DOCSLIB.ORG

Case Report Small Intestinal Incarceration Through an Omental Rent in a Horse G

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Case Report Small Intestinal Incarceration Through an Omental Rent in a Horse G EQUINE VETERINARY EDUCATION / AE / DECember 2008 635 Case Report Small intestinal incarceration through an omental rent in a horse G. KELMER*, T. E. C. HOLDER AND R. L. DONNELL† Department of Large Animal Clinical Sciences; and †Department of Pathobiology, The University of Tennessee College of Veterinary Medicine, 2407 River Dr., Knoxville, Tennessee 37996, USA. Keywords: horse; omentum; hernia; small intestine Summary Case details Intestinal incarceration in an omental rent is a rare History and clinical signs abdominal disorder in horses. A case of a horse with small intestinal incarceration in an omental rent is A 7-year-old American Saddlebred mare presented for severe described here. The report includes description of the colic of 2 days duration. At physical examination, the mare clinical presentation, surgical and post mortem findings was dehydrated and showed severe abdominal pain with an elevated heart rate and injected mucous membranes. Rectal and discusses the features unique to this case. The palpation and abdominal ultrasound revealed multiple loops clinical presentation is similar to other small intestinal of amotile small intestine consistent with strangulation strangulation lesions; however, the location of the obstruction. Nasogastric intubation yielded 12 l of net reflux. lesion is unusual and the anatomical relation to the Blood work showed leucopenia (3.9 x 109/l; reference range gastrosplenic ligament interesting. [rr] 5.4–14.3 x 109/l), mild azotaemia (creatine 20 mg/l, rr 7–18 mg/l), mild hypocalcaemia (ionised calcium Introduction 1.14 mmol/l; rr 1.16–1.42), mild haemoconcentration (packed cell volume 46%; rr 37–53%), hypoproteinaemia Small intestine incarceration through a rent in the greater (total protein 57 g/l; rr 58–85 g/l), bilirubinaemia (total omentum occurs rarely in the horse. The greater omentum bilirubin 58 mg/l; rr 8–22 mg/l), and elevated creatine kinase arises from the greater curvature of the stomach and forms at 1804 u/l (rr 93–348 u/l). Based on the level of pain and the a veil that prevents the intestines from progressing cranially presumptive small intestinal strangulation, exploratory toward the stomach. The gastrosplenic ligament, also celiotomy was recommended and the horse prepared for referred to as the lesser omentum, is a continuation of the general anaesthesia. Because of the guarded prognosis given greater omentum and connects the hilus of the spleen to the to the horse the owners considered euthanasia due to greater curvature of the stomach (Nickel et al. 1979; financial concerns but elected to pursue with surgery. Frandson et al. 2000). Small intestinal herniation through the Treatment gastrosplenic ligament is uncommon but well described (Yovich et al. 1985; Marien and Steenhaut 1998; Jenei et al. The mare was given tetanus toxoid, hypertonic saline and 2007). However, to the authors’ knowledge, herniation and preoperative medications (i.v. potassium penicillin 22,000 strangulation of small intestine through a rent in the greater iu/kg bwt q. 6 h, gentamicin sulphate at 6.6 mg/kg bwt omentum has been mentioned once but has not been q. 24 h and flunixin meglumin at 1.1 mg/kg bwt q. 12 h) and thoroughly described in the horse. The purpose of this report was anaesthetised for abdominal exploration. Polymyxin B is to provide a first clinical description of a horse with small (6000 iu/kg bwt i.v., diluted in 1 l 0.9% saline) was intestinal herniation and strangulation in a rent in the administered under anaesthesia. Multiple loops of distended, greater omentum. hyperaemic small intestine protruded immediately as the abdomen was opened. Small