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Biomechanics of the Female Reproductive System: Breast and Pelvic Organs

From Model to Patient

  • 1st Edition - April 21, 2023
  • Latest edition
  • Editors: Mathias Brieu, Michel Cosson, Poul Nielsen
  • Language: English

Biomechanics of the Female Reproductive System: Breast and Pelvic Organs: From Models to Patients synthesizes complementary advances in women’s reproductive biomechanics, medical i… Read more

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Description

Biomechanics of the Female Reproductive System: Breast and Pelvic Organs: From Models to Patients synthesizes complementary advances in women’s reproductive biomechanics, medical imaging analysis, patient-specific characterization, and computational finite element models. The book discusses the biomechanical aspects related to the breast and female pelvic floor system at each step of development. The table of contents also covers certain events and diseases, including cancers, delivery, aging, breast, hysterectomy or prolapse surgery. It presents the main biomechanical experimental results obtained and models developed this last decade to highlight the importance of accounting for patient-specific history and aging characteristics to consider damage growth effect and impact.

As part of Elsevier’s Biomechanics of Living Organs series, this book provides an opportunity for students, researchers, clinicians and engineers to study the main topics related to the biomechanics of the women’s reproductive system in a single book written by a global base of experts.

Key features

  • Introduces fundamental aspects of breast and pelvic floor Anatomy, Physiology and Physiopathology
  • Covers the most recent imaging techniques (such as image analysis reconstruction, elastography, tagged MRI, nondestructive inverse methods) developed to characterize patient-specific anatomy and mechanical properties characteristics
  • Discusses the main computational studies performed this last decade for modeling the delivery process and potential induced injury

Readership

Students (graduated, PhD, post-doc), Biomedical Engineers, Biologists, Physio-Pathologists and Interventional gynecologists who need to understand fundamental concepts of biological systems, conduct experimental procedures, perform animal experiments, design and test clinical devices, and to develop biomechanical finite element computations to model reproductive system, breast or pelvic floor system, for a better understanding and treatments of this diseases and/or trauma

Table of contents

PART 1 Backgrounds: anatomy, physiology, and physio-pathology

1. Pelvic floor functional anatomy

2. Epidemiology and pathophysiology of pelvic organ prolapse and urinary incontinence in women

3. Current surgical treatments for women’s genital prolapse

4. Physiology and physiopathology of pregnancy and delivery

PART 2 Mechanical properties – constitutive laws – experimental characterizations

5. Inverse problems in the characterization of soft connective tissue: perspective for reproduction system

6. Mechanical properties of women pelvic soft tissues

7. Mechanical properties of breast tissue

8. Evolution of mechanical properties with pathology & aging: application to pelvic tissues?

9. Mechanical properties of pelvic implants: interaction between implants and tissue

10. Constitutive models of soft connective tissues under large strain: application to pelvic tissue?

PART 3 Clinical imaging, investigations tools, and characterization

11. Medical imaging and patient-specific modeling of women pelvic system: application to magnetic resonance images

12. Quantitative assessment of pelvic mobility in women using MRI image analysis

13. Patient-specific biomechanical modeling for applications in breast cancer diagnosis and treatment

14. Ultrasound elastography: in vivo assessment of tissue stiffness

PART 4 From biomechanical models to medical devices, and patients treatments

15. Numerical simulation of vaginal delivery

16. Numerical models for breast surgery and reconstruction

17. A numerical model for prolapse surgery

18. Augmented reality biomechanical simulations for pelvic conditions diagnoses

19. Towards patient-specific treatment in gynecologic surgery: recent development and perspectives

Product details

  • Edition: 1
  • Latest edition
  • Published: August 9, 2023
  • Language: English

About the editors

MB

Mathias Brieu

He is a Professor of Mechanical Engineering with a specialty in mechanics of materials and computational mechanics. Prior to joining Cal State LA, he was a Professor in a higher education school of engineering: Centrale Lille. He still interacts with his former institution and his research is developed in a synergy between France and the USA; his specialty now is Biomedical Engineering. His research activities are based on the triptych of mechanics of materials: experimental characterization constitutive modelling, and numerical and computational methods. He is focused on soft polymers and bio-polymers. His activities can be summarized in 3 fields: •Behavior, and damage of synthetic polymers •Behavior of human soft tissue and medical implants, •Development and design of Medical Devices for patient-specific surgery.
Affiliations and expertise
PhD, Professor of mechanical engineering at California State University in Los Angeles, United States; Professor of mechanics at Centrale Lille, France.

MC

Michel Cosson

Pr. Michel Cosson is the Medical director of the UNF3S French numerical university. He is involved in 3D anatomy and pedagogical research. He is also the Head of the Gynecological unit of the University Hospital in Lille, France and Professor of Gynecology Obstetrics at the Medical University. He is the author and co-author of several publications. Pr. Cosson’s areas of interest include biomechanical properties of pelvic tissues & 3D biomechanical simulation of the female pelvic cavity.
Affiliations and expertise
Professor of Gynecology and Obstetrics, Lille University, France; President, Group for Pelviperineology of the French Medical Society of Gynecology and Obstetrics

PN

Poul Nielsen

Poul's research focuses on using novel instrumentation, detailed computational models, and quantitative descriptions of physical processes to gain a better understanding of human physiology. Many of his projects couple mathematical modelling with innovative instrumentation to improve our ability to understand and interpret measurements of complex biological systems, subject to the constraints of well-understood physical conservation and balance laws.
Affiliations and expertise
Professor of Biomechanics and Computational Mechanics, Chair of the Physiome Incorporated Executive Committee and Member, VPH Institute Board of Directors, Auckland Bioengineering Institute, University of Auckland, New Zealand

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