Practical Pelvic Floor Ultrasonography – Shobeiri

Name: Practical Pelvic Floor Ultrasonography - Shobeiri
SKU: 9783031924859
Availability: OutOfStock

This book gives the most up-to-date, state-of-the-art review of current literature, which provides an introduction to pelvic floor imaging that can be used during the initial evaluation and the subsequent urogynecology, colorectal surgery, and pelvic floor therapy visits. The reader will gain competence in performing transperineal 2D, 3D/4D, endovaginal, and endoanal 2D /3D ultrasound evaluation of the pelvic floor, including the anal sphincter and levator ani complex. The text provides a basic understanding of performing a transperineal, endovaginal, and endoanal pelvic floor ultrasound and using desktop 3D and 4D software to obtain basic measurements. High-quality diagrams and images complement concise textual information from acknowledged experts to provide a thorough update of this well-established field. Practical Pelvic Floor Ultrasonography, Third Edition, features new, fully updated, and expanded chapters. Introductory chapters fully elucidate the anatomical basis underlying disorders of the pelvic floor and the instrumentation and techniques required for endovaginal, endoanal, and 4D perineal and introital pelvic floor ultrasound. This is followed by a chapter reviewing the applications and literature for 4D perineal pelvic floor ultrasound. Next, the book covers 2D and 3D endovaginal imaging of the levator ani muscles, pelvic floor trauma, the urethra and bladder, and the anorectal area; 2D and 3D transperineal imaging; and 3D endoanal imaging. Case reviews are extensively expanded at the conclusion, and a final chapter challenges the reader to evaluate exemplar ultrasound images. Written entirely by experts in their fields, the third edition of Practical Pelvic Floor Ultrasonography: A Multicompartmental Approach to 2D/3D/4D Ultrasonography of the Pelvic Floor is a comprehensive resource that will be of great value to urogynecologists, colorectal surgeons, obstetricians, gynecologists, female urologists, ultrasonographers, radiologists, physiotherapists, and fellows in urogynecology and colorectal surgery.

