuable use of this technology. It allows doctors to closely examine internal organs such as the heart, kidneys, bladder, lungs, liver, gallbladder, pancreas and spleen for any damage. If the patient is experiencing any swelling or infection in these areas, it will be easier to detect.

    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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