Urinary Elimination Dr. Belal Hijji, RN, PhD March 17 & 18, 2012.

Slides:



Advertisements
Similar presentations
By: Franco María Jiménez Iveth Lamboglia Rosa Rodríguez Ryan Rodríguez Yissel Santamaría Ángel.
Advertisements

The Brain….The Body…and You Presented by St. Lawrence College with support from MOHLTC Stroke System Professor Ruth Doran.
Understanding Urodynamics Kim Duggan, RNC. Understanding Urodynamics Urodynamics is a study that assess how the bladder and urethra are performing their.
Objectives Define urinary incontinence
The Urinary System.
Urinary System. Functions of the Urinary System Removes organic waste products generated by the body’s cells Regulates blood volume and blood pressure.
Metro Community College Nursing Program Nancy Pares, RN, MSN.
Aging of the Urinary Tract: Kidney Lower Urinary Tract.
Urinary Elimination.
4.02 Understand the Functions and Disorders of the Urinary System
The Urinary System.
Urinary Elimination. 1. Kidneys 2. Ureters 3. Bladder 4. Urethra.
Anatomy and Physiology
Medical-Surgical Nursing: An Integrated Approach, 2E Chapter 29 NURSING CARE OF THE CLIENT: URINARY SYSTEM.
Essential Questions  What are the functions of the urinary system?  What are some disorders of the urinary system?  How are disorders of the urinary.
Mosby items and derived items © 2005 by Mosby, Inc. Chapter 44 Urinary Elimination.
Urinary elimination Dr. Dergham M. Hameed. Urinary System Kidneys and ureters Bladder Urethra.
Essentials of Anatomy and Physiology Fifth edition Seeley, Stephens and Tate Slide 2.1 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin.
Essential Questions  What are the functions of the urinary system?  What are some disorders of the urinary system?  How are disorders of the urinary.
Chapter 15 The Urinary System
Essentials of Human Anatomy & Physiology Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings Slides – Seventh Edition.
GERIATRICS : UI Dr. Meg-angela Christi Amores. URINARY INCONTINENCE  major problem for older adults, afflicting up to 30% of community-dwelling elders.
Genitourinary Assessment. Competencies  To Describe information to be obtained during a genitourinary assessment  To identify techniques to use during.
Nursing Diagnoses Clients with Urinary Elimination Problems Heather Nelson, RN.
King Saud University College of Nursing Fundamentals of Nursing URINARY ELIMINATION.
TO PEE OR NOT TO PEE A STUDY OF URINATION Urinary system Major organ is the kidney Also includes the ureters, the urinary bladder and the urethra.
Physiology of micturition
The Urinary System Chapter 17. Terminology  Nephrology: study of the S/F of the kidney  Urology: Males = specialty of male urinary system + reproductive.
The Urinary System. System Overview Consists of: –Kidneys –Ureters –Urinary bladder –Urethra.
Chapter 15 The Urinary System.
Adult Medical-Surgical Nursing Renal Module: Neurogenic Bladder.
Chapter 15.  Elimination of waste products  Nitrogenous wastes  Toxins  Drugs.
Urinary Elimination. 1.Kidneys 2.Ureters 3.Bladder 4.Urethra Urinary system.
Promoting Urine Elimination
Urinary System. Functions Cells produce waste that can become toxic if they accumulate The urinary system: removes salts and nitrogenous wastes maintains.
Urinary system.
Function Rid body of nitrogenous wastes Regulate water, electrolyte, and acid-base balance of blood.
Urinary System Kidneys Ureters bean shaped
Formation of Urine Figure 15.5.
Nonsolid wastes are eliminated through lungs, skin, and kidneys.
Formation of Urine Figure 15.5.
The Excretory System. Function: The excretory system eliminates nonsolid wastes from the body. Nonsolid wastes are eliminated through lungs, skin and.
Question 1 In the nephron, filtrate that leaves the Bowman’s capsule then enters the ________. A. loop of Henle B. distal convoluted tubule C. proximal.
The Urinary System. Functions of the Urinary System Elimination of waste products –Nitrogenous wastes –Toxins –Drugs Regulate aspects of homeostasis –Water.
The Urinary System By: Selene Salazar. Defined Terms  Urinary Incontinence- the inability to control the bladder, which leads to an involuntary loss.
Linda S. Williams / Paula D. Hopper Copyright © F.A. Davis Company Understanding Medical Surgical Nursing, 4th Edition Chapter 36 Urinary System.
The Urinary System Waste Removal System. The Urinary System The major function of the urinary system is to remove metabolic waste from blood and direct.
Urinary Elimination. Risk Factors for Problems of Elimination Conditions that result in Neurologic impairment (Neurogenic bladder) Trauma to the brain.
INTERSTIM ® THERAPY for Urinary Control. What are Bladder Control Problems? Broad range of symptoms –May leak small or large amount of urine –May leak.
Urinary System Kylie Matheny, Mariely Hidalgo, Elias Sannicolo, Desiree Shine.
17 -1 Chapter 18 The Urinary System. 18-1: The Urinary System Functions of the urinary system: Excretion Excretion—removal of waste products Elimination.
URINARY SYSTEM. Functions Excretion – removal of organic waste products from body fluids Elimination – discharge of these waste products into environment.
Chapter 45 Urinary Elimination
Urinary Elimination.
Urinary Bladder Smooth, collapsible, muscular sac
The Urinary System.
Urine Formation Chapter 15.
Urine Formation Chapter 15.
Urinary System Function, Assessment, and Therapeutic Measures
Urinary System Ch 43.
Anatomy of the Urinary System
The Urinary System.
Chapter 15 The Urinary System
Ch. 17 – Urinary System.
4.02 Understand the Functions and Disorders of the Urinary System
The Urinary System.
The Urinary System.
Chapter 15 The Urinary System
REVIEW ANATOMY and PHYSIOLOGY
Presentation transcript:

