Undescended Testes Inguinal Hernia
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Scrotal Ultrasound
Scrotal Ultrasound Bruce R. Gilbert, MD, PhD Associate Clinical Professor of Urology & Reproductive Medicine Weill Cornell Medical College Director, Reproductive and Sexual Medicine Smith Institute For Urology North Shore LIJ Health System 1 Developmental Anatomy" Testis and Kidney Hindgut Allantois In the 3-week-old embryo the Primordial primordial germ cells in the wall of germ cells the yolk sac close to the attachment of the allantois migrate along the Heart wall of the hindgut and the dorsal Genital Ridge mesentery into the genital ridge. Yolk Sac Hindgut At 5-weeks the two excretory organs the pronephros and mesonephros systems regress Primordial Pronephric system leaving only the mesonephric duct. germ cells (regressing) Mesonephric The metanephros (adult kidney) system forms from the metanephric (regressing) diverticulum (ureteric bud) and metanephric mass of mesoderm. The ureteric bud develops as a dorsal bud of the mesonephric duct Cloaca near its insertion into the cloaca. Mesonephric Duct Mesonephric Duct Ureteric Bud Ureteric Bud Metanephric system Metanephric system 2 Developmental Anatomy" Wolffian and Mullerian DuctMesonephric Duct Under the influence of SRY, cells in the primitive sex cords differentiate into Sertoli cells forming the testis cords during week 7. Gonads Mesonephros It is at puberty that these testis cords (in Paramesonephric association with germ cells) undergo (Mullerian) Duct canalization into seminiferous tubules. Mesonephric (Wolffian) Duct At 7 weeks the indifferent embryo also has two parallel pairs of genital ducts: the Mesonephric (Wolffian) and the Paramesonephric (Mullerian) ducts. Bladder Bladder Mullerian By week 8 the developing fetal testis tubercle produces at least two hormones: Metanephros 1. A glycoprotein (MIS) produced by the Ureter Uterovaginal fetal Sertoli cells (in response to SRY) primordium Rectum which suppresses unilateral development of the Paramesonephric (Mullerian) duct 2. -
Common and Uncommon Presentation of Fluid Within the Scrotal Spaces
THIEME E34 Review Common and Uncommon Presentation of Fluid within the Scrotal Spaces Authors V. Patil, S. M. C. Shetty, S. Das Affiliation Radiodiagnosis, JSS Medical College, Mysore, India Key words Abstract gin. US may suggest a specific diagnosis for a ●▶ US wide variety of intrascrotal cystic and fluid ▶ ▼ ● ultrasonography Ultrasonography(US) of the scrotum has been lesions and appropriately guide therapeutic ●▶ fluid demonstrated to be useful in the diagnosis of options. The paper reviews the current knowl- ●▶ testis ●▶ scrotum fluid in the scrotal sac. Grayscale US character- edge of ultrasound in conditions with fluid in the izes the lesions as testicular or extratesticular testis and scrotum. The review presents the and, with color Doppler, power Doppler and applications of ultrasonography in the diagnosis pulse Doppler, any perfusion can also be assessed. of hydrocele, testicular cysts, epididymal cysts, Cystic or encapsulated fluid collections are rela- spermatoceles, tubular ectasia, hernia and hema- tively common benign lesions that usually pre- toceles. The aim of this paper is to provide a pic- sent as palpable testicular lumps. Most cysts torial review of the common and uncommon arise in the epidydimis, but all anatomical struc- presentation of fluid within the scrotal spaces. tures of the scrotum can be the site of their ori- Introduction images with portions of each testis on the same ▼ image should be ideally acquired in grayscale and Scrotal conditions associated with fluid can be color Doppler modes. The structures within the received 21.01.2015 accepted 29.06.2015 broadly classified as fluid in scrotal sac, testicular scrotal sac are examined to detect extra testicu- cysts, epididymal cysts and inguinoscrotal hernia. -
Female Inguinal Hernia – Conservatively Treated As Labial Swelling for a Long Time-A Case Report Shabnam Na, Alam Hb, Talukder Mrhc, Humayra Zud, Ahmed Ahmte
