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Gross Anatomy ABDOMEN/SESSION 4 Dr. Firas M. Ghazi Posterior
Gross Anatomy ABDOMEN/SESSION 4 Dr. Firas M. Ghazi Posterior Abdominal Wall and the Diaphragm PAW : Posterior Abdominal Wall Curricular Objectives By the end of this session students are expected to: Practical 1. Identify the bones forming the PAW and their main markings 2. Distinguish the muscles forming the PAW and their fascial coverings 3. Trace the nerves of the PAW to their terminations 4. Identify the diaphragm and discriminate structures arising from its vertebral origin 5. Locate the major foramina of the diaphragm and the structures they transmit 6. Identify the retroperitoneal organs related to PAW Theory 1. State the framework of PAW 2. Name the bones forming the PAW and describe their main markings 3. Outline the muscles forming the PAW, their attachment and actions 4. Define the para-vertebral gutter and list the retroperitoneal organs related to it 5. Acknowledge the close relation of abdominal aorta to AAW 6. List the nerves related to PAW and their main distribution 7. Review the cremasteric reflex and acknowledge its physiological importance 8. Recall the patellar reflex and follow its pathway 9. Recall the attachment of the diaphragm and describe its vertebral origin 10. Underline the major foramina of the diaphragm and the structures they transmit 11. Review the innervation of diaphragm and the possible sites of referred pain 12. Summarize the fascial and peritoneal linings of the abdominal cavity Selected references and suggested resources Clinical Anatomy by Regions, Richard S. Snell, 9th edition Grant's Atlas of Anatomy, 13th Edition McMinn's Clinical Atlas of Human Anatomy, 7th Edition Anatomy for Babylon medical students (facebook page) Human Anatomy Education (facebook page) Human anatomy education (you tube channel) This session has been reviewed by Anatomy team at the Department of Anatomy and Histology/ College of Medicine/ University of Babylon/ 2016 Session check list Clinical importance Irritation of peritoneum on PAW can stimulate the related nerves and result in characteristic clinical manifestations. -
A Device to Measure Tensile Forces in the Deep Fascia of the Human Abdominal Wall
A Device to Measure Tensile Forces in the Deep Fascia of the Human Abdominal Wall Sponsored by Dr. Raymond Dunn of the University of Massachusetts Medical School A Major Qualifying Report Submitted to the Faculty Of the WORCESTER POLYTECHNIC INSTITUTE In partial fulfillment of the requirements for the Degree of Bachelor of Science By Olivia Doane _______________________ Claudia Lee _______________________ Meredith Saucier _______________________ April 18, 2013 Advisor: Professor Kristen Billiar _______________________ Co-Advisor: Dr. Raymond Dunn _______________________ Table of Contents Table of Figures ............................................................................................................................. iv List of Tables ................................................................................................................................. vi Authorship Page ............................................................................................................................ vii Acknowledgements ...................................................................................................................... viii Abstract .......................................................................................................................................... ix Chapter 1: Introduction ................................................................................................................... 1 Chapter 2: Literature Review ......................................................................................................... -
Diastasis Recti Abdominus Association Spring Conference 2018