Comparar

$803,000

Sin existencias

Practical Pelvic Floor Ultrasonography

Practical Pelvic Floor Ultrasonography
Preface
Contents
Contributors
1. Pelvic Floor Anatomy
Introduction
Support of the Pelvic Organs: Conceptual Overview
Practical Anatomy and Prolapse
Overview
Apical Segment
Anterior Compartment
Perineal Membrane (Urogenital Diaphragm)
Posterior Compartment and Perineal Membrane
Lateral Compartment and the Levator Ani Muscles
Endopelvic Fascia and Levator Ani Interactions
The Levator Plate
Nerves
Summary
2. 2D/3D Endovaginal and Endoanal Instrumentation and Techniques
Introduction
2D Perineal and 2D/3D Endovaginal and Endoanal Ultrasound Imaging
The 2D Probes
The 3D Endocavitary High-Resolution Probes
BK 3D Viewer Software
Multicompartmental Ultrasonographic Techniques
Patient Positioning
2D Perineal Functional Pelvic Floor Ultrasound (PFUS)
2D/3D Endovaginal Anterior Compartment Imaging
2D/3D Endovaginal Posterior Compartment Imaging
3D 360° Endovaginal Imaging (EVUS)
3D 360° Endoanal Imaging
Summary
3. Instrumentation and Techniques for Perineal and Introital Pelvic Floor Ultrasound
Introduction
Perineal Pelvic Floor Ultrasonography (pPFUS)
2D pPFUS
3D/4D pPFUS
GE 4D View Software
2D/3D/4D Introital Pelvic Floor Ultrasonography iPFUS
iPFUS Orientation and Optimization
PFUS and Pelvic Floor Disorders
Pelvic Floor Biometry with PFUS
iPFUS and pPFUS: Pelvic Floor (Levator) Hiatus and Pelvic Floor Musculature
Anal Sphincter Complex and Anal Canal pPFUS and iPFUS
iPFUS and pPFUS in the Evaluation and Treatment of Urinary Incontinence
iPFUS and pPFUS and Pelvic Organ Prolapse
Summary
4. Perineal Pelvic Floor Ultrasound: Applications and Literature Review
Introduction
Lower Urinary Tract Dysfunction and Anterior Compartment Pathologies
Residual Urine and Detrusor Wall Thickness
Stress Urinary Incontinence
Pelvic Organ Prolapse
Anterior Compartment
Central Compartment
Posterior Compartment
The Anal Sphincter
Synthetic Implants
Mid-urethral Slings
Mesh Implants for Pelvic Organ Prolapse
Anterior Compartment Meshes
Posterior Compartment Meshes
The Levator Ani
Summary
5. 3D Endovaginal Ultrasound Imaging of Levator Ani Muscles
Introduction
Imaging Modalities for Endovaginal Imaging
3D EVUS Technique for Levator Ani Imaging
Clinical Applications
Levator Ani Injury
LAD: Levator Ani Deficiency Score
Scoring System
Changes of Levator Ani with Aging
Levator Plate Descent Angle and Minimal Levator Hiatus
Conclusions and Future Research
6. 3D Endovaginal Ultrasound Imaging of Levator Ani Trauma
Introduction
Prevalence of Pelvic Floor Trauma Following Vaginal Delivery
Risk Factors
Anatomy
Supportive Structures of the Pelvic Floor that can be Injured
Puboanalis/Puboperinealis Fibromuscularis
Puborectalis
Pubococcygeus
Iliococcygeus
3D Endovaginal Ultrasound Technique for Levator Ani Imaging in Postpartum Patients
Reliability and Reproducibility of Ultrasound Studies in Postpartum Patients
Levator Ani Deficiency Score as a Measure of Levator Ani Injury and Atrophy
3D EVUS LAM Scoring System
Clinical Relevance of the Scoring System
Introduction to the Pathophysiology and Types of Skeletal Muscle Injuries
Types of Levator Ani Injuries During Vaginal Birth
Subgroup Analysis: Bilateral Injury Compared to Unilateral Injury
Subgroup Analysis: Avulsion Compared to Pubococcygeus Injury
Therapeutic Strategies
RICE
Physiotherapy
NSAIDs
Biological Repair
Operative Treatment
Reported Techniques for Levator Ani Muscle Repair
Conclusions
7. Endovaginal Urethra and Bladder Imaging
Introduction
Equipment, Technology, and Methodology
Patient Position
Patients Preparation
Methodology
BK 2050/2052/20R3 Anorectal 3D Transducer
BK 8848 Endocavity Biplane Transducer
Sagittal Section
Axial Section
BK 8838 3D ART Transducer
Vascular Render Mode and Maximum Intensity Projection
Urinary Bladder
Anatomy of Female Urethra and Bladder
Ultrasound Morphology
Urethral Vascularity
Clinical Applications of Urethral Ultrasound
Conclusions and Future Research
