...The urinary tract is the body’s drainage system for removing urine, which is composed of wastes and additional fluid. In sequence for normal urination to happen, all body parts in the urinary tract require to work as one in the proper order. The lower urinary tract includes the bladder and urethra. (National Kidney and Urologic Diseases Information Clearinghouse (NKUDIC), 2012). Urination is the process of emptying the bladder. To urinate, the lower urinary tract has two detached phases of activity: the storage (or guarding) phase, when urine is collected in the bladder; and the voiding phase, when urine is unconfined through the urethra The state of the reflex system is reliant on both a conscious signal from the brain and the firing rate...
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...Essay Assignment – Unit 3 cont’d Urinary System A. Describe the structure of a kidney nephron and its associated blood vessels. * There are two parts of a kidney nephron; the renal corpuscle and the renal tubule. The renal corpuscle is the part of the kidney where the blood plasma is filtered and the renal tubule is the part of the nephron where the glomerular filtrate passes through after reaching the Bowman’s capsule. The renal corpuscle is made of the Bowman’s capsule and the glomerulus. In the glomerulus, there are capillaries located between the afferent arteriole and bring blood into the glomerulus and the efferent arteriole, which drains the blood away from the glomerulus. (IvyRose Holistic) There are cells that form the outer edges of the glomerulus and they form close attachments to cells of the inner surface of the glomerulus and these cells stick together and form a filtration membrane that would enable water and solutes to pass through the 1st wall of the Bowman’s capsule. * In the renal tubule, the first part of it is the Proximal Convoluted Tubule [PCT]. Solutes and water that have passed through the PCT would enter the Loop of Henlé and the water and the substances in it passes from the renal cortex and then into the renal medulla and then back to the cortex. The water and the substances dissolved in it returned to the renal cortex via the ascending limb of Henlé and then it passes through the Distal Convoluted Tubule [DCT]. The DCT converges onto...
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...attach these organs to the pelvic cartilage. The Marshall-Marchetti-Krantz procedure is performed to reinforce the bladder neck, which prevents unintentional urine loss also known as urinary stress incontinence. Stress incontinence is the unintentional loss of urine prompted by a physical movement or activity, such as coughing, sneezing or lifting heavy items, which puts pressure or stress on the bladder. Stress incontinence is also the most frequent for of incontinence and is most frequent in women, especially those who are past menopause. (Blaivas) It is reported that stress incontinence is more frequent in women because of the female anatomy, and the pelvic muscles weaken with age as well as childbirth because it places burden on the muscles. Even though it is more prone in women, male incontinence also occurs and is primarily caused in response to blockage in the prostate or after prostate surgery. To better understand urinary stress incontinence, it is important to understand the vital organs that are in the urinary system, such as: two kidneys, two ureters, a urinary bladder and the urethra. The urinary system is responsible in helping the body get rid of wastes and excess water in the form of urine, which is a vital part of maintaining homeostasis within the body. The urinary organs also help transport the urine, or store it and released until it is time for one to micturate. The kidneys are responsible for filtering and cleaning the body’s blood of wastes...
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...Discovery Lauren Walker HS130 Unit #9 Assignment Kaplan University 11/19/13 Good morning everyone!! Are we ready for another exciting trip through the human body?! Today we will be following the food of 55 year old Harold who recently ate a hamburger and French fries and is now washing it down with a nice tall root beer. We will be following his meal through his GI tract and I will tell you all about all the structures that we will see on the way. Once we arrive at the distal ileum, we will make a small change to our route by getting into his blood stream. We will follow the superior mesenteric vein to the renal artery. Once there, we will travel through the heart, lungs and eventually reach his kidney. We will make our way into the urinary tract where we will eventually leave his body by way of his urethra. If we hurry, we can catch a ride on the tail end of it! As long as everyone is ready, let’s go Our journey will begin in Harold’s mouth, where he is chewing the last bite of his hamburger and washing it down with root beer. The clear fluid that you will see mixing with the chewed up bits of food is saliva. Saliva has enzymes that help break down the food for digestion. Next, digestion moves into the pharynx and then further down into the esophagus. Once inside the stomach, which looks like a large sac, you will see a small round muscle, called the sphincter. This keeps Harold’s food (and us) from flowing back up into the esophagus. Now inside the stomach, you will see...