Case Report Female Inguinal Hernia – Conservatively Treated as Labial Swelling for a Long Time-A Case Report Shabnam Na, Alam Hb, Talukder MRHc, Humayra ZUd, Ahmed AHMTe Abstract Inguinal hernia in females is quite uncommon compared to males. However, in female it may pose both a diagnostic as well as surgical challenge to the attending surgeon. Awareness of anatomy of the region and all the possible contents is essential to prevent untoward complications. Here we are presenting a case of indirect inguinal hernia in a 25 years old women and how she was diagnosed and ultimately managed. Key words: Inguinal hernia, females (BIRDEM Med J 2018; 8(1): 81-82 ) Introduction Case Report Inguinal hernia in female is relatively uncommon as A 25-year-old female, non obese, mother of one child, compared to males. The incidence of inguinal hernia in delivered vaginal (NVD) presented with a swelling in females is 1.9%1 . Obesity, pregnancy and operative the left groin for 7 years. Initially she presented to procedures have been shown to be risk factors that different gynecologists with labial swelling. They treated commonly contribute to the formation of inguinal her conservatively. As she was not improving, she finally hernia2. Surgical management in women is similar to presented to surgeon. She gave history of left groin swelling extending down to labia majora which initially that in men. However a wide variety of presentations appeared during straining but later on it persisted all may add to the confusion in diagnosing inguinal hernia the time. In lying position, the swelling disappeared. -
Describe the Anatomy of the Inguinal Canal. How May Direct and Indirect Hernias Be Differentiated Anatomically
Describe the anatomy of the inguinal canal. How may direct and indirect hernias be differentiated anatomically. How may they present clinically? Essentially, the function of the inguinal canal is for the passage of the spermatic cord from the scrotum to the abdominal cavity. It would be unreasonable to have a single opening through the abdominal wall, as contents of the abdomen would prolapse through it each time the intraabdominal pressure was raised. To prevent this, the route for passage must be sufficiently tight. This is achieved by passing through the inguinal canal, whose features allow the passage without prolapse under normal conditions. The inguinal canal is approximately 4 cm long and is directed obliquely inferomedially through the inferior part of the anterolateral abdominal wall. The canal lies parallel and 2-4 cm superior to the medial half of the inguinal ligament. This ligament extends from the anterior superior iliac spine to the pubic tubercle. It is the lower free edge of the external oblique aponeurosis. The main occupant of the inguinal canal is the spermatic cord in males and the round ligament of the uterus in females. They are functionally and developmentally distinct structures that happen to occur in the same location. The canal also transmits the blood and lymphatic vessels and the ilioinguinal nerve (L1 collateral) from the lumbar plexus forming within psoas major muscle. The inguinal canal has openings at either end – the deep and superficial inguinal rings. The deep (internal) inguinal ring is the entrance to the inguinal canal. It is the site of an outpouching of the transversalis fascia. -
Clinical Pelvic Anatomy
SECTION ONE • Fundamentals 1 Clinical pelvic anatomy Introduction 1 Anatomical points for obstetric analgesia 3 Obstetric anatomy 1 Gynaecological anatomy 5 The pelvic organs during pregnancy 1 Anatomy of the lower urinary tract 13 the necks of the femora tends to compress the pelvis Introduction from the sides, reducing the transverse diameters of this part of the pelvis (Fig. 1.1). At an intermediate level, opposite A thorough understanding of pelvic anatomy is essential for the third segment of the sacrum, the canal retains a circular clinical practice. Not only does it facilitate an understanding cross-section. With this picture in mind, the ‘average’ of the process of labour, it also allows an appreciation of diameters of the pelvis at brim, cavity, and outlet levels can the mechanisms of sexual function and reproduction, and be readily understood (Table 1.1). establishes a background to the understanding of gynae- The distortions from a circular cross-section, however, cological pathology. Congenital abnormalities are discussed are very modest. If, in circumstances of malnutrition or in Chapter 3. metabolic bone disease, the consolidation of bone is impaired, more gross distortion of the pelvic shape is liable to occur, and labour is likely to involve mechanical difficulty. Obstetric anatomy This is termed cephalopelvic disproportion. The changing cross-sectional shape of the true pelvis at different levels The bony pelvis – transverse oval at the brim and anteroposterior oval at the outlet – usually determines a fundamental feature of The girdle of bones formed by the sacrum and the two labour, i.e. that the ovoid fetal head enters the brim with its innominate bones has several important functions (Fig. -
