Cross-sectional anatomy of the male pelvis

Luk, Lyndon; Taffel, Myles T.

doi:10.1007/s00261-019-02369-6

Cited by 3 publications

(4 citation statements)

References 30 publications

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“…The pelvis is the compartment between the peritoneum and the transversalis fascia within the extraperitoneal space. [ 47 ] The pelvic space consists of two compartments, anterior and posterior, separated by the rectovesical fascia of Denonvillier in males or rectovaginal fascia in females. [ 47 , 48 ] The anterior pelvic space is divided by the umbilicovesical fascia, which extends from the umbilicus downward in a triangular fashion enveloping the bladder, umbilical artery, and urachus.…”

Section: Ppsmentioning

confidence: 99%

“…[ 47 ] The pelvic space consists of two compartments, anterior and posterior, separated by the rectovesical fascia of Denonvillier in males or rectovaginal fascia in females. [ 47 , 48 ] The anterior pelvic space is divided by the umbilicovesical fascia, which extends from the umbilicus downward in a triangular fashion enveloping the bladder, umbilical artery, and urachus. [ 49 ] The potential space within the umbilicovesical fascia is called the perivesical space, which is not perceptible on imaging.…”

Section: Ppsmentioning

confidence: 99%

“…[ 49 ] The potential space within the umbilicovesical fascia is called the perivesical space, which is not perceptible on imaging. [ 47 , 49 ] Anterior and lateral to the umbilicovesical fascia lies the prevesical space, which is much larger and clinically relevant. The prevesical space also runs posterior to the transversalis.…”

Section: Ppsmentioning

confidence: 99%

“…[ 52 ] A potential space known as the pararectal space between the mesorectal fascia and parietal pelvic fascia exists. [ 47 ] The infrarenal space communicates inferiorly with the prevesical, perivesical, and presacral spaces. This extension of fluid occurs through medial extension or a route adjacent to the iliac vasculature [ Figure 14 ].…”

Section: Ppsmentioning

confidence: 99%

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Retroperitoneal anatomy with the aid of pathologic fluid: An imaging pictorial review

Montanarella,

Gonzalez Baerga,

Menendez Santos

et al. 2023

JCIS

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The retroperitoneum, a complex anatomical space within the abdominopelvic region, encompasses various vital abdominal organs. It is compartmentalized by fascial planes and contains potential spaces critical in multiple disease processes, including inflammatory effusions, hematomas, and neoplastic conditions. A comprehensive understanding of the retroperitoneum and its potential spaces is essential for radiologists in identifying and accurately describing the extent of abdominopelvic disease. This pictorial review aims to describe the anatomy of the retroperitoneum while discussing commonly encountered pathologies within this region. Through a collection of illustrative images, this review will provide radiologists with valuable insights into the retroperitoneum, facilitating their diagnostic proficiency to aid in appropriate patient clinical management.

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Section: Ppsmentioning

confidence: 99%

Section: Ppsmentioning

confidence: 99%

Section: Ppsmentioning

confidence: 99%

Section: Ppsmentioning

confidence: 99%

See 2 more Smart Citations

Retroperitoneal anatomy with the aid of pathologic fluid: An imaging pictorial review

Montanarella,

Gonzalez Baerga,

Menendez Santos

et al. 2023

JCIS

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Cross‐sectional Correlate for Integrative Imaging (Anatomical Radiology)

Ramos‐Bossini

Salmerón‐Ruiz

Barbero

et al. 2023

Radiology‐Nuclear Medicine Diagnostic Imaging

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Pathology of the pelvic bones and its correction in bladder exstrophy

Akramov,

Zakirov,

Khaertdinov

et al. 2024

Kazan Med J

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There are many studies regarding treatment methods for bladder exstrophy, but it is impossible to single out the only correct one. When treating bladder exstrophy, all defects can be eliminated separately, but the effect of such interventions will be incomplete. When analyzing the anatomy of patients with this pathology, pronounced splitting and divergence of the pelvic muscles is noted due to dysplasia and the wide position of the iliac and pubic bones. Due to the inferiority of the pelvic bones, the functions of all its organs are disrupted. Modern methods of radiation research have made it possible to better understand the main causes of such changes: outwardly rotated iliac bones, retroversion of the acetabulum and femur, shortened branches of the pubic bones, a backward curved acetabulum and flabby sacroiliac joint, increased distance between the triradial cartilages. Such changes are difficult to eliminate with soft tissue plastic surgery, so specialists who use osteotomy of the pelvic bones in the treatment of this pathology have more positive results. Since 1958, in the treatment of children with exstrophy of the bladder, osteotomy has been used in various versions, which makes it possible to restore the pelvic ring, improve the results of soft tissue plastic surgery and urinary continence. The authors noted a high rate of continence success in patients who underwent primary bladder closure without complications such as wound infection, dehiscence, or any degree of bladder prolapse. Thus, correction of the skeletal system serves as a basic element in the correction of bladder exstrophy.

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Cross-sectional anatomy of the male pelvis

Cited by 3 publications

References 30 publications

Retroperitoneal anatomy with the aid of pathologic fluid: An imaging pictorial review

Retroperitoneal anatomy with the aid of pathologic fluid: An imaging pictorial review

Cross‐sectional Correlate for Integrative Imaging (Anatomical Radiology)

Pathology of the pelvic bones and its correction in bladder exstrophy

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