Obgyn Key

Fig. 21.1 Left CC IR at IMF Fig. 21.2 Left CC IMF plus 2 cm Handy Hints In order to achieve maximum breast footprint and optimum compression force balance between…

Fig. 4.1 Cysts. Medio-Lateral Oblique (MLO) view showing multiple ovoid/lobulated lesions (arrow). Parenchymal structures can be seen through the lesion. The low density, ovoid shape and partial halo suggest a…

Fig. 25.1 Mammography equipment set up for x1.5 magnification view Fig. 25.2 Mammography equipment set up for x1.8 magnification view When selecting the paddle for magnification views, the practitioner should…

Fig. 35.1 Reasons for repeat images It is regarded as good practice for a department to audit and review TP and TC rates and the reasons for them, as they…

Fig. 16.1 Integrated direct digital mammography system. 1 X-ray tube, 2 X-ray beam, 3 compression paddle, 4 breast support, 5 detector, 6 C-arm, 7 monitor for angle, breast thickness and…

Fig. 24.1 Correct client position for mediolateral projection Fig. 24.2 illustrates positioning technique for this projection Fig. 24.2 Correct mediolateral positioning Lateral Images: Lateromedial Projection Region Demonstrated The medial breast…

Fig. 33.1 Image provided courtesy of Hologic An alternative to the upright stereotactic system is the prone biopsy system. This incorporates all the components of the upright unit with the…

Fig. 23.1 Strategic placement of buttons on the gantry (Source: BreastCheck, Ireland) Easy Height Adjustment of Equipment Only a light touch should be required to depress buttons and reaching the…

Fig. 17.1 PMMA phantom used to perform the AEC testing SdNR and dose should be measured in at least three different thicknesses (20, 45 and 70 mm) which are considered…

Fig. 1.1 Illustration of milk (ridge) line The glandular component of the breast develops from the ectoderm. It arises from local thickening of the epidermis, 15–20 groups of ectodermal cells…