Diagnosis and treatment of DRA. 4/13/18 MPTA Spring Conference 2018. Kansas City Jennifer Cumming, PT, MSPT, Diagnosis and treatment of CLT, WCS Missouri Physical Therapy No disclosures Diastasis Recti Abdominus Association Spring Conference 2018 Objective Case study #1 complaints 1. Understand anatomy of abdominal wall and deep motor control • Mrs. H is 37 year old who is 6 months post-partum system • Back pain since late pregnancy and postpartum period. 2. Understand the causes and prevalence of diastasis rectus • Pain not responding to traditional physical therapy abdominus (DRA) • Pain with transition movements and bending 3. Understand how to assess for DRA • Also c/o stress urinary incontinence and pain with intercourse 4. Understand basic treatment strategies for improving functionality of abdominal wall and deep motor control system Case study #1 orthopedic assessment Case study #2 complaints • 1 ½ finger diastasis rectus abdominus just inferior to umbilicus • Ms. S is a 20 year old elite college level athlete • Active straight leg raise (ASLR) with best correction at PSIS indicating • History of DRA developing with high level athletic training involvement of posterior deep motor control system • Complains of LBP with prolonged sitting, bending, and lifting activities • L3 right rotation at level of DRA • Hypertonicity B internal oblique muscles Property of J Cumming, PT, MSPT, CLT, WCS. Do not copy without permission. 1 Diagnosis and treatment of DRA. 4/13/18 MPTA Spring Conference 2018. Kansas City Case study #2 orthopedic assessment -
The Anatomy and Pathophysiology of the CORE
Robert A. Donatelli The Anatomy and Pathophysiology of the CORE LEARNING OBJECTIVES design a rehabilitation program to promote an increase in After studying this lesson, the reader will be able to do the strength, power, and endurance specific to the muscles and following: joints that are in a state of dysfunction. Specificity of the reha- 1. Define the hip and trunk CORE bilitation program can help the athlete overcome muscu- 2. Evaluate the CORE muscles and structure loskeletal system deficits and achieve maximum potentials of 3. Delineate the difference between local and global muscles his or her talents. A combination of power, strength, and on the back endurance is critical for the muscles of the CORE to allow the 4. Identify the muscles of the abdominal area that are con- athlete to perform at his or her maximum capabilities. sidered stabilizing The lower quadrant CORE is identified by the muscles, 5. Identify the spinal muscles that stiffen the spine ligaments, and fascia that produce a synchronous motion and 6. Evaluate the CORE dysfunction stability of the trunk, hip, and lower extremities. The initia- 7. Instruct patients in exercises designed to strength hip and tion of movement in the lower limb is a result of activation of trunk muscles certain muscles that hold onto bone, referred to as stabilizers, 8. Identify the correlation between muscle weakness in the and other muscles that move bone, referred to as mobilizers. The hip and lower extremity injuries muscle action within the CORE depends on a balanced activity of the stabilizers and mobilizers. If the stabilizers do not hold onto the bone, the mobilizing muscles will function at a dis- INTRODUCTION AND DEFINITION advantage. -
Abdominal Wall Repair Guide
Procedure Guide for Surgeons A Revolutionary Approach to Soft Tissue Support and Repair in Abdominal Wall Surgery The First and Only Silk-Derived Biological Scaold i TABLE OF CONTENTS 1-3 SECTION 1: Introduction and Overview Indications and Important Safety Information 4 SECTION 2: Guiding Principles 5 SECTION 3: Procedural Steps Pre-Op Checklist Product Preparation and Surgical Recommendations • Device Properties and Orientation • Suturing • Drains • Postoperative Management 10 SECTION 4: Step-by-Step Guides for 3 Surgical Procedures Overlay Placement With or Without Concurrent Hernia Repair Retrorectus Placement Ventral Hernia Repair Inlay or Overlay Placement TRAM and DIEP Donor Site Reinforcement 26 SECTION 5: Clinical Case Studies Abdominoplasty by Max R. Lehfeldt (Pasadena, CA) Ventral Hernia Repair by Mark W. Clemens (Houston, TX) TRAM Reinforcement by Mark W. Clemens (Houston, TX) 33 REFERENCES ii SERI® Surgical Scaffold: Indications and Important Safety Information1 Indications for Use SECTION 1: SERI® Surgical Scaffold is indicated for use as a transitory scaffold for soft tissue support Introduction and and repair to reinforce deficiencies where weakness or voids exist that require the addition of material to obtain the desired surgical outcome. This includes reinforcement of soft Overview tissue in plastic and reconstructive surgery, and general soft tissue reconstruction. Important Safety Information Contraindications SERI® Surgical Scaffold is a knitted, multifilament • Patients with a known allergy to silk • Contraindicated for direct contact with bowel or viscera where formation of long-term bioresorbable scaffold made entirely of silk adhesions may occur protein. It is derived from silk that is highly purified to Precautions yield ultrapure fibroin. The device is a mechanically • SERI® Surgical Scaffold should be stored in a dry area in its original sealed package strong and biocompatible protein mesh. -