Testicular Migration Chronology: Do the Right and the Left Testes Migrate at the Same Time? Analysis of 164 Human Fetuses Luciano A
Paediatrics Testicular migration chronology: do the right and the left testes migrate at the same time? Analysis of 164 human fetuses Luciano A. Favorito and Francisco J.B. Sampaio Urogenital Research Unit, State University of Rio de Janeiro, Rio de Janeiro, Brazil Objective testicular migration in nine cases (5.5%). In three of these nine To determine if the right and the left testes migrate at the cases, one testis was situated in the abdomen and the other in same time during the human fetal period. the inguinal canal; in another three one testis was situated in the abdomen and the other in the scrotum, and in the Subjects and Methods remaining three, one testis was in the inguinal canal and the We studied 164 human fetuses (328 testes) ranging in age from other in the scrotum. In five of the nine cases of asymmetry, 12 to 35 weeks post-conception. The fetuses were carefully the right testis completed the migration first, but this was not dissected with the aid of a stereoscopic lens at ×16/25. The statistically significant. abdomen and pelvis were opened to identify and expose the Conclusion urogenital organs. Testicular position was classified as: (a) Abdominal, when the testis was proximal to the internal ring; (b) Asymmetry in testicular migration is a rare event, accounting < Inguinal, when it was found between the internal and external for 6% of the cases. The right testis seems to complete inguinal rings); and (c) Scrotal, when it was inside the scrotum. migration first. Results Keywords The testes were abdominal in 71% of the cases, inguinal in testes, testicular migration, cryptorchidism, embryology, 9.41%, and scrotal in 19.81%. -
Seminal Vesicle and Prostate
Morphology and histology of the epididymis, spermatic cord, seminal vesicle and prostate János Hanics M.D. Male reproductive system 3 4 5 5 2 1 Accessory glands Testis – tubular system 1) Seminiferous tubule (number 250-1000) (diameter 150-250 um, length 30-70cm) (spermato - and spermiogenesis) 2) Intratesticular ducts a) straight tubules (tubuli recti) b) rete testis (of Haller) – in mediastinum of testis Straight tubules Testis – tubular system 1) (S) - Seminiferous tubule (spermato - and spermiogenesis) - Germinal epithelium 2) Intratesticular ducts a) (T)- straight tubules (tubuli recti) - simple Sertoli cell layer b) (R) - rete testis (of Haller) – in (M) mediastinum of testis - simple cuboidal epithelium Appendix of epididymis - Epididymis - anatomy Remnant of mesonephros Appendix of testis - Remnant of Müllerian duct Anterior Sinus of epididymis Anterior laterally Coats of testicles!!! Epididymis - histology 1) (E) Efferent ductules (number: 12-20) (length 20 cm is coiled to 2cm) - pseudostratified epithelium with cells of variable height = star-shaped lumen 2) (D)Duct of epididymis (number: 1) (4-5 m in length ) - pseudostratified tall columnar epithelial cells that have stereocilia (irregular microvilli) D (Rete testis) E Epididymis - histology Efferent ductules Duct of epididymis Ductus deferens (vas deferens) -30-45 cm long - 3-3,5 mm thick Ampulla of ductus def. Inguinal canal. It crosses the ureter!!! Spermatic cord -Ductus deferens - Testicular artery - Pampiniform venous plexus (testicular vein) -Artery to ductus deferens -
Reproductionreview
