Ultrasound gel is a thick, slippery substance that typically consists of water and a substance known as propylene glycol. It is designed for effective medical imaging and is fragrance-free, non-irritating and can be used with all systems that require aqueous conductive gel. This is acoustically correct for a wide range of frequencies used in ultrasonic echo imaging systems and does not damage transducers. DYNAREX ultrasound gel is acoustically correct for a wide range of frequencies used in ultrasonic echo imaging systems and does not damage transducers.
This is an electrically conductive gel medium that has been developed to support a wide range of acoustic frequencies.
What gel do doctors use for ultrasound?
The other purpose of the gel is the function of lubrication, which gently moves the probe when performing an ultrasound examination. Ultrasound gels are conductive media used in many different types of treatments and procedures when diagnosis is required. The gel is used as a conductive medium by creating a connection between the probe or transducer and the patient’s skin. For this reason, mothers are also asked to come to ultrasound with a full bladder in early pregnancy.
Is the gel harmful?
The gel is used not only for skin, but also for lubrication when inserting a probe into the rectum during a gynecological examination of a woman without sexual experience and for prostate tests in men. However, the use of other products in medical examinations or procedures, such as aqueous gel, which is used to facilitate transabdominal imaging during obstetric ultrasound in pregnancy, has not been studied as a possible source of EDC exposure. We conducted a pilot study to determine whether the use of gel during routine obstetric ultrasound reduced the concentration of phthalate and phenolic biomark The use of products during medical procedures such as aqueous gel applied during obstetric ultrasound in pregnancy , but has not been studied as a potential source of endocrine chemical (EDC) exposure.
The aim of this study was to determine whether gel exposure during routine obstetric ultrasound examinations increased urine concentrations of 17 individual phthalate metabolites, 2 metabolites of diisononyl cyclohexane-1,2-dicarboxylate (DINCH), and 11 phenols.
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