intestinal volvulus at the root of the mesentery was diagnosed and partially corrected. Further *Author to whom correspondence should be addressed. †Present address: Equine Department, Kansas State University, College of exploration revealed a completely devitalised segment of small Veterinary Medicine, 101 Trotter Hall, Manhattan, Kansas 66506, USA. intestine entrapped by a thin cord of nonviable tissue. Small 636 EQUINE VETERINARY EDUCATION / AE / DECember 2008 Fig 1: Necropsy examination demonstrating diffused Fig 3: Post mortem examination depicting the origin of the hyperaemia of the small intestine with haemorrhagic strangulating tissue strand at the greater omentum. The white mesentery. The photograph was taken following correction of arrow illustrates the defect in the greater omentum, while on a volvulus of the small intestine at the root of the mesentery. the right the devitalised portion of the jejunum is noted. intestinal incarceration in the gastrosplenic ligament was necrotised portion of the jejunum had passed through a rent suspected as the primary lesion at that point. Part of the in the omentum. The small intestinal volvulus was probably strangulating tissue was ligated and resected deep within the secondary to the omental incarceration. The adjacent abdomen, allowing the nonviable intestinal segment to be gastrosplenic ligament was completely intact, viable and not partially exteriorised. Due to the guarded prognosis, combined involved in the lesion. with the owner’s financial limitations, euthanasia was elected and performed. Discussion Necropsy revealed partial volvulus of the small intestine at the root of the mesentery. The vast majority of the small The omentum is a thin veil of connective tissue, with multiple intestine was hyperaemic with mesenteric vascular congestion small vessels, that receives blood supply from gastroepiploic and multifocal to coalescing haemorrhage of the surrounding arteries. In the horse, the omentum is composed of the mesentery (Fig 1). These findings were indicative of greater and lesser omentum. The greater omentum is generalised vascular embarrassment of the small intestine. A attached to the greater curvature of the stomach and well-demarcated 130 cm segment of distal jejunum was connects to the dorsal aspect of the stomach to form the completely black and friable (Fig 2). This portion appeared omental bursa. The lesser omentum connects the stomach to entirely necrotic and was still entangled by a thin string of the spleen and is more commonly referred to as the black-green connective tissue that was connected to the gastrosplenic ligament. greater curvature of the stomach (Fig 3). Further separation Incarceration of small intestine through a rent in the and visualisation of the involved tissues demonstrated that the gastrosplenic ligament is an uncommon, although well string of tissue was part of the greater omentum and that the described, cause for small intestinal strangulation in the horse (Marien and Steenhaut 1998). In all reported cases the intestines were displaced in a caudal to cranial direction and the ileum was involved in nearly 50% of the horses (Yovich et al. 1985; Marien and Steenhaut 1998; Jenei et al. 2007). The intestine typically lies craniolateral to the spleen, and adjacent and lateral to the stomach (Yovich et al. 1985). Although no recurrences have been reported, in some cases the ventral part of the ligament was transected in order to prevent reincarceration (Marien and Steenhaut 1998). In 3 reports including 26 horses with small intestinal incarceration in the gastrosplenic ligament, the intestines were nonviable necessitating resection or euthanasia (Yovich et al. 1985; Marien and Steenhaut 1998; Jenei et al. 2007). In contrast, it is interesting that in 2 horses with a gastrosplenic incarceration we recently encountered no intestinal resection