REPRODUCTIONREVIEW Cryptorchidism in common eutherian mammals R P Amann and D N R Veeramachaneni Animal Reproduction and Biotechnology Laboratory, Colorado State University, Fort Collins, Colorado 80523-1683, USA Correspondence should be addressed to R P Amann; Email: [email protected] Abstract Cryptorchidism is failure of one or both testes to descend into the scrotum. Primary fault lies in the testis. We provide a unifying cross-species interpretation of testis descent and urge the use of precise terminology. After differentiation, a testis is relocated to the scrotum in three sequential phases: abdominal translocation, holding a testis near the internal inguinal ring as the abdominal cavity expands away, along with slight downward migration; transinguinal migration, moving a cauda epididymidis and testis through the abdominal wall; and inguinoscrotal migration, moving a s.c. cauda epididymidis and testis to the bottom of the scrotum. The gubernaculum enlarges under stimulation of insulin-like peptide 3, to anchor the testis in place during gradual abdominal translocation. Concurrently, testosterone masculinizes the genitofemoral nerve. Cylindrical downward growth of the peritoneal lining into the gubernaculum forms the vaginal process, cremaster muscle(s) develop within the gubernaculum, and the cranial suspensory ligament regresses (testosterone not obligatory for latter). Transinguinal migration of a testis is rapid, apparently mediated by intra-abdominal pressure. Testosterone is not obligatory for correct inguinoscrotal migration of testes. However, normally testosterone stimulates growth of the vaginal process, secretion of calcitonin gene-related peptide by the genitofemoral nerve to provide directional guidance to the gubernaculum, and then regression of the gubernaculum and constriction of the inguinal canal. Cryptorchidism is more common in companion animals, pigs, or humans (2–12%) than in cattle or sheep (%1%). -
Torsion of Appendix of Testis
J Ayub Med Coll Abbottabad 2007;19(4) CASE REPORT TORSION OF APPENDIX OF TESTIS Muhammad Misbah Rashid, Badar Murtaza*, Naser Ali Khan* Department of Surgery, Main Dressing Station (MDS), Bagh, Azad Kashmir, *Department Of Surgery, Combined Military Hospital, Bahawal Nagar Cantt. An case of torsion of the appendix of testis is described in a 10 years old boy. He presented with sudden onset of severe pain in the left testis of 3 days duration. Emergency exploration of the left testis revealed a gangrenous appendix of the left testis. The appendix of the testis was excised and the wound was closed. The patient made a smooth post-operative recovery. KEY WORDS: torsion, appendix testis, exploration, gangrene INTRODUCTION and epididymis were normal. The pain could not be relieved on elevation of the testis (Prehn’s sign). In 1913, Ombredanne mentioned about the torsion of The complete blood count and urinalysis did the appendix testis, but the first case report was not reveal any abnormality. Ultrasonography of the published in 1922 by Colt. It was schematically testes showed mild fluid around the left testis. illustrated by Mouchet (1923) and Dix (1931) in a Keeping in mind the possibility of testicular torsion manner that is still valid today. and the torsion of testicular appendages, exploration Torsion of appendix of testis is not a rare of left testis was performed under general clinical entity. Majority of these cases present with anaesthesia. This revealed torsion and gangrene of unilateral scrotal swelling and are managed the appendix at the superior pole of the left testis conservatively. -
Urogenital Kit Identification Guide
Urogenital System 1 Table of Contents Page 3 - Male Urinary Bladder Page 4 - Testicle Page 5 - Female Urogenital System: Anterior Page 6 - Female Urogenital System: Lateral Page 7 - Female Urinary Bladder: Pelvic structures Page 8 - Vagina Page 9 - Female External Genitalia Page 10 - External Bi-sected Kidney Page 11 - Interior Bi-sected Kidney Page 12 - Bi-sected Kidney Vasculature Page 13 - Interior Kidney: The Nephron ***Sample does not include all pages provided in the full identification guide Disclaimer: No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any means, mechanical, electronic, photo-copying, recording, or otherwise without the prior written permission of the publisher. For information address Experience Anatomy, 101 S. Tryon, Suite 2700, Charlotte, NC 28280 2 Male Urinary Bladder Ureters Fundus of Vas Deferens Urinary Bladder Detrusor Muscle Rugae Ampulla of Vas Deferens Body Seminal Vesicles Apex of Ureter Urinary Urinary Ureteric Bladder Bladder Orifice Base of Apex of Prostate Prostate Ligamentous urachus (Median Prostatic Umbilical Ligament) Urethra 3 Testicle Vas Deferens Testicular (Ductus Deferens) artery Genital br. of Pampiniform Genitofemoral nerve Plexus Spermatic Cord Internal Spermatic Fascia Epididymis Appendix of Testis Septa (tunica albuginea) Visceral Layer of Tunica Vaginalis Seminal vesicle lobules Parietal Layer of Tunica Vaginalis 4 Adrenal (Suprarenal) Gland Inferior Vena Cava Female Urogenital System: Abdominal Aorta Anterior Right Renal -
