T U B E R C U L O U S E P I D I D Y M I T I S a CLINICAL AMD AETIOLOGICAL STUDY by WALTER M. BORTHWICK
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Male Reproductive System 2
Male Reproductive System 2 1. Excretory genital ducts 2. The ductus (vas) deferens and seminal vesicles 3. The prostate 4. The bulbourethral (Cowper’s) glands 5. The penis 6. The scrotum and spermatic cord SPLANCHNOLOGY Male reproductive system ° Male reproductive system, systema genitalia masculina: V a part of the human reproductive process ° Male reproductive organs, organa genitalia masculina: V internal genital organs: testicle, testis epididymis, epididymis ductus deferens, ductus (vas) deferens seminal vesicle, vesicula seminalis ejaculatory duct, ductus ejaculatorius prostate gland, prostata V external genital organs: penis, penis scrotum, scrotum bulbourethral glands, glandulae bulbourethrales Prof. Dr. Nikolai Lazarov 2 SPLANCHNOLOGY Ductus (vas) deferens ° Ductus (vas) deferens: V a straight thick-walled muscular tube V transports sperm cells from the epididymis V length 45-50 cm V diameter 2.5-3 mm ° Anatomical parts: V testicular part V funicular part V inguinal part – 4 cm V pelvic part ° Ampulla ductus deferentis: V length 3-4 cm; diameter 1 cm V ejaculatory duct, ductus ejaculatorius Prof. Dr. Nikolai Lazarov 3 SPLANCHNOLOGY Microscopic anatomy ° tunica mucosa – 5-6 longitudinal folds: V lamina epithelialis – bilayered columnar epithelium with stereocilia V lamina propria: dense connective tissue elastic fibers ° tunica muscularis – thick: V inner longitudinal layer – in the initial portion V circular layer V outer longitudinal layer ° tunica adventitia (serosa) Prof. Dr. Nikolai Lazarov 4 SPLANCHNOLOGY Seminal vesicle, vesicula seminalis ° Seminal vesicle, vesicula (glandula) seminalis: V a pair of simple tubular glands – two highly tortuous tubes V posterior to the urinary bladder V length 4-5 (15) cm V diameter 1 cm ° Macroscopic anatomy: V anterior and posterior part V excretory duct Prof. -
This Document Was Released in November 2020. This Document Will Continue to Be Periodically Updated to Reflect the Growing Body of Literature Related to This Topic
MEDICAL STUDENT CURRICULUM This document was released in November 2020. This document will continue to be periodically updated to reflect the growing body of literature related to this topic. Help: Andrew Gusev - [email protected] MALE INFERTILITY KEYWORDS: infertility, azoospermia, oligospermia, semen analysis, varicocele LEARNING OBJECTIVES: At the end of medical school, the medical student will be able to… 1. Describe the hypothalamus-pituitary-gonadal (HPG) axis 2. Describe the workup for male infertility, including the importance of the physical exam 3. Restate the limitations of the semen analysis 4. List some common reversible causes of infertility and their treatments 5. Recognize when to refer a patient for ART Introduction Approximately 15% of couples will be unable to conceive after attempting unprotected intercourse for one year. Of these couples, about 50% of them will have some male factor to that is contributing to their infertility (a male factor is the sole reason in approximately 20% of infertile couples). (Thonneau P, 1991) Male infertility can be due to a variety of genetic, anatomic, and environmental conditions, many of which will be briefly discussed below. When a cause for an abnormal semen analysis cannot be found, it is termed idiopathic. When a man is infertile with a normal semen analysis and workup, the term unexplained infertility is used. As the word suggests, these men do not have a known cause for their infertility but it is thought to likely be due genetic defects that have not been described yet. The purpose of evaluation is to identify possible conditions causing infertility and treating reversible conditions which may improve a man’s fertility potential. -
Guidelines on Paediatric Urology S