3D Endovaginal Ultrasound
3D EVUS in Interventional Treatment
Future Applications and Directions of Development
8. 2D/3D Transperineal and 3D Endovaginal Imaging of the Posterior Compartment
Introduction
Techniques, Literature Review, and Sonographic Anatomy
Transperineal Ultrasound 2D/3D Static and Dynamic Imaging
Rectocele
Enterocele
Rectal Intussusception
Endovaginal 2D/3D Static Imaging
Axial Plane
Sagittal Plane
Coronal Plane
Endovaginal 2D Dynamic Imaging
Biomechanics of Evacuation
Dynamic Posterior Compartment Ultrasound Measurements of Rectal Hypermobility/Folding
Clinical Applications of Static 3D Endovaginal Ultrasound
Rectocele
Enterocele
Intussusception
Pelvic Floor Dyssynergy
Simplified Diagnostic Algorithm to Assess Obstructed Defecation Symptoms
Other Findings in the Posterior Pelvic Floor Compartment
Conclusions
9. Endovaginal Imaging: Vaginal Mesh and Implants
Introduction
Pelvic Floor Anatomy as it Relates to the Design and Development of Vaginal Mesh Kits
Anterior Compartment
Posterior Compartment and Perineal Membrane
History and Type of Vaginal Mesh
Ultrasonographic Findings of Mesh
Mesh Complications and Ultrasonographic Findings
Mesh Contraction
Mesh Exposure and Extrusion
Urinary Tract or Lower Gastrointestinal Tract Compromise or Perforation
Musculoskeletal Structure: Pain, Lump, Decreased Elasticity, and Sinus Tract Formation
Summary
10. Endovaginal Imaging: Slings
Introduction
Multicompartment Endovaginal Imaging in the Visualization of Slings
3D Imaging of Retropubic (Pubovaginal and Midurethral) and Transobturator Slings
Technical Details of Performing 3D EVUS to Visualize Slings
180° Scan of the Anterior Compartment
360° Scan
Manipulation of the 3D Data Volume to Trace the Intrapelvic Course of Slings, Retropubic, and Transobturator
2D Dynamic Functional Assessment of the Slings
2D Dynamic Functional Assessment of Slings and Its Correlation with Outcome
Deformability of the Sling
Location of the Sling on Maximal Valsalva
Concordance of Urethral Movement with the Sling During Maximal Valsalva
2D Dynamic Assessment of Deformability of Different Sling Types
Diagnosis and Planning of Future Treatment in the Case of Failed Sling Surgery
Unknown Sling Type and Preoperative Scanning in Case of a Failed Sling
Determining the Location of a Failed Sling
Planning of Treatment in Patients with Complicated Treatment History
Diagnosis of Tape Erosion/Extrusion
Planning of Treatment in Patients with Voiding Dysfunction Following Sling Surgery
Slings and the Overactive Bladder
Comparison of Transperineal and Endovaginal Ultrasound in the Imaging of Slings
Anatomic Path of Transobturator Slings and Its Association with Pelvic Pain
Conclusions and Future Research
11. 2D/3D Ultrasound Imaging of Urethral Bulking Materials
Introduction
Potential of Multicompartmental Ultrasound in Visualizing Periurethral Distribution of Bulking Agents: Why Bother?
Technical Details of Performing 3D EVUS to Visualize Urethral Bulking Agents
Ultrasonographic Parameters of Bulking Agent Injection
Ideal Site of Injection
Periurethral Distribution of MPQ
Location of the Bulkamid Periurethral Bulking Material
Location of the Injection Plus Periurethral Distribution
Conclusion
12. Endovaginal Imaging: Pelvic Floor Cysts and Masses
Introduction
3D EVUS Technique
Bartholin Gland Cyst/Abscess
3D EVUS Appearance of Bartholin Gland Cyst
Skene Gland Cyst/Abscess
3D EVUS Appearance of Skene Gland Cyst
Urethral Diverticulum
3D EVUS Appearance of Urethral Diverticulum
Gartner Duct Cyst
3D EVUS Appearance of Gartner Duct Cyst
Leiomyoma of Vagina
3D EVUS Appearance of Leiomyoma
Malignant Vaginal Masses
3D EVUS Appearance of Malignant Vaginal Masses
Rectovaginal Septum Endometrioma
3D EVUS Appearance of Rectovaginal Septum Endometrioma
Vaginal Seroma and Hematoma
3D EVUS Appearance of Vaginal Seroma and Hematoma
Conclusions and Key Points
13. Endoanal Ultrasonographic Imaging of the Anorectal Region
Introduction