Anterior Abdominal Wall
Abdominal wall Borders of the Abdomen • Abdomen is the region of the trunk that lies between the diaphragm above and the inlet of the pelvis below • Borders Superior: Costal cartilages 7-12. Xiphoid process: • Inferior: Pubic bone and iliac crest: Level of L4. • Umbilicus: Level of IV disc L3-L4 Abdominal Quadrants Formed by two intersecting lines: Vertical & Horizontal Intersect at umbilicus. Quadrants: Upper left. Upper right. Lower left. Lower right Abdominal Regions Divided into 9 regions by two pairs of planes: 1- Vertical Planes: -Left and right lateral planes - Midclavicular planes -passes through the midpoint between the ant.sup.iliac spine and symphysis pupis 2- Horizontal Planes: -Subcostal plane - at level of L3 vertebra -Joins the lower end of costal cartilage on each side -Intertubercular plane: -- At the level of L5 vertebra - Through tubercles of iliac crests. Abdominal wall divided into:- Anterior abdominal wall Posterior abdominal wall What are the Layers of Anterior Skin Abdominal Wall Superficial Fascia - Above the umbilicus one layer - Below the umbilicus two layers . Camper's fascia - fatty superficial layer. Scarp's fascia - deep membranous layer. Deep fascia : . Thin layer of C.T covering the muscle may absent Muscular layer . External oblique muscle . Internal oblique muscle . Transverse abdominal muscle . Rectus abdominis Transversalis fascia Extraperitoneal fascia Parietal Peritoneum Superficial Fascia . Camper's fascia - fatty layer= dartos muscle in male . Scarpa's fascia - membranous layer. Attachment of scarpa’s fascia= membranous fascia INF: Fascia lata Sides: Pubic arch Post: Perineal body - Membranous layer in scrotum referred to as colle’s fascia - Rupture of penile urethra lead to extravasations of urine into(scrotum, perineum, penis &abdomen) Muscles . -
Mvdr. Natália Hvizdošová, Phd. Mudr. Zuzana Kováčová
MVDr. Natália Hvizdošová, PhD. MUDr. Zuzana Kováčová ABDOMEN Borders outer: xiphoid process, costal arch, Th12 iliac crest, anterior superior iliac spine (ASIS), inguinal lig., mons pubis internal: diaphragm (on the right side extends to the 4th intercostal space, on the left side extends to the 5th intercostal space) plane through terminal line Abdominal regions superior - epigastrium (regions: epigastric, hypochondriac left and right) middle - mesogastrium (regions: umbilical, lateral left and right) inferior - hypogastrium (regions: pubic, inguinal left and right) ABDOMINAL WALL Orientation lines xiphisternal line – Th8 subcostal line – L3 bispinal line (transtubercular) – L5 Clinically important lines transpyloric line – L1 (pylorus, duodenal bulb, fundus of gallbladder, superior mesenteric a., cisterna chyli, hilum of kidney, lower border of spinal cord) transumbilical line – L4 Bones Lumbar vertebrae (5): body vertebral arch – lamina of arch, pedicle of arch, superior and inferior vertebral notch – intervertebral foramen vertebral foramen spinous process superior articular process – mammillary process inferior articular process costal process – accessory process Sacrum base of sacrum – promontory, superior articular process lateral part – wing, auricular surface, sacral tuberosity pelvic surface – transverse lines (ridges), anterior sacral foramina dorsal surface – median, intermediate, lateral sacral crest, posterior sacral foramina, sacral horn, sacral canal, sacral hiatus apex of the sacrum Coccyx coccygeal horn Layers of the abdominal wall 1. SKIN 2. SUBCUTANEOUS TISSUE + SUPERFICIAL FASCIAS + SUPRAFASCIAL STRUCTURES Superficial fascias: Camper´s fascia (fatty layer) – downward becomes dartos m. Scarpa´s fascia (membranous layer) – downward becomes superficial perineal fascia of Colles´) dartos m. + Colles´ fascia = tunica dartos Suprafascial structures: Arteries and veins: cutaneous brr. of posterior intercostal a. and v., and musculophrenic a.