Model Footprint Frequency Penetration Use in physiotherapy C60nReal time 2D-convex transducer 60 mm 5–2 MHz 30 cm Perineal ultrasound Abdominal muscles Supra-pubic ultrasound for residual volume and bladder movement ICTxIntra-cavity…
Fig. 6.1 (a) Initial geometry of the female pelvic floor at the beginning of the second stage of labor in a left lateral view. (b) Left lateral view of the…
Fig. 10.1 180° scan of anterior compartment: midurethral retropubic sling seen as a hyperechogenic structure beneath midurethra. Bladder (B), urethra (U), pubic symphysis (P), urethrovesical junction (UVJ), midurethral retropubic sling…
Fig. 14.1 Endometriosis lesion infiltrating the perirectal fat . The rectal layers are intact. (a) Axial plane. (b) Coronal with axial plane. Two heterogeneous hypoechoic images in the left lateral…
Fig. 12.1 (Left) Bartholin gland cyst . Axial view with 360° endovaginal ultrasound probe. Anus (A), Bartholin gland (BG), levator ani muscle (LA), transducer (T). Copyright Shobeiri. (Right) Six-window view…
Fig. 11.1 3D 180°anterior compartment scan with the BK 8848 transducer: In sagittal view, the urethral bulking agent can be seen around the proximal urethra overlying a sling. This is…
Fig. 9.1 Introital ultrasound image in midsagittal view showing the anterior mesh for anterior compartment repair. Bladder (B), symphysis (S) (from Tunn et al. [4], with permission) Fig. 9.2 Introital…
Fig. 17.1 The B-mode image (right panel) and the elastogram (color) overlaid on B-mode image (left panel) were displayed side by side. Lower part P1, middle part P2, upper part…
Fig. 18.1 The pubovisceral muscle was outlined in MR images. A 3D geometric model was reconstructed from these contours which was then used in finite element modeling. (From Saleme et…
Fig. 1.1 Room analogy © SHOBEIRI 2013 Fig. 1.2 Room analogy with three compartments separated © SHOBEIRI 2013 Fig. 1.3 Room analogy with anterior, middle, posterior compartments, and the lateral…