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...covered in a enamel layer for hardness. The tongue contains rough papillae, which grips food as it is moved the tongue muscles. The tongue also helps to push food toward the posterior part of the mouth for swallowing. In the mouth there are 3 sets of salivary glands that produce a watery secretion know as saliva. With the assistance of salivary enzymes or saliva the food particles are moistened and are then able for the tongue and other muscles to push the food into the pharynx, which is connected to the posterior end of the mouth. We are now travelling downward through a long muscular tube that extends from the pharynx to the stomach and the food will then enter the esophagus. The pharynx serves two different functions in the digestive system; it has a flap of tissue called the epiglottis that acts as a switch to route food to the esophagus and air to the larynx (enchantedlearning.com, 2001). The food has now entered the esophagus and we are experiencing a series of rhythmic, wave like muscle movements, called peristalsis. This movement forces food from the throat to the stomach. We have entered the stomach which is a large muscular sac located on the left side of the abdominal cavity, just inferior to the diaphragm. The stomach is lined with a mucous membrane which contains...
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...Excretory System Outcomes: Students will be expected to • Describe the structure and function of the major organs of the excretory system (302-5). Materials: • Body diagrams (showing the excretory system) and blank outlines of the human body. • Tag board or other sturdy paper on which to affix the model • Mini-marshmallows • Glue • Kidney beans • Cafeteria Straws • Scissors • Spaghetti (uncooked) • Red Yarn • Brown paper bags • Blue yarn Engage: Open with a class discussion on what the kids know about the Excretory System. What do they know about the Excretory System already? Explore: Working in small groups, provide each group with a brown bag full of materials that they will need to create their model. Write what each student needs to grab out of the bag. You can also provide this list on the whiteboard or overhead. Each student needs: • 3 kidney beans (kidneys) • 3 spaghetti pieces (urethra) • 2 marshmallows (bladder) • 2 straw pieces (urethra) • 2 pieces of yarn (veins) One of each item will be used for the key at the top of the tag board. It is helpful to have a model already assembled as a guide for the students. Explain: To assemble: • Glue the online of the human body onto tag board or heavy construction paper. • Glue the kidney beans in the appropriate place on the human body. Use a diagram of the excretory system to help with...
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...CHAPTER ONE 1. INTRODUCTION 1.0 DEFINITION OF TRADITIONAL MEDICINE, HERBAL PREPARATION AND FINISHED HERBAL PRODUCTS The World Health Organization (WHO) defines traditional medicine as the sum total of knowledge, skills and practices based on the theories, beliefs and experiences indigenous to different cultures. Traditional medicine is used in the maintenance of health the prevention, diagnosis, improvement or treatment of physical and mental illness, whether explicable or not and is passed on from generation to generation. Herbal Preparations contain plant parts or plant material in the crude or processed state as active ingredients and may contain excipients. (WHO, 1996a; Busse, 1999). Combinations with chemically defined active substances or isolated constituents are not considered herbal preparations (Busse, 2000; GNDP, 2004). According to the European Medicine Evaluation Agency (EMEA), herbal preparations are medicinal products containing exclusively herbal drugs or herbal drug preparations as active substances (WHO, 1996b; Busse, 2000). Several chemical constituents with different pharmacological targets are involved in the therapeutic action of herbal preparations. This may be an advantage compared to single isolated compounds, especially when the underlying disease has a multifactorial etiology which is the case in many chronic illnesses. Herbal preparations may include comminuted or powdered plant material, extracts, tinctures, fatty or essential oils of...
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...Renal System Kidneys: Our bodies create sweat, carbon dioxide, stool and urine. Urine is produced by the kidneys and contains the hyproducts of metabolism. These includes salts, toxins and water which then end up in the blood. The kidneys filter and get rid of these waste substances from our blood. Without the kidneys, waste products would build up in the blood to levels which are dangerous. The kidneys regulate the important functions. An example of this is that the kidneys monitors and maintains the bodies balance and makes sure that our tissues receive enough water to function properly. The kidneys work together to perform the important functions. Besides filtering the blood, producing urine and making sure that body tissues receive enough water. The kidneys regulate the blood pressure and level the important salts. By doing this this can produce and enzyme called renin. The kidneys ensure that the blood pressure is regulated. The kidneys also secrete hormones which stimulate the blood cell production. The kidneys also help regulate the pH of the blood and the body fluids (Kidshealth, no date) A thin layer of fibrous connective tissue is formed in the renal capsule. This provides a stiff outter shell which maintains the shape of the tissue. The cortex is the outer smooth layer of the kidney. The process of the ultra filtration of the blood is transferred in the renal cortex which is known as ultra filtration. The filtration processes can only be completed when the blood...
