Before any medical is declared fit and at a position to undergo ultrasound procedures, it is necessary that physical examination is first carried out (Bluth, 2008, 75). In this case, in particular, physical examination provides results certifying that both tests were of normal shape and no suspicions were tested positive by the examination. After much thorough examination, it was revealed that the patient had a small and painless mass just at the front of the left epididymal head. With these findings, it is considered highly probable that it was the initial mass that the patient had reported having noticed. These results give a clear go-ahead for the carrying out of ultrasound procedures on the patient to give deeper detail to assist in aiding the patient with the necessary treatment.
The testicular ultrasound procedure makes use of emitted sound waves, which get run over the area in test and produce a reporting image referred to a sonogram. This procedure is much different from the common X-Ray procedures that make use of penetrating x-ray radiation waves that are to some extent known to have dire consequences on the subject. Scrotal ultrasound is a more precise model of testicular ultrasound procedures. It involves the imaging test in the effort to examine the scrotum, do come up with even more and deeper detail to enable proper diagnosis and treatment of the lump.
In a simple highlight of the scrotal ultrasound procedure, the subject patient lays down on a designated platform and exhibits the scrotum for tests (Benson, 2009, 112). Clear gel is applied to the area being examined. An ultrasound machine that creates images from the high-frequency waves produced is introduced as a computer receives these reflected waves creating a conclusive picture.
The review in this case study “Testicular Ultrasound Procedure” involves how a testicular ultrasound procedure would have been used to examine a lump issue presented by a 42-year-old male. This case researches further about a 42-year-old patient…
The physical principles underlying ultrasound solely are founded on the frequency of sound transmission. In the study of ultrasound, keen reflection is dedicated to the behavior of sound when transmitted in different media. The most prevalent media used are water and air which are easy to work with.
He or she carries out processes that are often similar those carried out using X-ray machines (Mitchell and Haroun, 2011). Better stated, an ultrasound technician creates medical imaging of the human body using the device. Such imaging in the human body includes the spinal cord, the abdominal area, the brain, eyes and the correlating muscles.
3D Doppler Ultrasound Abstract Ultrasound is a reasonably priced imaging modality widely used for the staging and diagnosis of various diseases and conditions. Over the years, ultrasounds have benefited largely from the breakthrough of technological advances thus becoming an indispensable imaging modality owing to its non-invasive nature and flexibility.
Nearly 7,500-8,000 new cases of testicular cancer are reported each year in the United States whereas this figure is roughly 2,000 in the United Kingdom (Cancer Facts & Figures 2010; Testicular cancer statistics). For a man, the risk of developing testicular cancer over his lifetime is approximately 1 in 250.
This paper will precisely present the risks involved in diagnostic ultrasound and in addition to this, what precautions the patients can take will also be highlighted in this paper.
"An ultrasound scan involves transmitting high frequency sound waves through the uterus.
In the neonate, although rare, it is a significant source of morbidity (2). Unlike in adolescents where in the torsion is intravaginal; in the neonates, the torsion is extravaginal with the spermatic cord and the adjacent tunica twisting as a unit (2).
ontrolled from one administrative console running the digital signage software and is sent across to others terminals without having to change their physical location. In other words, the content and/or message that are going to be displayed on the sign are shown on every
Ultrasonic imaging involves mechanical energy, in which pressure waves pass through tissue. An image is formed by the reflection and dispersing back to the transducer. It involves heating of tissues due to the absorption of ultrasonic waves by the tissues. Some heat is also generated at the surface of the transducer.
Ringdahl and Teague (2006) contends that it will be important to first determine whether the testicular complication is anatomical or physiological. If the testicular complication is physiological, then symptoms such as discharges and blood or droplets of blood in semen may be seen. Diagnosis may, therefore, be done in light of these complications.
One of the most effective ways of detecting testicular cancer in its early stages is through testicular self-examination. This is a simple procedure similar to breast self-examination in women that can be done in private (Jarvis, 2012).
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