Ultrasonographic Techniques
Endosonographic Anatomy of the Normal Anal Canal
Endosonographic Anatomy of the Rectum
Clinical Application of 3D Endoanal/Endorectal Ultrasound
Fecal Incontinence
Obstructed Defecation and Posterior Vaginal Wall Prolapse
Perianal Abscesses and Fistulas
14. Endoanal Imaging of Anorectal Cysts and Masses
Endometriosis
Deep Endometriosis
Perianal Endometriosis
Presacral Neoplasia
Rare Tumors
Rectal Leiomyoma
Gastrointestinal Stromal Tumors (GIST)
Rectovaginal Septum Tumors
Cystic Vaginal Lesion
Prostatic Cyst Lesion
Benign Urethral Lesion
Lymphocele
15. Role of Ultrasound in the Evaluation and Management of Obstetric Anal Sphincter Injuries
Introduction
Diagnosis of Obstetric Anal Sphincter Injuries
Endoanal Ultrasound
Transperineal Ultrasound
OASI Follow-Up
Pelvic Floor Symptoms Evaluation
Physical Examination
Anal Testing
Physical Therapy Interventions After OASI
Mode of Delivery in Future Pregnancies
Conclusions
16. Strategies to Reduce Severe Perineal Lacerations
Introduction
Overview of the Sections
Sections
Risk Factors for Perineal Trauma During Childbirth
Episiotomy
Operative Vaginal Delivery
Persistent Occiput Posterior Position
Fetal Birth Weight
Induction and Augmentation
Length of Second Stage
Regional Anesthesia
Maternal Familial Factors
The Safe Passages Program
Perineal Massage
Induction of Labor
Warm Compresses (Fig. 16.1)
Coaching of Maternal Pushing
Delivery Position (Fig. 16.2)
Perineal Support (Figs. 16.3, 16.4, and 16.5)
Use of Episiotomy
Shoulder Dystocia Strategies
Operative Vaginal Deliveries
Repair of Perineal Lacerations (Figs. 16.6 and 16.7)
Outcomes of the Simulation Training
Summary
17. Ultrasound-Augmented Clinical Examination and Intraoperative Pelvic Floor Ultrasonography
Introduction
Clinical Pain Mapping in Mesh Patients
Intraoperative Ultrasound-Guided Botox of the Pelvic Floor
Intraoperative Ultrasound-Guided Sling Release
Intraoperative Ultrasound-Guided Repair of Levator Ani Tears
Intraoperative Assessment of Uterine and Vaginal Mullerian Anomalies
Intraoperative Assessment of Uterine Fibroids
Conclusions and Future Research
18. Ultrasound Imaging in Pelvic Health Physical Therapy
Introduction
Physical Therapist Utilization of Rehabilitative Ultrasound Imaging
Scope of Practice in Pelvic Health
Clinical Diagnosis Versus Functional Assessment
Pressure System Management
Instrumentation and Approaches for the Pelvic Health Physiotherapist
Instrumentation
2D Ultrasound in Physiotherapy
Equipment Preparation
Patient Preparation
Scanning Planes and Approaches
Scanning Modes
Clinical Applications of Ultrasound Imaging in Pelvic Floor Physiotherapy
Imaging Techniques for Assessment and Training of the Pelvic Floor
2D Transabdominal Versus 2D Perineal Pelvic Floor Ultrasound Imaging
Patient Positioning
Transabdominal Ultrasound Approach
Scan Technique
TAUS Anatomy: Tissue Morphology and Morphometry
TAUS Observing Motor Control Strategies: Voluntary and Involuntary
TAUS Training Motor Control Strategies: Voluntary and Involuntary
Perineal Pelvic Floor Ultrasound (pPFUS) Approach
Scan Technique
pPFUS Anatomy: Tissue Morphology and Morphometry
pPFUS Observing Pelvic Floor Behaviors: Voluntary and Involuntary
pPFUS: Training Motor Control Strategies—Voluntary and Involuntary
US Research Within the Field of Physiotherapy
Summary
19. Emerging Imaging Technologies and Techniques
Ultrasound Shear Wave Elasticity Imaging
Acoustic Radiation Force Impulse and Shear Wave Elasticity Imaging (ARFI and SWEI) of the Cervix and Uterus
Photoacoustic Imaging of Ovarian Tissue and the Cervical Canal
Tactile Imaging of the Female Pelvic Floor
Summary
20. Patient-Specific Studies of Pelvic Floor Biomechanics Using Imaging
Introduction
Patient-Specific 3D Reconstruction of the Female Pelvic Floor
Constitutive Material Properties of the Pelvic Floor
Future Outlook
Automated Segmentation of Pelvic Floor Structures
Quantitative Ultrasound Imaging
Conclusion
21. Case Studies
Index