was needed and Fig 2: Post mortem examination demonstrating a well reduction resulted in a successful outcome. As with all intestinal demarcated, devitalised segment of jejunum accompanied by strangulation the time from occurrence to surgical reduction has the causative, previously strangulating tissue strand. a major impact on the need for resection and the outcome. EQUINE VETERINARY EDUCATION / AE / DECember 2008 637 Strangulation of small intestine in an omental rent is a rare Small intestinal incarceration through a rent in the greater gastrointestinal lesion in man (Versaci et al. 1999; Li et al. omentum should be considered as a differential diagnosis for 2005). An emergency celiotomy can be life saving and, if small intestinal strangulation. In addition to preventing performed early, reduction is sufficient and no intestinal adhesions, omentectomy may prevent omental herniation and resection is necessary (Li et al. 2005). incarceration. Adhesions after small intestinal surgery are a major life threatening complication in the horse (Freeman et al. 2000; References Mair and Smith 2005a). The survival rate of horses suffering from colic due to adhesions is low (Parker et al. 1989; van den Butson, R.J., England, G.C. and Blackmore, C.A. (1996) Omento- omental adhesion around the uterine horn as a cause of recurrent Boom and van der Velden 2001; Mair and Smith 2005a). Thus colic in a mare. Vet. Rec. 139, 571-572. prevention of adhesions is an important consideration in Frandson, R.D., Wilke, W.L. and Fails, A.D. (2000) Anatomy of the abdominal surgery. Adhesion prevention strategies include digestive system. In: Anatomy and Physiology of Farm Animals, adherence to the Halsted principles of surgery, use of surface 6th edn., Eds: R.D. Frandson, W.L. Wilkes and A.D. Fails, Lippincott barriers and lubricants such as carboxy-methyl-cellulose Williams & Wilkins, Philadelphia. pp 306-325. (CMC), peritoneal lavage and systemic medications such as Freeman, D.E., Hammock, P., Baker, G.J., Goetz, T., Foreman, J.H., antibiotics,
Load more

Recommended publications
  • The Subperitoneal Space and Peritoneal Cavity: Basic Concepts Harpreet K
    ª The Author(s) 2015. This article is published with Abdom Imaging (2015) 40:2710–2722 Abdominal open access at Springerlink.com DOI: 10.1007/s00261-015-0429-5 Published online: 26 May 2015 Imaging The subperitoneal space and peritoneal cavity: basic concepts Harpreet K. Pannu,1 Michael Oliphant2 1Department of Radiology, Memorial Sloan Kettering Cancer Center, 1275 York Avenue, New York, NY 10065, USA 2Department of Radiology, Wake Forest University School of Medicine, Winston-Salem, NC, USA Abstract The peritoneum is analogous to the pleura which has a visceral layer covering lung and a parietal layer lining the The subperitoneal space and peritoneal cavity are two thoracic cavity. Similar to the pleural cavity, the peri- mutually exclusive spaces that are separated by the toneal cavity is visualized on imaging if it is abnormally peritoneum. Each is a single continuous space with in- distended by fluid, gas, or masses. terconnected regions. Disease can spread either within the subperitoneal space or within the peritoneal cavity to Location of the abdominal and pelvic organs distant sites in the abdomen and pelvis via these inter- connecting pathways. Disease can also cross the peri- There are two spaces in the abdomen and pelvis, the toneum to spread from the subperitoneal space to the peritoneal cavity (a potential space) and the subperi- peritoneal cavity or vice versa. toneal space, and these are separated by the peritoneum (Fig. 1). Regardless of the complexity of development in Key words: Subperitoneal space—Peritoneal the embryo, the subperitoneal space and the peritoneal cavity—Anatomy cavity remain separated from each other, and each re- mains a single continuous space (Figs.