Anatomy and Surgery, University of Michigan Medical School, Ann Arbor
ABDORlINOPELVIC FASCIAE MARK A. HAYES Departments of Anatomy and Surgery, University of Michigan Medical School, Ann Arbor TWENTY-FOUR FIGURES INTRODUCTION In this study, an attempt is made to correlate fascia1 con- figurations in the abdomen and pelris of the adult as they are interrelated one to the other. The method of approach is developmental, following the progressive alterations in the transition from a simple primitive state to the complex adult pattern. The alteration exhibits a logical sequence toward predictable adult fasciae. Minor vagaries and discrepancies occur but the process is remarkable in the precision that is exhibited. Within the abdominopclvic cavity, three basic embryonic tiwies are concerned in the evolution of adult fasciae: the young mesenchymal tissue intimately associated with the de- veloping musculature of the parietes ; the loose mesenchymal tissue ubiquitously distributed between the developing in- trinsic fascia of the muscles and the maturing celomic epi- thelium; and the celoniic epithelium itself. The growth and modification of these three developing tissues produce the ' This paper represents an ahridgnient of a thesis presented in partial fulfill- ment of the requirements for the degree of Doctor of Philosophy. The author wishey to express his gratitude to Dr. Brndlcy M. Patten, Professor of Anatom? and Chxiriixin of the Department, for his generosity in making available the research series of human enibryologieal material and for hi3 aid in interpreting the developmental aspects of the problem ; to Dr. Russell T. Woodburne, Pro- fessor of *4natomy, for his invaluable advke aild assistance n itli the gross ana- tomical studk: and to Dr. Frederick ,4. -
The Anatomical “Core”: a Definition and Functional Classification
Osteopathic Family Physician (2011) 3, 239-245 The anatomical “core”: a definition and functional classification John J. Dougherty, DO, FACOFP, FAOASM From the Department of Family Medicine, Kansas City University of Medicine and Biosciences, Kansas City, MO. KEYWORDS: The anatomic core is important in the functional stabilization of the body during static and dynamic Core; movement. This functional stabilization is an integral component of proprioception, balance perfor- Static function; mance, and compensatory postural activation of the trunk muscles. The structures that define the core Dynamic function; and its functions are presented here. By understanding the contributing components and responsibilities Sensory-motor control of the core, it is hoped that the physician will have a better understanding of core function as it relates to the performance of their patients’ activities of daily living. © 2011 Elsevier Inc. All rights reserved. Core training has found its way into the lexicon of functional unit, synergistically adjusting the entire body to countless exercise regimens. However, clinically there has maintain balance, postural stabilization, and mobility. These been little comprehensive definition and even less practical abilities are essential in the performance of basic activities characterization of this “core.” The word core derives from of daily living (ADLs).7 the Greek word kormos, which loosely translates to “trunk Neurologic and musculoskeletal impairments can alter of a tree.” An additional word origin comes from the Span- these normal biomechanical relationships.8-10 Such impair- ish word for heart, corazon. George Lucas selected “Cora- ment effects a functional shift of the structural burden to the zon” as the name for the planet at the center of his “Star components of the core.1 The resultant alterations impose Wars” universe. -
The Anatomical Compartments and Their Connections As Demonstrated by Ectopic Air