Guidelines on Paediatric Urology S. Tekgül, H. Riedmiller, E. Gerharz, P. Hoebeke, R. Kocvara, R. Nijman, Chr. Radmayr, R. Stein European Society for Paediatric Urology © European Association of Urology 2011 TABLE OF CONTENTS PAGE 1. INTRODUCTION 6 1.1 Reference 6 2. PHIMOSIS 6 2.1 Background 6 2.2 Diagnosis 6 2.3 Treatment 7 2.4 References 7 3. CRYPTORCHIDISM 8 3.1 Background 8 3.2 Diagnosis 8 3.3 Treatment 9 3.3.1 Medical therapy 9 3.3.2 Surgery 9 3.4 Prognosis 9 3.5 Recommendations for crytorchidism 10 3.6 References 10 4. HYDROCELE 11 4.1 Background 11 4.2 Diagnosis 11 4.3 Treatment 11 4.4 References 11 5. ACUTE SCROTUM IN CHILDREN 12 5.1 Background 12 5.2 Diagnosis 12 5.3 Treatment 13 5.3.1 Epididymitis 13 5.3.2 Testicular torsion 13 5.3.3 Surgical treatment 13 5.4 Prognosis 13 5.4.1 Fertility 13 5.4.2 Subfertility 13 5.4.3 Androgen levels 14 5.4.4 Testicular cancer 14 5.4.5 Nitric oxide 14 5.5 Perinatal torsion 14 5.6 References 14 6. Hypospadias 17 6.1 Background 17 6.1.1 Risk factors 17 6.2 Diagnosis 18 6.3 Treatment 18 6.3.1 Age at surgery 18 6.3.2 Penile curvature 18 6.3.3 Preservation of the well-vascularised urethral plate 19 6.3.4 Re-do hypospadias repairs 19 6.3.5 Urethral reconstruction 20 6.3.6 Urine drainage and wound dressing 20 6.3.7 Outcome 20 6.4 References 21 7. -
Male Reproductive System
MALE REPRODUCTIVE SYSTEM DR RAJARSHI ASH M.B.B.S.(CAL); D.O.(EYE) ; M.D.-PGT(2ND YEAR) DEPARTMENT OF PHYSIOLOGY CALCUTTA NATIONAL MEDICAL COLLEGE PARTS OF MALE REPRODUCTIVE SYSTEM A. Gonads – Two ovoid testes present in scrotal sac, out side the abdominal cavity B. Accessory sex organs - epididymis, vas deferens, seminal vesicles, ejaculatory ducts, prostate gland and bulbo-urethral glands C. External genitalia – penis and scrotum ANATOMY OF MALE INTERNAL GENITALIA AND ACCESSORY SEX ORGANS SEMINIFEROUS TUBULE Two principal cell types in seminiferous tubule Sertoli cell Germ cell INTERACTION BETWEEN SERTOLI CELLS AND SPERM BLOOD- TESTIS BARRIER • Blood – testis barrier protects germ cells in seminiferous tubules from harmful elements in blood. • The blood- testis barrier prevents entry of antigenic substances from the developing germ cells into circulation. • High local concentration of androgen, inositol, glutamic acid, aspartic acid can be maintained in the lumen of seminiferous tubule without difficulty. • Blood- testis barrier maintains higher osmolality of luminal content of seminiferous tubules. FUNCTIONS OF SERTOLI CELLS 1.Germ cell development 2.Phagocytosis 3.Nourishment and growth of spermatids 4.Formation of tubular fluid 5.Support spermiation 6.FSH and testosterone sensitivity 7.Endocrine functions of sertoli cells i)Inhibin ii)Activin iii)Follistatin iv)MIS v)Estrogen 8.Sertoli cell secretes ‘Androgen binding protein’(ABP) and H-Y antigen. 9.Sertoli cell contributes formation of blood testis barrier. LEYDIG CELL • Leydig cells are present near the capillaries in the interstitial space between seminiferous tubules. • They are rich in mitochondria & endoplasmic reticulum. • Leydig cells secrete testosterone,DHEA & Androstenedione. • The activity of leydig cell is different in different phases of life. -
Seminal Vesicles in Autosomal Dominant Polycystic Kidney Disease
Chapter 18 Seminal Vesicles in Autosomal Dominant Polycystic Kidney Disease Jin Ah Kim1, Jon D. Blumenfeld2,3, Martin R. Prince1 1Department of Radiology, Weill Cornell Medical College & New York Presbyterian Hospital, New York, USA; 2The Rogosin Institute, New York, USA; 3Department of Medicine, Weill Cornell Medical College, New York, USA Author for Correspondence: Jin Ah Kim MD, Department of Radiology, Weill Cornell Medical College & New York Presbyterian Hospital, New York, USA. Email: [email protected] Doi: http://dx.doi.org/10.15586/codon.pkd.2015.ch18 Copyright: The Authors. Licence: This open access article is licenced under Creative Commons Attribution 4.0 International (CC BY 4.0). http://creativecommons.org/licenses/by/4.0/ Users are allowed to share (copy and redistribute the material in any medium or format) and adapt (remix, transform, and build upon the material for any purpose, even commercially), as long as the author and the publisher are explicitly identified and properly acknowledged as the original source. Abstract Extra-renal manifestations of autosomal dominant polycystic kidney disease (ADPKD) have been known to involve male reproductive organs, including cysts in testis, epididymis, seminal vesicles, and prostate. The reported prevalence of seminal vesicle cysts in patients with ADPKD varies widely, from 6% by computed tomography (CT) to 21%–60% by transrectal ultrasonography. However, seminal vesicles in ADPKD that are dilated, with a diameter greater than 10 mm by magnetic resonance imaging (MRI), are In: Polycystic Kidney Disease. Xiaogang Li (Editor) ISBN: 978-0-9944381-0-2; Doi: http://dx.doi.org/10.15586/codon.pkd.2015 Codon Publications, Brisbane, Australia. -