    [Show full text]
  • Clinical Considerations of Intestinal Entrapment Through the Gastrosplenic Ligament in the Horse K
    EQUINE VETERINARY EDUCATION / AE / JANUARY 2013 21 Clinical Commentary Clinical considerations of intestinal entrapment through the gastrosplenic ligament in the horse K. F. Ortved Department of Clinical Sciences, College of Veterinary Medicine, Cornell University, New York, USA. Corresponding author email: [email protected] The gastrosplenic ligament (GSL) is rarely involved in intestinal common and although small intestinal incarceration is the accidents and consequently is infrequently mentioned in the most common form of GSL entrapment, net reflux on equine veterinary literature. The vast majority of reports of the presentation is not common. Jenei et al. (2007) suggested GSL involve small intestinal incarceration through a rent that this may be due to the distal small intestine becoming (Yovich et al. 1985; Mariën and Steenhaut 1998; Jenei entrapped most frequently, recent gastric decompression, et al. 2007; Hunt et al. 2013) with few reports describing dehydration and/or a short duration of entrapment prior to incarceration of other gastrointestinal structures including the presentation. Small intestinal distension may be palpated on small colon (Rhoads and Parks 1999) and large colon (Trostle rectal examination but this does not appear to be a consistent and Markel 1993; Torre 2000). Although there is documentation finding. Transabdominal ultrasonography is a useful diagnostic of strangulation of the jejunum alone, jejunum and ileum, or tool for confirming small intestinal dilation (Beccati et al. 2011) ileum alone through rents in the GSL, Jenei et al. (2007) in equine colic. Small intestinal dilation noted in the left reported that GSL entrapment accounted for only 1.5% of all cranioventral abdomen lateral to the spleen may be positively horses undergoing exploratory celiotomy and only 4.6% of correlated with GSL entrapment as suggested by Hunt et al.
    [Show full text]
  • Greater Omentum Connects the Greater Curvature of the Stomach to the Transverse Colon
    Dr. ALSHIKH YOUSSEF Haiyan General features The peritoneum is a thin serous membrane Consisting of: 1- Parietal peritoneum －lines the ant. Abdominal wall and the pelvis 2- Visceral peritoneum - covers the viscera 3- Peritoneal cavity - the potential space between the parietal and visceral layer of peritoneum - in male, is a closed sac - but in the female, there is a communication with the exterior through the uterine tubes, the uterus, and the vagina ▪ Peritoneum cavity divided into Greater sac Lesser sac Communication between them by the epiploic foramen The peritoneum The peritoneal cavity is the largest one in the body. Divided into tow sac : .Greater sac; extends from diaphragm down to the pelvis. Lesser Sac .Lesser sac or omental bursa; lies behind the stomach. .Both cavities are interconnected through the epiploic foramen(winslow ). .In male : the peritoneum is a closed sac . .In female : the sac is not completely closed because it Greater Sac communicates with the exterior through the uterine tubes, uterus and vagina. Peritoneum in transverse section The relationship between viscera and peritoneum Intraperitoneal viscera viscera is almost totally covered with visceral peritoneum example, stomach, 1st & last inch of duodenum, jejunum, ileum, cecum, vermiform appendix, transverse and sigmoid colons, spleen and ovary Intraperitoneal viscera Interperitoneal viscera Retroperitoneal viscera Interperitoneal viscera Such organs are not completely wrapped by peritoneum one surface attached to the abdominal walls or other organs. Example liver, gallbladder, urinary bladder and uterus Upper part of the rectum, Ascending and Descending colon Retroperitoneal viscera some organs lie on the posterior abdominal wall Behind the peritoneum they are partially covered by peritoneum on their anterior surfaces only Example kidney, suprarenal gland, pancreas, upper 3rd of rectum duodenum, and ureter, aorta and I.V.C The Peritoneal Reflection The peritoneal reflection include: omentum, mesenteries, ligaments, folds, recesses, pouches and fossae.