Insights Imaging (2013) 4:759–772 DOI 10.1007/s13244-013-0278-0 PICTORIAL REVIEW The anatomical compartments and their connections as demonstrated by ectopic air Ana Frias Vilaça & Alcinda M. Reis & Isabel M. Vidal Received: 4 April 2013 /Revised: 10 July 2013 /Accepted: 17 July 2013 /Published online: 25 September 2013 # The Author(s) 2013. This article is published with open access at Springerlink.com Abstract Air/gas outside the aero-digestive tract is abnor- Keywords Subcutaneous emphysema . Pneumomediastinum mal; depending on its location, it is usually called emphy- Pneumoretroperitoneum . Fascia . Anatomy sema, referring to trapped air/gas in tissues, or ectopic air/ gas. It can be associated to a wide range of disorders, and although it usually is an innocuous condition, it should Introduction prompt a search for the underlying aetiology, since some of its causes impose an urgent treatment. In rare instances, Air/gas is normally seen in some body structures, such as it may itself represent a life-threatening condition, in paranasal sinuses, and in the respiratory and gastroin- depending on the site involved and how quickly it testinal tract. However, when present in subcutaneous tis- evolves. Abnormal air/gas beyond viscera and serosal sues, cervical, mediastinal, retroperitoneal, extraperitoneal spaces, reaches its location following some anatomic abdomen and pelvis spaces, involving muscular fibres or boundaries, such as fascia, which may help search the interstitial tissues, it is abnormal, indicating a “pathological source; however if the air pressure exceeds the strength process”, and represents a challenge to search for the of the tissues, or the time between the aggression and the underlying aetiology. -
Fascial Palpation
Fascial Palpation Thomas Myers Some form of connective tissue matrix is everywhere within the body except the open lumens of the respiratory and digestive tubing, so we cannot palpate anywhere without contacting at least some corner of this unitary body-wide network. (Myers 2008) The same is true of the neural and circulatory syncitia, and epithelia are everywhere as well. With the caveat that no tissue can be truly isolated or separated, this chapter points to some salient and prominent fascial or connective tissue features within this overall net. We will explore these features within the myofasciae of the locomotor system - as opposed to the organic ligaments or meninges within the dorsal and ventral cavities - in terms of the myofasial meridians known nd as the Anatomy Trains (3rd e d. Elsevier, 2014) Before we begin this systematic process, a word about fascial layering: Although the fascial net takes its first form around the end of the second week of embryonic development, as a single three-dimensional cobweb of fine reticular fibers surrounding and investing the entire simple trilaminar embryo, the subsequent origami of embryonic development folds the original fascial net into recognizable layers. (Schultz 1996) ● In the mature phenotype (that would be us), picking up the skin anywhere in the body brings with it the first layer of fascial sheeting, the dermis, a tough but elastic layer that acts as the backing for the carpet of the skin. ● The next layer (although we are at pains to note that each of these layers is incompletely separate from its neighbors as each layer is always connected to the next by variable fuzzy or gluey connections) is known as the areolar or adipose layer. -
Experimental Study of the Human Anterolateral Abdominal Wall
Experimental Study of the Human Anterolateral Abdominal Wall Biomechanical Properties of Fascia and Muscles Maria Helena Sequeira Cardoso [email protected] Porto, July 2012 Experimental Study of the Human Anterolateral Abdominal Wall Biomechanical Properties of Fascia and Muscles Student: Maria Helena Sequeira Cardoso [email protected] Supervisor: Pedro Martins, PhD [email protected] Co-supervisor: Renato Natal Jorge, PhD [email protected] Porto, July 2012 Abstract Soft tissues have very different and misunderstood mechanical properties, when comparing to materials engineers are used to work with. Therefore, mechanical tests, namely tensile tests are essential, in order to understand the stress-stretch relationship, which describes the mechanical behavior of a specific material. The present work is focused on uniaxial and biaxial tensile tests of biological tissues, namely the abdominal fascia, rectus abdominis muscle, internal oblique, external oblique and transverse abdominal muscles. This work also comprises mechanical tensile tests done using isotropic hyperelastic materials. Experimental factors can be determinant for the accurate measurement of a material’s stress and stretch values; the present work comprises tensile tests done inside a 37ºC saline bath, in an effort to mimic the physiological environment. KeyWords: biomechanics, uniaxial, biaxial, tensile tests, abdominal fascia, muscles, rectus abdominis, internal oblique, external oblique, transverse abdominal. v vi Resumo Os tecidos moles têm propriedades mecânicas diferentes e pouco estudadas, quando comparados com os materiais com que os engenheiros habitualmente lidam. Por essa razão, é essencial realizar testes mecânicos, nomeadamente ensaios de tração, de modo a compreender a relação tensão-deformação, que descreve o comportamento mecânico de um material específico. -
