Fig. 13.1 High multi-frequency (6–16 MHz), 360° rotational mechanical probe, BK 2052 probe (BK Ultrasound, Analogic, Peabody, MA, USA) Fig. 13.2 Schematic illustration of 3D endoanal ultrasonography technique performed by…
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…