    [Show full text]
  • Unit #2 - Abdomen, Pelvis and Perineum
    UNIT #2 - ABDOMEN, PELVIS AND PERINEUM 1 UNIT #2 - ABDOMEN, PELVIS AND PERINEUM Reading Gray’s Anatomy for Students (GAFS), Chapters 4-5 Gray’s Dissection Guide for Human Anatomy (GDGHA), Labs 10-17 Unit #2- Abdomen, Pelvis, and Perineum G08- Overview of the Abdomen and Anterior Abdominal Wall (Dr. Albertine) G09A- Peritoneum, GI System Overview and Foregut (Dr. Albertine) G09B- Arteries, Veins, and Lymphatics of the GI System (Dr. Albertine) G10A- Midgut and Hindgut (Dr. Albertine) G10B- Innervation of the GI Tract and Osteology of the Pelvis (Dr. Albertine) G11- Posterior Abdominal Wall (Dr. Albertine) G12- Gluteal Region, Perineum Related to the Ischioanal Fossa (Dr. Albertine) G13- Urogenital Triangle (Dr. Albertine) G14A- Female Reproductive System (Dr. Albertine) G14B- Male Reproductive System (Dr. Albertine) 2 G08: Overview of the Abdomen and Anterior Abdominal Wall (Dr. Albertine) At the end of this lecture, students should be able to master the following: 1) Overview a) Identify the functions of the anterior abdominal wall b) Describe the boundaries of the anterior abdominal wall 2) Surface Anatomy a) Locate and describe the following surface landmarks: xiphoid process, costal margin, 9th costal cartilage, iliac crest, pubic tubercle, umbilicus 3 3) Planes and Divisions a) Identify and describe the following planes of the abdomen: transpyloric, transumbilical, subcostal, transtu- bercular, and midclavicular b) Describe the 9 zones created by the subcostal, transtubercular, and midclavicular planes c) Describe the 4 quadrants created
    [Show full text]
  • Avulsion of Short Gastric Arteries Caused by Vomiting
    Gut 1 994; 35: 1 137-1 138 1137 CASE REPORTS Gut: first published as 10.1136/gut.35.8.1137 on 1 August 1994. Downloaded from Avulsion of short gastric arteries caused by vomiting N Hayes, P D Waterworth, S M Griffin Abstract Case report A case is presented describing a new, A 21 year old man was referred as an emerg- potentially life threatening complication ency by his general practitioner with acute of vomiting after a 21 year old man pre- abdominal pain. The preceding evening he had sented in shock with a haemoperitoneum consumed eight pints of lager followed by a caused by violent, selfinduced emesis. take away Chinese meal. At 7 am on the day of (Gut 1994;35: 1137-1138) admission, he awoke feeling uncomfortable and bloated, so he forced himself to vomit by putting his fingers down his throat. The result- Forceful or prolonged retching, from whatever ing retching was surprisingly violent, and cause, can lead to life threatening oesophago- epigastric pain developed shortly afterwards. gastric complications. The commonest, a When he later visited his doctor, the pain had Department of Mallory-Weiss tear,' often presenting as an radiated to both shoulders and he was referred Surgery, Newcastle General Hospital, upper gastrointestinal haemorrhage, arises to casualty. On admission, the patient Newcastle upon Tyne from a breach of the mucosa around the recounted the above history and was clear that N Hayes oesophagogastric junction. Occasionally there he had suffered no recent external trauma. P D Waterworth S M Griffin is a full thickness perforation, usually of the left Examination showed the patient to be afebrile, wall of the oesophagus several centimetres but pale and distressed with a pulse rate of 1 12 Correspondence to: Mr N Hayes, Newcastle above the cardia, which was first described by bpm and blood pressure 75/35 mm Hg.
    [Show full text]
  • Abdominal Foregut & Peritoneum Development
    Abdominal Foregut & Peritoneum Development - Transverse View Gastrointestinal System > Embryology > Embryology Key Concepts • The peritoneum is a continuous serous membrane that covers the abdominal wall and viscera. - Parietal layer of the peritoneum lines the body wall - Visceral layer envelops the viscera, aka, the organs - In some places, the visceral layer extends from the organs as folds that form ligaments, omenta, and mesenteries. • Viscera is categorized by their relationship to the peritoneum: - Intraperitoneal organs are covered by visceral peritoneum; as we'll see, the stomach is an example of this. - Retroperitoneal organs lie between the body wall and the parietal peritoneum (the kidneys, for example, are retroperitoneal). - Some organs are said to be secondarily retroperitoneal, because during their early embryologic stages, they are enveloped in visceral peritoneum, but later fuse to the body wall and are covered only by parietal peritoneum. Week 5 Just prior to rotation of the stomach. Diagram instructions: draw the outer surface and body wall, and indicate that the body wall is lined by parietal peritoneum. • Organs at the midline, from dorsal to ventral: - Abdominal aorta - Stomach; branches of the right and left vagus nerves extend along the sides of the stomach - Liver • Peritoneal coverings and ligaments: - Dorsal mesogastrium anchors the stomach to the posterior body wall - Visceral peritoneum covers the stomach - Ventral mesogastrium connects the stomach to the liver - Falciform ligament anchors the liver to the ventral body wall As you may recall, the dorsal mesogastrium is a portion of the dorsal mesentery, and the ventral mesogastrium and falciform ligament arose from the ventral mesentery. It's helpful to remember that "gastric," as in mesogastrium, = refers 1 / 2 to the stomach.