Urinary Elimination Dr. Belal Hijji, RN, PhD March 17 & 18, 2012

2 Learning Outcomes After this lecture, students will be able to: Describe functions of the urinary system organs Describe factors that can affect normal urinary elimination Identify common urinary elimination problems and types of urinary incontinence Describe a nursing care plan of a client with urinary retention

3 Functions of the Urinary System Organs Kidneys: Are reddish brown, bean-shaped organs. Nephrons are the functional units of the kidneys; they remove waste products from blood and regulate water and electrolyte concentrations in body fluids. A cluster of capillaries forms the glomerulus which is the initial site of urine formation. These capillaries filter water, amino acids, glucose, uric acid, creatinine, and electrolytes. However, they do not filter proteins and blood cells. Ureters: Transport urine, which is sterile, from kidneys to bladder. Peristaltic waves cause the urine to enter the bladder in spurts rather than steadily.

4 Bladder: Is a reservoir that holds urine until the urge to urinate develops. In male, it rests against the rectum posteriorly, in female it rests against the anterior wall of uterus and vagina. The bladder is a hollow, muscular organ located in the pelvis. It has a fixed base and a distensile upper portion composed of multiple bundles of smooth muscle called the detrusor muscle. Urethra: The passage that ends with the urethral meatus through which urine exits the body. The external urethral sphincter permits voluntary flow of urine

5

6

7 Factors Affecting Urination Normal urinary elimination can be affected by physiological factors, psychosocial conditions, and diagnostic or treatment- induced factors. Knowledge of these factors enables the nurse to anticipate possible elimination problems. –Age: Children cannot control urination voluntarily until 18 to 24 months. The child must be able to recognise the feeling of bladder fullness, to hold urine for sometime, and to communicate the sense of urgency to parent. The process of aging may impair micturition. Problems of mobility may make it difficult for older adults to reach the toilet or bedside commode in time. –Sociocultural factors: Cultural and gender norms vary on the privacy or publicness of urination. –Psychological factors: Anxiety and stress may affect a sense of urgency and increase the frequency of urination. Anxiety may prevent complete urination because of tension.