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...Kidney Failure HCA/240 Kalkita Dodson February 2, 2012 * Scenario A: Acute renal failure. Ms. Jones, a 68-year-old female, underwent open-heart surgery to replace several blocked vessels in her heart. On her first day postoperatively, it was noted that she had very little urine output. * * What is happening to Ms. Jones’s kidneys, and why is it causing the observed symptom? * Oliguria – is a sudden drop in urine volume, or complete cessation of urine production. * What other symptoms and signs might occur? * Other symptoms that may occur is headache, gastrointestinal distress, and the odor of ammonia on the breath. * What is causing Ms. Jones’s kidney disease? * Her disease can be caused from the blood flow to the kidneys resulting from the surgical shock from her open heart surgery. * What are possible treatment options and prognosis? * Since Mrs. Jones has had open heart surgery it is very important to make sure that they monitor her hyperkalemia to make sure the levels of potassium stay where they need to so it does not cause the heart to weaken. Treatment should include restoration of the blood volume to normal, restricted fluid intake, and dialysis. * * Scenario B: Chronic renal failure...
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...An organism's excretory system is responsible for getting rid of waste and toxins that build up in the organism. The primary organs of excretion in the human body are the lungs, kidneys and skin. The lungs get rid of carbon dioxide, while the skin excretes waste in the form of sweat. The urinary system gets rid of waste in the form of urine. There are a variety of science projects that can demonstrate these principles and allow students to show an understanding of the systems. Excretory System Model * In this project, students make a model of the excretory system that includes the kidneys, bladder, ureters and urethra, as well as the arteries and veins that bring blood to the kidneys for cleaning. The model can be three-dimensional, or it can be drawn and pasted onto a cardboard sheet. Let the students come up with innovative ways to represent the different organs. Give them a few tips and award extra points for students who can make their models out of recyclable materials. For example, a balloon can be used to represent the bladder and kidneys can be modeled from a basic dough that is colored with food dyes. Filter System Project * This science project shows how the kidneys work together as a filtration system. It is a simple science project for younger students that demonstrates the concept of a filter and how it works. You will need either cheesecloth or filter paper, food coloring, a pound of fine-grained sand, a gallon of water and a tall, thin glass jar. Students...
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...DHS: Seniors and People with Disabilities State Operated Community Program SOCP Nurse Tools: http://www.dhs.state.or.us/spd/tools/dd/socp/nurses.html |Foley Catheter Care |Date: | | |Client name: | |DOB: | |House: | | |Site Manager: | |Phone #: | | |Allergies: | | Foley Catheter basics: |What is it? A Foley catheter is a thin rubber tube which is put into your bladder (organ that holds urine). It is used to drain |[pic] | |urine out of your body. A Foley catheter is also called an "indwelling catheter". After the catheter is inserted, its tiny tip can| | |be inflated (filled) with sterile (clean) water to make a small balloon. The balloon holds | | |the Foley in place and keeps it from slipping out of your bladder. A Foley catheter can stay in the bladder for a short or long time. | |...
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...Renal system urinary system Kidneys The kidney job is to filter metabolic wastes excess iron and chemicals from the blood to form urine. Every day the two kidneys filter about 120 to 150 quarts of blood to be able to produce 1 to 2 quarts of urine, composed of wastes and extra fluids. The urine flows from the kidneys to the bladder by 2 thin tubes of muscle called ureters one tube on each side of the bladder the bladder will then store the urine. The kidneys are important because they keep the composition or make up if the blood stable which in turn will help the body function. The left kidney is located slightly higher than the right kidney because of the liver but more because of the right side of the liver because the right side of the liver is much larger than the left side of the liver. Urinary Bladder The bladder is located in the pelvis between the pelvic bones the bladder is hollow and a muscular balloon shaped organ that expands when it is filled with urine. Though a person cannot control kidney function they however can control when the bladder empties. A normal bladder can act like a reservoir and can hold up to 1.5 to 2 cups of urine, how often does the person needs to urinate depends on how fast the kidneys produce the urine that fill the bladder. Urethra The urethra is a tube which passes urine from the bladder to the exterior of the body, the female urethra is approximately 2 inches long and ends inferior to the clitoris and superior to the vaginal...