The Male Body
Fact Sheet The Male Body What is the male What is the epididymis? reproductive system? The epididymis is a thin highly coiled tube (duct) A man’s fertility and sexual characteristics depend that lies at the back of each testis and connects on the normal functioning of the male reproductive the seminiferous tubules in the testis to another system. A number of individual organs act single tube called the vas deferens. together to make up the male reproductive 1 system; some are visible, such as the penis and the 6 scrotum, whereas some are hidden within the body. The brain also has an important role in controlling 7 12 reproductive function. 2 8 1 11 What are the testes? 3 6 The testes (testis: singular) are a pair of egg 9 7 12 shaped glands that sit in the scrotum next to the 2 8 base of the penis on the outside of the body. In 4 10 11 adult men, each testis is normally between 15 and 3 35 mL in volume. The testes are needed for the 5 male reproductive system to function normally. 9 The testes have two related but separate roles: 4 10 • to make sperm 5 1 Bladder • to make testosterone. 2 Vas deferens The testes develop inside the abdomen in the 3 Urethra male fetus and then move down (descend) into the scrotum before or just after birth. The descent 4 Penis of the testes is important for fertility as a cooler 5 Scrotum temperature is needed to make sperm and for 16 BladderSeminal vesicle normal testicular function. -
EAU Guidelines on Male Infertility$ W
European Urology European Urology 42 (2002) 313±322 EAU Guidelines on Male Infertility$ W. Weidnera,*, G.M. Colpib, T.B. Hargreavec, G.K. Pappd, J.M. Pomerole, The EAU Working Group on Male Infertility aKlinik und Poliklinik fuÈr Urologie und Kinderurologie, Giessen, Germany bOspedale San Paolo, Polo Universitario, Milan, Italy cWestern General Hospital, Edinburgh, Scotland, UK dSemmelweis University Budapest, Budapest, Hungary eFundacio Puigvert, Barcelona, Spain Accepted 3 July 2002 Keywords: Male infertility; Azoospermia; Oligozoospermia; Vasectomy; Refertilisation; Varicocele; Hypogo- nadism; Urogenital infections; Genetic disorders 1. Andrological investigations and 2.1. Treatment spermatology A wide variety of empiric drug approaches have been tried (Table 1). Assisted reproductive techniques, Ejaculate analysis and the assessment of andrological such as intrauterine insemination, in vitro fertilisation status have been standardised by the World Health (IVF) and intracytoplasmic sperm injection (ICSI) are Organisation (WHO). Advanced diagnostic spermato- also used. However, the effect of any infertility treat- logical tests (computer-assisted sperm analysis (CASA), ment must be weighed against the likelihood of spon- acrosome reaction tests, zona-free hamster egg penetra- taneous conception. In untreated infertile couples, the tion tests, sperm-zona pellucida bindings tests) may be prediction scores for live births are 62% to 76%. necessary in certain diagnostic situations [1,2]. Furthermore, the scienti®c evidence for empirical approaches is low. Criteria for the analysis of all therapeutic trials have been re-evaluated. There is 2. Idiopathic oligoasthenoteratozoospermia consensus that only randomised controlled trials, with `pregnancy' as the outcome parameter, can accepted Most men presenting with infertility are found to for ef®cacy analysis. have idiopathic oligoasthenoteratozoospermia (OAT). -
A Case of Seminal Vesicle / Prostatic Reflux Causing Intense Focal