SKU:	9783031924859
Categories:	Ginecología y Obstetricia, Otras especialidades, Radiología y Diagnóstico por Imagen
Tag:	Novedades

Edición	3
ISBN	9783031924859
Año Edición	2025

Customer Reviews

0.0

0 reviews

5 stars

0
4 stars

0
3 stars

0
2 stars

0
1 stars

0

There are no reviews yet.

Be the first to review “Practical Pelvic Floor Ultrasonography – Shobeiri” Cancelar la respuesta

You must be logged in to post a review.

Practical Pelvic Floor Ultrasonography – Shobeiri

Practical Pelvic Floor Ultrasonography

Preface

Contents

Contributors

1. Pelvic Floor Anatomy

Introduction

Support of the Pelvic Organs: Conceptual Overview

Practical Anatomy and Prolapse

Overview

Apical Segment

Anterior Compartment

Perineal Membrane (Urogenital Diaphragm)

Posterior Compartment and Perineal Membrane

Lateral Compartment and the Levator Ani Muscles

Endopelvic Fascia and Levator Ani Interactions

The Levator Plate

Nerves

Summary

2. 2D/3D Endovaginal and Endoanal Instrumentation and Techniques

Introduction

2D Perineal and 2D/3D Endovaginal and Endoanal Ultrasound Imaging

The 2D Probes

The 3D Endocavitary High-Resolution Probes

BK 3D Viewer Software

Multicompartmental Ultrasonographic Techniques

Patient Positioning

2D Perineal Functional Pelvic Floor Ultrasound (PFUS)

2D/3D Endovaginal Anterior Compartment Imaging

2D/3D Endovaginal Posterior Compartment Imaging

3D 360° Endovaginal Imaging (EVUS)

3D 360° Endoanal Imaging

Summary

3. Instrumentation and Techniques for Perineal and Introital Pelvic Floor Ultrasound

Introduction

Perineal Pelvic Floor Ultrasonography (pPFUS)

2D pPFUS

3D/4D pPFUS

GE 4D View Software

2D/3D/4D Introital Pelvic Floor Ultrasonography iPFUS

iPFUS Orientation and Optimization

PFUS and Pelvic Floor Disorders

Pelvic Floor Biometry with PFUS

iPFUS and pPFUS: Pelvic Floor (Levator) Hiatus and Pelvic Floor Musculature

Anal Sphincter Complex and Anal Canal pPFUS and iPFUS

iPFUS and pPFUS in the Evaluation and Treatment of Urinary Incontinence

iPFUS and pPFUS and Pelvic Organ Prolapse

Summary

4. Perineal Pelvic Floor Ultrasound: Applications and Literature Review

Introduction

Lower Urinary Tract Dysfunction and Anterior Compartment Pathologies

Residual Urine and Detrusor Wall Thickness

Stress Urinary Incontinence

Pelvic Organ Prolapse

Anterior Compartment

Central Compartment

Posterior Compartment

The Anal Sphincter

Synthetic Implants

Mid-urethral Slings

Mesh Implants for Pelvic Organ Prolapse

Anterior Compartment Meshes

Posterior Compartment Meshes

The Levator Ani

Summary

5. 3D Endovaginal Ultrasound Imaging of Levator Ani Muscles

Introduction

Imaging Modalities for Endovaginal Imaging

3D EVUS Technique for Levator Ani Imaging

Clinical Applications

Levator Ani Injury

LAD: Levator Ani Deficiency Score

Scoring System

Changes of Levator Ani with Aging

Levator Plate Descent Angle and Minimal Levator Hiatus

Conclusions and Future Research

6. 3D Endovaginal Ultrasound Imaging of Levator Ani Trauma

Introduction

Prevalence of Pelvic Floor Trauma Following Vaginal Delivery

Risk Factors