8 –Muscle tone: Weak abdominal and pelvic floor muscles impair bladder contraction and control of the external sphincter. Immobility, child birth, use of indwelling catheter, and trauma may decrease muscle tone. –Fluid intake: More fluid intake increases urine production. Alcohol stops the release of the anti-diuretic hormone (ADH), thus promoting urine production. Fluids containing caffeine increase frequency of micturition. –Pathological conditions: Acute renal disease reduces urine volume; chronic diseases initially increase volume of urine. Spinal cord injuries interrupt voluntary bladder emptying –Surgical procedures and drugs: The stress response to surgery reduces the amount of urinary output to increase circulatory fluid volume. Anesthesia and pain killers slow the filtration rate and reduce urine output. Diuretics prevent reabsorption of water and electrolytes, and urinary output increases. –Diagnostic tests: Cystoscopy may cause localised edema of the urethra and bladder sphincter spasm resulting in urinary retention.

9 Common Urinary Elimination Problems Urinary retention: It is an accumulation of urine in the bladder because it cannot partially or completely empty. The client who retains at least 25% of the total bladder capacity is experiencing urinary retention. When this happens, bladder walls stretch causing feelings of pressure, discomfort, tenderness of symphysis pubis, restlessness, and diaphoresis. These findings along with an absence of urinary output over several hours and distended bladder may indicate urinary retention.

10 Urinary tract infections (UTIs): 36% to 40% of UTIs are nosocomial. The urinary catheter is a source of injury to the mucosa, thus allowing bacterial invasion. Therefore, it is important to keep catheterisation to a minimum to avoid bacteriuria. Signs and symptoms of UTI include pain or burning urination, frequent and urgent sensation of the need to void, fever, chills, nausea and vomiting, hematuria, and concentrated cloudy urine. Urinary incontinence: It is the loss of control over voiding. It can be temporary or permanent. Leakage maybe continuous or intermittent. Incontinence affects body image and social interaction. Urine odor and wet clothes add to the embarrassment. Urinary incontinence may result from multiple causes, including urinary tract infection, detrusor instability, bladder outlet obstruction or incompetence, neurologic impairment, bladder spasm, and inability to reach the toilet in time.

11 Types of Urinary Incontinence Total: Total uncontrollable and continuous loss of urine. Neuropathy of sensory nerves, trauma or disease of spinal nerves or urethral sphincter cause this problem. Functional: Involuntary unpredictable passage of urine in client with intact urinary and nervous systems. It is caused by a fistula between bladder and vagina or a change in environment. The client has strong urge to void but loses urine before reaching the toilet. In functional incontinence, the patient has intact urinary physiology but experiencing mobility impairment or cognitive problems and is unable to reach and use the toilet before soiling him/ herself.

12 Stress: Increased intraabdominal pressure causing leakage of small amounts of urine. Causes are coughing, laughing, vomiting, or lifting with full bladder, obesity, full uterus pressing against bladder during the 3 rd trimester. Urge: This is involuntary passage of urine after strong sense of urgency to void. Causes include alcohol or caffeine ingestion, increased fluid intake, irritation of bladder stretch receptors. Reflex: This is involuntary loss of urine occurring somewhat at predictable intervals when specific bladder volume is reached. Causes are upper or lower spinal cord injury. The client is unaware of bladder filling and does not feel urgency to void.

13 Nursing Care Plan of a Client With Urinary Retention Assessment: Mr. Ali is unable to void after catheter removal. He has been catheterised once and 1100 ml of urine removed. He complains of dribbling and inability to urinate. He was incontinent on the last shift of a small amount of urine. Nursing assessment reveals a distended bladder. Nursing diagnosis: Urinary retention related to detruser inadequacy secondary to catheterisation. Planning: The goal is, “The client will have normal micturition with complete bladder emptying within 2 days. Expected outcomes are: –Client will void within 8 hours. He will void at least 300 ml with each voiding. –Client urine remains clear yellow –Client will remain free of discomfort during voiding –Client bladder remains nondistended

14 Intervention –Have the client attempt voiding at regularly scheduled times. –Have the client use bladder compression during voiding. –Allow client to sit on toilet for 15 minutes to encourage second voiding. –Encourage fluid intake of 2000 ml/ day Evaluation –Measure and observe color of each voided specimen –Palpate the bladder every 4 hours and after each voiding –Ask client about sensation to void, bladder fullness, and discomfort when voiding