    [Show full text]
  • General Surgery 101: Nissen Fundoplication
    SYNOPSIS The Nissen fundoplication, routinely performed laparoscopically, is a procedure indicated to treat gastroesophageal reflux disease (GERD) and hiatal hernias. In short, the surgeon intends to buttress the lower esophageal sphincter (LES) in order to stop gastric reflux into the esophagus. This will decrease the “heartburn” symptoms that the patient feels and lower the chance of developing dysplasia of the esophageal mucosa. In order to tighten the LES, the gastric fundus is wrapped around the base of the esophagus and sutured GENERAL SURGERY in place. The extra tissue that this maneuver adds to the lower esophagus also prevents the stomach from sliding upward through 101: NISSEN the diaphragm hiatus. INDICATIONS FUNDOPLICATION In patients with type I-IV paraesophageal hiatal hernias, Nissen fundoplication is the first line procedure. In patients with refractory GERD, it is usually done after medical treatment has failed. Kelley Yuan, Class of 2023 Symptoms of refractory GERD can include frequent heartburn, severe esophagitis, esophageal ulceration, recurrent strictures, Tyler Bauer, Class of 2020 and esophageal dysplasia (Barrett’s esophagus). To qualify for this surgery, patients must have at least some preserved motility and a normal length esophagus. If motility is very diminished, partial The first time that medical fundoplication should be considered. students enter the OR can be a jarring experience. Successfully MECHANISM OF RELIEF maintaining sterility is hard enough, Fundus reinforcement of the lower esophageal sphincter has two but remembering relevant patient effects. Stomach wall contraction helps close the sphincter to reduce acid reflux. The additional mass of the gastric wrap reduces history, answering “pimp” questions, the risk of recurrent hiatal hernia by producing a plug less prone to and performing basic suturing skills slipping through the opening of the diaphragm.
    [Show full text]
  • Peritoneal and Retro Peritoneal Anatomy and Its Relevance For
    Note: This copy is for your personal non-commercial use only. To order presentation-ready copies for distribution to your colleagues or clients, contact us at www.rsna.org/rsnarights. GASTROINTESTINAL IMAGING 437 Peritoneal and Retro­ peritoneal Anatomy and Its Relevance for Cross- Sectional Imaging1 Temel Tirkes, MD • Kumaresan Sandrasegaran, MD • Aashish A. Patel, ONLINE-ONLY CME MD • Margaret A. Hollar, DO • Juan G. Tejada, MD • Mark Tann, MD See www.rsna Fatih M. Akisik, MD • John C. Lappas, MD .org/education /rg_cme.html It is difficult to identify normal peritoneal folds and ligaments at imag- ing. However, infectious, inflammatory, neoplastic, and traumatic pro- LEARNING cesses frequently involve the peritoneal cavity and its reflections; thus, OBJECTIVES it is important to identify the affected peritoneal ligaments and spaces. After completing this Knowledge of these structures is important for accurate reporting and journal-based CME activity, participants helps elucidate the sites of involvement to the surgeon. The potential will be able to: peritoneal spaces; the peritoneal reflections that form the peritoneal ■■Discuss the impor- ligaments, mesenteries, and omenta; and the natural flow of peritoneal tance of identifying peritoneal anatomy fluid determine the route of spread of intraperitoneal fluid and disease in assessing extent processes within the abdominal cavity. The peritoneal ligaments, mes- of disease. ■■Describe the path- enteries, and omenta also serve as boundaries for disease processes way for the spread and as conduits for the spread of disease. of disease across the peritoneal spaces to ©RSNA, 2012 • radiographics.rsna.org several contiguous organs. ■■Explain inter- fascial spread of disease across the midline in the ret- roperitoneum and from the abdomen to the pelvis.