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...causing the observed symptoms? Ms. Jones’s kidneys are shutting down which means they can no longer remove waste from the blood, which means they are building up and becoming toxic. The symptom of reduced urine output could be a blockage in the urinary tract. What other symptoms or signs might occur? Severe dehydration, which may cause extreme thirst, lightheadedness or faintness, and a weak, rapid pulse. What is causing Ms. Jones’s kidney disease? Ms. Jones’s just underwent a major surgery which reduced the blood flow to her kidneys and sent her body into surgical shock. What are possible treatment options and prognosis? Restore blood volume and treat her for any type of infection she may have. The treatment mostly depends on the reason for the kidney disease. Why is the condition of Mr. Hodges’s kidneys affecting the rest of his body? The kidneys shift out waste products and extra water which becomes urine. If your kidneys can not do this than the toxins build up and will cause you to become ill. This will cause to much potassium in your blood which will eventually lead to heart problems. As his chronic renal failure worsens what other symptoms and signs might occur in his respiratory, digestive, nervous, and urinary systems? His hands and feet may swell, he may feel tired and weak, suffer from nausea, vomiting, problems with vision, cause confusion, fluid in the lungs, seizures or even a coma. What is causing Mr. Hodges’s kidney disease? Since he has congestive...
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...water * Recently moves to supervised facility Physical Exam: * Wrinkled skin * Dry mucous membrane * Disorientation * Lethargy * Confusion Vital Signs: * BP: 70/55 * HR: 124/min Test and Indications: * Blood test indicates elevated solute concentration; suggests severe wter loss due to dehydration * Urinalysis indicates significant increase due to kidneys inability to reabsorb water during urine formation; suggest a reduced ADH effect Chemistry: * Reabsorption of water depend on hormonal regulation Cells: * Principle cells in collecting duct Tissues: * Tubules are atrophic * Renal tubule are less responsive to ADH * Connective tissues exists between tubule Organ systems: * Brain * Kidney * Skin * Blood * Vessels * Urinary bladder MR. NEWMAN Clinical presentation: * Fever * Severe flank Patient History: * Bilateral lumbar tenderness * Bilateral renal enlargement * Liver enlargement * Ankle and facial edema * Skin pallor * Lung sounds suggest pulmonary edema Vital signs: * BP: 172/100 * HR: 92 * Temp: 102.2 Test and Indications: * Blood test indicates anemia and infection * Urinalysis indicates loss of urine and renal disfunction Chemistry: * Potassium: 5.4 mEq/ liter * Calcium: 6.8mg/ dL * Phosphate: 4.3mEq/liter * Urea: 37mg/dL * Creatinine: 2.0mg/dL * Albumin: 2.9gm/ dL * pH: 7.29 Cells: * Cysts in kidneys Tissues: * Renal (very little exists) * No renal...
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...over the past week. As soon as he empties his bladder he gets the urge within 5minutes to go again. First, I would find out if Mr. Brown felt any fevers. Questions would follow as color, texture, frequency of urine. Any episodes of cloudiness or blood tinged urine? Any problems with your prostate? Are you sexually active, any discharge? Are you taking any over the counter (OTC) or herbal medications? Have you previously had a bladder infection? A bladder infection of the bladder is known as cystitis, which is a form of UTI. Its presence in the urine can lead to bladder infections. Females are common risk factor factors for bladder infections because of their shortened urethral length. Elderly people, weaken immune systems, urinary catheters, paralytic patients, pregnant women, and Caucasians are some risk factors for bladder infections. On physical exam, blood pressures must be taken to rule out hypertension. Examining Mr. Brown's pelvic area, abdomen and lower back will help determine whether the bladder or kidney is enlarged. A urine sample will be collected and sent for urinalysis. Any white blood cells, hematuria, or nitrates present can indicate an infection. Urine culture specimen will be sent to the laboratory to grow and identify the causative bacteria. Bladder infections can be treated with antibiotics. . This is a condition which can be completely cured when appropriately diagnosed and...
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