Hong Kong J Radiol. 2016;19:49-51 | DOI: 10.12809/hkjr1615333 CASE REPORT A Case of Seminal Vesicle / Prostatic Reflux Causing Intense Focal Fluorodeoxyglucose Uptake in the Prostate Gland WH Ma1, EYP Lee2, ASH Lai3, PL Khong2 1Nuclear Medicine Unit, Department of Radiology, Queen Mary Hospital; 2Department of Radiology, The University of Hong Kong; 3Department of Radiology, Queen Mary Hospital, Pokfulam, Hong Kong ABSTRACT We report an interesting case of benign persistent intense focal fluorodeoxyglucose (FDG) activity in the prostate gland. A 66-year-old man with a history of prostatism and benign prostate hypertrophy presented with elevated prostate-specific antigen. Three prostatic biopsies obtained by transrectal ultrasonography (TRUS) were negative for malignancy. Magnetic resonance imaging of the prostate revealed a hypointense signal at the right prostate base on T2-weighted images. FDG positron emission tomography/computed tomography (CT) was performed for further evaluation and demonstrated intense FDG activity, similar to urine, posterior to the prostate. Delayed CT scan showed serpiginous excretion of contrast into the seminal vesicles and peripheral zone of the prostate, corresponding to areas of intense and persistent FDG activity, compatible with seminal vesicle and prostatic reflux of urine resulting in intense FDG uptake. Awareness of this pathological entity that may be a complication of TRUS or due to chronic prostatitis may avoid misinterpretation, especially in the absence of administration of CT contrast to delineate -
CHAPTER 6 Perineum and True Pelvis
193 CHAPTER 6 Perineum and True Pelvis THE PELVIC REGION OF THE BODY Posterior Trunk of Internal Iliac--Its Iliolumbar, Lateral Sacral, and Superior Gluteal Branches WALLS OF THE PELVIC CAVITY Anterior Trunk of Internal Iliac--Its Umbilical, Posterior, Anterolateral, and Anterior Walls Obturator, Inferior Gluteal, Internal Pudendal, Inferior Wall--the Pelvic Diaphragm Middle Rectal, and Sex-Dependent Branches Levator Ani Sex-dependent Branches of Anterior Trunk -- Coccygeus (Ischiococcygeus) Inferior Vesical Artery in Males and Uterine Puborectalis (Considered by Some Persons to be a Artery in Females Third Part of Levator Ani) Anastomotic Connections of the Internal Iliac Another Hole in the Pelvic Diaphragm--the Greater Artery Sciatic Foramen VEINS OF THE PELVIC CAVITY PERINEUM Urogenital Triangle VENTRAL RAMI WITHIN THE PELVIC Contents of the Urogenital Triangle CAVITY Perineal Membrane Obturator Nerve Perineal Muscles Superior to the Perineal Sacral Plexus Membrane--Sphincter urethrae (Both Sexes), Other Branches of Sacral Ventral Rami Deep Transverse Perineus (Males), Sphincter Nerves to the Pelvic Diaphragm Urethrovaginalis (Females), Compressor Pudendal Nerve (for Muscles of Perineum and Most Urethrae (Females) of Its Skin) Genital Structures Opposed to the Inferior Surface Pelvic Splanchnic Nerves (Parasympathetic of the Perineal Membrane -- Crura of Phallus, Preganglionic From S3 and S4) Bulb of Penis (Males), Bulb of Vestibule Coccygeal Plexus (Females) Muscles Associated with the Crura and PELVIC PORTION OF THE SYMPATHETIC -
Benign Prostatic Hyperplasia DEFINITION OF
Introduction Introduction enign prostatic hyperplasia (BPH) is an increasingly B common condition in aged males. By the age of 60 years, more than 50% of men will have microscopic evidence of the disease, and more than 40% of men beyond this age will have lower urinary tract symptoms (LUTS) (Chute and Panser, 1993). LUTS are the most common problem that affects BPH patients, and include urinary frequency, urgency, weak stream, straining and nocturia (Trueman et al, 1999) (Wu et al, 2006). Although urologists normally attribute LUTS that are concomitant with BPH to urinary obstruction caused by enlarged prostate, some controversies still exist (Bosch et al, 2008). Several studies have shown that there are correlations between urinary symptoms and prostate volume, peak flow rate or residual urine volume (Madersbacher et al, 1997). However, others have found that prostate volume is not associated with LUTS, and objective parameters cannot predict the severity of symptoms in BPH patients (KEzzeldin et al, 1996) (Tubaroa and Vecchia, 2004). 1 Introduction Because most of these studies have been carried in Western countries, evidence in Oriental populations is still lacking. Almost 20 years ago, Barry and his collagues suggested that by using a simple questionnaire, which was later validated, physicians could quantify urine storage and voiding symptoms reported by patients with BPH or LUTS (Barry et al, 1995). The questionnaire also included a question about quality of life, which can also be called the “bothersome index” or “motivational index” question. That question asked, “If you were to spend the rest of your life with your urinary condition the way it is now, how would you feel about that?” From this was born the International Prostate Symptom Score (I-PSS), which became the gold standard outcome measurement for most clinical trials that assessed responses to interventions for the management of BPH (Becher et al, 2009). -
