Ultrasound Technique

 Ultrasound Technique:

Ultrasound could be a convenient and accessible tool for examination. it's comparatively low-cost and quick. in addition, patients aren't exposed to radiation.The list includes solely tests performed by the radiologist; antenatal ultrasound tests in pregnant ladies, as an example, area unit performed by specialized obstetricians. A significant advantage of ultrasound is that in some cases the clinical image, e.g. native pressure pain or palpable swelling, will forthwith be related with ultrasound findings. in addition, it's a dynamic procedure with moving pictures. this could be helpful, e.g. to demonstrate associate degree hernia throughout Valsalva or assess sponginess of the vesica or vessels Unfortunately, ultrasound additionally has its drawbacks. Not all patients' area units are appropriate for an ultrasound. In adipous patients, it will be tough to imagine everything clearly.Iin addition, the standard of the examination mostly depends on the expertise of the person performing arts the ultrasound. Ultrasound uses sound waves. they're mirrored, deflected, or absorbed within the body. The mirrored sound waves turn out the ultrasound image. A lot of sound waves area unit mirrored, a lot of hyperechogenic (= whiter) the tissue is imaged. With reduced reflection, the image is going to be a lot of hypoechogenic, and anechogenic if there's no reflection (= black). Both the speed of sound through the tissue and tissue density impact the standard of the ultrasound image. High-density tissue generates multiple echo reflections (e.g. bone/calcareous structures), manufacturing hyperechogenic pictures. Fluid reflects no sound waves and thus is anechogenic (= black). Soft tissue (e.g. organs) is somewhere between hyperechogenic and anechogenic. Isoechogenic is once the tissue has an equivalent echogenicity because the encompassing