Concepts That Prevent Inguinal Hernia Formation – Revisited New Concepts of Inguinal Hernia Prevention
Central Annals of Emergency Surgery Bringing Excellence in Open Access Short Communication *Corresponding author M. P. Desarda, Department of surgery, Hernia Centre, Poona Hospital & Research Centre, 18, Vishwalaxmi Concepts that Prevent Inguinal Hsg. Society, Near Mayur Colony, Kothrud, Pune- 411038, India, Tel: 0091-7738181022; Email: Hernia Formation – Revisited Submitted: 29 November 2016 Accepted: 24 January 2017 New Concepts of Inguinal Published: 26 January 2017 Copyright Hernia Prevention © 2017 Desarda OPEN ACCESS M. P. Desarda1,2* 1Department of surgery, Poona Hospital & Research Centre, Pune Keywords 2Hernia Centre, Poona Hospital & Research Centre, Pune • Inguinal canal anatomy • Physiology • Theories that prevent hernia formation Abstract The author was not satisfied with the present concept about the strength of the transversalis fascia that is said to prevent inguinal hernia formation in the normal individuals. Therefore, this study was conducted to see the anatomical status of transversalis fascia and presence or absence of aponeurotic extensions in the posterior wall of the inguinal canals as were described by some stalwarts like Condon, Nehus etc. Methods: This is a prospective study of 30 inguinal canals opened for inguinal hernia surgery and 30 for varicocoele or lipoma of the cord (No hernia) surgery from January 2007 to December 2012. Inguinal canals were opened under local anesthesia and without any sedation. Lipoma were excised, varicocoele ligated and the hernia repaired by authors technique [1]. Observations were made about the structure of the inguinal canal, more particularly the posterior wall. Results: 30 inguinal canals opened for lipoma or varicocele surgery without hernia showed full cover of the aponeurotic extensions of varying density and out of 30 inguinal canals opened for hernia surgery, 24 did not show presence of the aponeurotic extensions and 6 canals showed deficient or scanty aponeurotic extensions. -
Surgical Anatomy and Approach to the Abdominal Wall of Domestic Animals
Asian Journal of Medicine and Health 19(5): 11-21, 2021; Article no.AJMAH.68843 ISSN: 2456-8414 Surgical Anatomy and Approach to the Abdominal Wall of Domestic Animals Kabkia Dieudoné1*, Sahidi Adamou1, Bilkiss V. N. Assani1, Mireille Kadja1 and Agba Kondi2 1Ecole Inter-Etats des Sciences et Médecine Vétérinaires (EISMV), Dakar, Sénégal. 2Université de Lomé, Ecole Supérieure d’Agronomie, Lomé, Togo. Authors’ contributions This work was carried out in collaboration among all authors. Authors KD, SA, BA reviewed the literature and wrote the first draft of the manuscript under the direction of the authors KM, AK who made their corrections for the validation of the final document submitted. All authors read and approved the final manuscript. Article Information DOI: 10.9734/AJMAH/2021/v19i530325 Editor(s): (1) Dr. Mohamed Salem Nasr Allah, Weill Cornell Medical College, Qatar. Reviewers: (1) Tomasz Z. Zuzak, Fryderyk Chopin University Hospital No 1, Poland. (2) Konstantinos Zagorakis, University of Thessaly, Greece. Complete Peer review History: http://www.sdiarticle4.com/review-history/68843 Received 20 March 2021 Accepted 28 May 2021 Review Article Published 01 June 2021 ABSTRACT The variety of procedures that can be performed on the organs contained in the abdominal cavity is such that there are many different ways to approach them. The different laparotomies available are adapted to both the type of organ to be approached and the type of procedure to be performed; they must also take into account the anatomy of the abdominal wall, so as to be as minimally disruptive as possible. This article successively describes the surgical anatomy of the abdominal wall and the different types of laparotomies used in scheduled surgery.