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.
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.
The three parts to this machine are a computer and display screen along with a transducer probe to scan the target area. With the help of a special conductive lubrication gel, the scanner can transmit sound waves through the skin and tissue. As he high frequency emissions bounce off of tissues, fluids and organs in a type of echolocation, they are translated into clear digital images.
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.
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.
This type of technology has the innovative advantage of being able to display real time video and imaging. By this means, doctors can actively observe blockages, spasms, valve functions and blood flow. This is especially advantageous during many types of minimally invasive surgical procedures.
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.
The three parts to this machine are a computer and display screen along with a transducer probe to scan the target area. With the help of a special conductive lubrication gel, the scanner can transmit sound waves through the skin and tissue. As he high frequency emissions bounce off of tissues, fluids and organs in a type of echolocation, they are translated into clear digital images.
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.
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.
This type of technology has the innovative advantage of being able to display real time video and imaging. By this means, doctors can actively observe blockages, spasms, valve functions and blood flow. This is especially advantageous during many types of minimally invasive surgical procedures.
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