Transurethral Seminal Vesiculoscopy in the Diagnosis and Treatment of Intractable Seminal Vesiculitis
Clinical Note Journal of International Medical Research 2014, Vol. 42(1) 236–242 Transurethral seminal ! The Author(s) 2014 Reprints and permissions: vesiculoscopy in the sagepub.co.uk/journalsPermissions.nav DOI: 10.1177/0300060513509472 diagnosis and treatment of imr.sagepub.com intractable seminal vesiculitis Bianjiang Liu, Jie Li, Pengchao Li, Jiexiu Zhang, Ninghong Song, Zengjun Wang and Changjun Yin Abstract Objective: To investigate the efficacy and safety of transurethral seminal vesiculoscopy in the diagnosis and treatment of intractable seminal vesiculitis. Methods: This prospective observational study enrolled patients with intractable seminal vesiculitis. The transurethral seminal vesiculoscope was inserted into the bilateral ejaculatory ducts and seminal vesicles, via the urethra. The ejaculatory ducts and seminal vesicles were visualized to confirm the diagnosis of seminal vesiculitis and to determine the cause of the disease. The seminal vesicles were washed repeatedly using 0.90% (w/v) sodium chloride before a 0.50% (w/v) levofloxacin solution was injected into the seminal vesicles. Results: A total of 114 patients participated in the study and 106 patients underwent bilateral seminal vesiculoscopy. Six patients with postoperative painful ejaculation were treated successfully with oral antibiotics and a-blockers. Two patients with postoperative epididymitis were treated successfully with a 1-week course of antibiotics. Haematospermia was alleviated in 94 of 106 patients (89%), and their pain and discomfort had either disappeared -
Multimodality Imaging of the Male Urethra: Trauma, Infection, Neoplasm, and Common Surgical Repairs
Abdominal Radiology (2019) 44:3935–3949 https://doi.org/10.1007/s00261-019-02127-8 SPECIAL SECTION: UROTHELIAL DISEASE Multimodality imaging of the male urethra: trauma, infection, neoplasm, and common surgical repairs David D. Childs1 · Ray B. Dyer1 · Brenda Holbert1 · Ryan Terlecki2 · Jyoti Dee Chouhan2 · Jao Ou1 Published online: 22 August 2019 © Springer Science+Business Media, LLC, part of Springer Nature 2019 Abstract Objective The aim of this article is to describe the indications and proper technique for RUG and MRI, their respective image fndings in various disease states, and the common surgical techniques and imaging strategies employed for stricture correction. Results Because of its length and passage through numerous anatomic structures, the adult male urethra can undergo a wide array of acquired maladies, including traumatic injury, infection, and neoplasm. For the urologist, imaging plays a crucial role in the diagnosis of these conditions, as well as complications such as stricture and fstula formation. While retrograde urethrography (RUG) and voiding cystourethrography (VCUG) have traditionally been the cornerstone of urethral imag- ing, MRI has become a useful adjunct particularly for the staging of suspected urethral neoplasm, visualization of complex posterior urethral fstulas, and problem solving for indeterminate fndings at RUG. Conclusions Familiarity with common urethral pathology, as well as its appearance on conventional urethrography and MRI, is crucial for the radiologist in order to guide the treating urologist in patient management. Keywords Urethra · Retrograde urethrography · Magnetic resonance imaging · Stricture Introduction respectively. While the urethral mucosa is well depicted with these radiographic examinations, the periurethral soft tis- Medical imaging plays a crucial role in the diagnosis, treat- sues are not.