    [Show full text]
  • Anatomy of Liver and Spleen Doctors Notes Notes/Extra Explanation Please View Our Editing File Before Studying This Lecture to Check for Any Changes
    Color Code Important Anatomy of Liver and Spleen Doctors Notes Notes/Extra explanation Please view our Editing File before studying this lecture to check for any changes. Objectives At the end of the lecture, the students should be able to: ✓ Location, subdivisions ,relations and peritoneal reflection of liver. ✓ Blood supply, nerve supply and lymphatic drainage of liver. ✓ Location, subdivisions and relations and peritoneal reflection of spleen. ✓ Blood supply, nerve supply and lymphatic drainage of spleen. Liver o The largest gland in the body. o Weighs approximately 1500 g (approximately 2.5% of adult body weight). o Lies mainly in the right hypochondrium and epigastrium and extends into the left hypochondrium. o Protected by the thoracic cage and diaphragm, its greater part lies deep to ribs 7-11 on the right side and crosses the midline toward the left below the nipple. o Moves with the diaphragm and is located more inferiorly when on is erect (standing) because of gravity. Liver Relations 10:07 Anterior: Extra o Diaphragm o Right & left pleura and lower margins of both lungs o Right and left costal margins o Xiphoid process o Anterior abdominal wall in the subcostal angle Extra Posterior: o Diaphragm o Inferior vena cava o Right kidney and right suprarenal gland o Hepatic flexure of the colon o Duodenum (beginning), gallbladder, esophagus and fundus of the stomach Liver Posterior surface of liver Peritoneal Reflection o The liver is completely surrounded by a fibrous capsule and completely covered by peritoneum (except the bare areas). o The bare area of the liver is a triangular area on the posterior (diaphragmatic) surface of right lobe where there is no intervening peritoneum between the liver and the diaphragm.
    [Show full text]
  • The Peritoneum 腹膜
    General features The peritoneum is a thin serous membrane Consisting of: 1- Parietal peritoneum －lines the ant. Abdominal wall 2- Visceral peritoneum - covers the viscera - Peritoneum is continuous below with parietal peritoneum lining the pelvis 3- Peritoneal cavity - the potential space between the parietal and visceral layer of peritoneum - in male, is a closed sac - but in the female, there is a communication with the exterior through the uterine tubes, the uterus, and the vagina ▪ Peritoneum cavity divided into Greater sac Lesser sac Communication between them by the epiploic foramen Deep to lesser omentum Behind the stomach Between two layers of greater omentum Under the diaphragm and liver Deep to lesser opening (Epiploic opening) Walls： Superior－peritoneum which covers the caudate lobe of liver and diaphragm Anterior－lesser omentum, peritoneum of posterior wall of stomach, and anterior two layers of greater omentum Inferior－conjunctive area of anterior and posterior two layers of greater omentum Posterior－posterior two layers of greater omentum, transverse colon and transverse mesocolon, peritoneum covering posterior abdominal wall. Omental bursa……cont Left－ spleen, gastrosplenic ligament splenorenal ligament Right－omental foramen Deep to ant. Abdominal wall Below the diaphragm Above pelvic viscera Out to: Liver surround all the liver except bare area Stomach completely surrounded by peritoneum Transverscolon Greater omentum two layers of peritoneum from greater curvature of stomach Duodenum just the anterior
    [Show full text]
  • Practical 3Rd Week 2
