CRAI - Universidad del Rosario Koha › Detalles de: Biomechanics of the female pelvic floor

Biomechanics of the female pelvic floor

Autores adicionales: Hoyte, Lennox P. John -- editor | Damaser, Margot -- editor

Publicado por : Elservier (Londres (Inglaterra)) Detalles físicos: xxiii, 444 páginas ISBN:9780128032282.

Tema(s): Suelo pélvico -- Propiedades mecánicas | Ginecología -- Suelo pélvico | Biomecánica | Suelo pélvico -- Enfermedades

Año : 2016

Existencias ( 1 )
Notas de título ( 5 )

Tipo de ítem	Ubicación actual	Colección	Signatura	Copia número	Estado	Fecha de vencimiento	Código de barras	Reserva de ítems
Libro	Quinta de Mutis 2do piso	Libro	WP 155 B615bf (Navegar estantería)	Ej.1	Disponible		100155596

Total de reservas: 0

Navegando Quinta de Mutis Estantes, Ubicación: 2do piso Cerrar el navegador de estanterías

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Previo	WP 145 D611c Clinical gynecologic oncology	WP 145 D611o Oncología ginecológica clínica / Philip J. DiSaia, William T. Creasman ; revisor Ramón Colomer Bosch	WP 145 D611O Oncología ginecológica clínica	WP 155 B615bf Biomechanics of the female pelvic floor	WP 155 P393pf Pelvic floor re-education	WP 155 P497 The female pelvic floor	WP 250 P181C Colposcopia y patología del tracto genital inferior	Siguiente

Front Cover; Biomechanics of the Female Pelvic Floor; Copyright; Contents; Contributors; Editors Biography; Foreword; Preface; References; Introduction to the First Edition of Biomechanics of the Female Pelvic Floor: How to Use This Book; Section 1: Principles of Pelvic Floor Anatomy and Biomechanics; Chapter One: What Biomechanics Has to do With the Female Pelvic Floor -- A Historical Perspective; Evolution of Biomechanics Through the Centuries; Biomechanics in the 20th Century and Beyond and Applications to Medicine; References; Chapter Two: Pelvic Floor Anatomy and Pathology; Overview

Levator Ani and Anal SphinctersLevator Ani Muscle and Its Three Subdivisions; Overall Anatomy of the Levator Ani Muscle; Levator Ani and Anal Sphincter Lines of Action; External and Internal Anal Sphincters; Levator Ani Muscle Injury and Pelvic Organ Prolapse; Levator Ani Muscle Injury Associated with Prolapse; How Does Childbirth Cause Injury?; Alteration in Pelvic Sidewall Anatomy Due to Injury; Connective Tissue Supports of the Pelvic Organs; Apical Supports: Level I; Overview; Level I: Cardinal and Uterosacral Ligaments; Tissue Composition of Cardinal and Uterosacral Ligaments

Ligament GeometryLigament Changes with Prolapse; Anterior Compartment: Level II; Anterior Fascial and Levator Arches; Anterior Compartment: Level III; 3D Reconstructions of the Anterior Compartment and What Happens During Prolapse; Cystocele and Exposed Vaginal Length; Posterior Compartment; Anatomy of the Posterior Vaginal Wall Support as It Applies to Rrectocele; How Does Posterior Vaginal Wall Support Fail?; Interactions among Different Compartments; Conclusion; References; Chapter Three: Musculoskeletal Pelvic Anatomy; The Bony Pelvis and its Articulations; Sacrum; Coccyx

Innominate BonesIlium; Ischium; Pubis; The Skeletal Pelvis as a Whole; Articulations of the Pelvic Ring; The Sacroiliac Joint; The Pubic Symphysis; The Lumbosacral Joint; The Sacrococcygeal Joint; Muscles of the Thoracoabdominal Pelvic Cavity; Muscles of the Anterolateral Abdominal Wall; Posterior Muscles of the Abdominal Wall; Muscles of the Pelvis; Perineum: Outlet of the Pelvis; Fascia: In General and Specific to the Female Pelvis; Fascia of the Female Pelvis; Neuroanatomy of the Female Pelvis; Autonomic Nervous System of the Female Pelvis; Somatic Nervous System of the Female Pelvis

Abdominal Wall, Pelvic Floor Dysfunction, and the Promise of Computational ModelingReferences; Chapter Four: Introduction to Classical Mechanics; Introduction; Structural Versus Mechanical Properties; Structural Properties; Mechanical Properties; Types of Mechanical Tests; Uniaxial Tensile Test; Compression Tests; Shear Tests; Bending Tests; Categorization of Material Deformations; Elastic Deformation; Plastic Deformation; Viscoelasticity; Viscoelastic Experiments; Effect of Strain Rate; Stress Relaxation; Creep; Hysteresis; Conclusion; References