US Characterization and Reporting of Adnexal Masses
An Adnexal mass refers to a growth that develops in the female pelvic region. Adnexal masses occur near the uterus, usually in the ovaries, fallopian tubes, or connecting tissues. These growths can originate from either the reproductive system or nearby pelvic organs, such as the intestines or the urinary bladder. Adnexal masses usually are not cancerous (i.e., benign), but they can be cancerous (i.e., malignant) in some cases.
 Pelvic ultrasound is commonly used as part of routine gynecologic exams, resulting in a diagnosis of adnexal masses. However, due to the possible complications involving benign adnexal cysts (ie, adnexal torsion, pelvic pain) and the utmost importance of early diagnosis and treatment of ovarian cancer, the correct ultrasound diagnosis of adnexal masses is essential in clinical practice.
To meet the ultrasound parameters necessary for this specific ultrasonography procedure, a high-resolution Convex and Transvaginal Color Double Head Wireless Ultrasound Scanner is needed. The SIFULTRAS-5.43 is the most typical device needed in this case.
This revolutionary color wireless ultrasound scanner has two heads, thus, making it more practical and more affordable than buying two separate single-headed probes.
The convex side of the color doppler transducer is used for in-depth examinations of the internal parts of the body and so it is convenient for examining adnexal masses.
Accordingly, the Ultrasound Probe SIFULTRAS-5.43 is specifically designed for gynecologists to produce colored Adnexal masses’ images and transfer them via WiFi into your phone or tablet’s screen.
The device is IOS and Android compatible. Small and light, easy to carry, and easy to operate. As such, The SIFULTRAS-5.43 does not compensate for the colored image quality.
With all these advanced functionalities combined, the Convex and Transvaginal Color Double Head Wireless Ultrasound Scanner SIFULTRAS-5.43 should be gynecologists and Adnexal Masses patients’ first choice for accurate scan imagery and so safer examination.