    The practical of the 3rd week Sun 22/03 – Mon 23/03 1. The Peritoneum. 2. Stomach 3. Duodenum 4. Jejunum and Ileum The Peritoneum. • The students should know and identify the : 1. Parietal peritoneum 2. Visceral peritoneum 3. The relationship between viscera and peritoneum 4. The peritoneal reflection : ( omenta, mesentery and ligaments) 1. Parietal peritoneum • The students should know the following : 1. It line the Ant. Abdominal wall. 2. covers the pelvic viscera 3. line the diaphragm superiorly 4. line and attached to post Abdominal wall 2. Visceral peritoneum • The students should know the following : 1. it cover the abdominal viscera 3. The relationship between viscera and peritoneum • The relationship between viscera and peritoneum classified as : 1. Intraperitoneal viscera • example: stomach, jejunum, ileum 2. Retroperitoneal viscera • example: kidney, pancreas 3. Interperitoneal viscera • example: liver, gallbladder, urinary bladder 4. The peritoneal reflection A. Omenta • The students should observe the following : 1. Attachment and content of Lesser omentum 2. Attachment and content of Greater omentum 4. The peritoneal reflection B. Mesentery • The students should observe the following : 1. Attachment and content of Mesentery of small intestine 2. Attachment and content of Mesoappendix 3. Attachment and content of Mesocolon ( transverse and sigmoid ) 4. The peritoneal reflection B. Mesentery 1. Attachment and content of Mesentery of small intestine 4. The peritoneal reflection B. Mesentery 2. Attachment and content of Mesoappendix 4. The peritoneal reflection B. Mesentery 3. Attachment and content of Mesocolon ( transverse and sigmoid ) 4. The peritoneal reflection C. Ligaments • The students should observe the following : 1. The ligaments of the liver.
    [Show full text]
  • Case Report: Recurrence of a Gastrosplenic Ligament Entrapment
    Journal of Equine Veterinary Science 37 (2016) 54–57 Contents lists available at ScienceDirect Journal of Equine Veterinary Science journal homepage: www.j-evs.com Case Report Case Report: Recurrence of a Gastrosplenic Ligament Entrapment Matthew Coleridge a, Mattie McMaster a, Valaria Albanese b, Amelia Munsterman a,* a Department of Clinical Sciences, JT Vaughan Large Animal Teaching Hospital, College of Veterinary Medicine, Auburn University, Auburn, AL b Large Animal Hospital, UF College of Veterinary Medicine, Large Animal Clinical Sciences, Gainesville, FL article info abstract Article history: A 12-year-old American Quarter Horse gelding presented for evaluation of colic signs. The Received 18 November 2015 patient was diagnosed with a gastrosplenic entrapment at surgery. The entrapment was Received in revised form 10 December 2015 reduced, a jejunoileostomy was performed removing approximately 1m of jejunum and Accepted 10 December 2015 distal ileum, and the patient recovered uneventfully from anesthesia. The patient was Available online 19 December 2015 discharged 12 days postoperatively. The same horse represented 17 months after the initial surgery for evaluation of signs of colic. A small intestinal strangulation was diagnosed Keywords: based on the clinical and laboratory examination findings. It was elected to euthanize the Horse Colic horse. Necropsy examination diagnosed a gastrosplenic ligament entrapment of the mid- Gastrosplenic ligament to-distal jejunum. Entrapment Published by Elsevier Inc. 1. Introduction entrapped through a gastrosplenic rent is midjejunum to the proximal ileum [1,2,9]. It is speculated that the prox- The gastrosplenic ligament (GSL) is a broad, thin band of imal jejunum does not have sufficient mesentery to migrate omentum that extends from the hilus of the spleen to the and become entrapped in a potential GSL rent [2].
    [Show full text]