Urinary Stones Essay

Kidney Stone has been developing amongst individuals in the most recent 30 years and the purpose behind it is still obscure. A large number of individuals every year have issues with kidney stones, and there isn't a genuine cure to dissolving the kidney stone. Specialists can't do much other than instruct them to keep hydrated and give them torment relievers; if nothing works they need to do surgery. On the other hand, there are a considerable measure of theories in regards to home cures including kidney stones. Specialists need help to check whether some home cures will really cure it. Scientists

Urinary stones, as known as Nephrolithiasis, a common disease that affects 1 in 10 Australians. The most of stones pass spontaneously, but some conditions, particularly ongoing pain, renal impairment and infection, mandate intervention (Macneil & Bariol, 2011). The formation of urinary stone is the calcium and uric get stuck together in the urine and becomes hard crystals. It can be small as the grain of sand or large as a golf ball (Health line, N.D). Patient whom has urinary stone will feel ongoing pain that as known as renal colic, when those stones become big enough. Renal colic is a pain caused by urinary tract stone blockage, it can be anywhere in the urinary tract that including the area from kidneys to the ureters, urinary bladder and urethra.

Nephrolithiasis can be suspected based on the history and physical examination. However, lab works and diagnostic imaging are important to confirm and exclude the diagnosis of nephrolithiasis. Urinalysis is performed to examine the presence of blood, urine pH and crystals to identify the contents of the stone as well as infection. An elevated WBC count or presence of bacteria in the urine is a sign of infection. Identifying the stone composition will help to direct the medical therapy for the patient. A 24 hour urine collection is done to identify dietary and individual risk factors for recurrent nephrolithiasis. Several imaging studies can be performed to rule out nephrolithiasis. If a patient is pregnant or contraindicated for better imaging

Almost everyone will go through a breakup. Those who have been through a rough breakup may agree that heartache hurts. Individuals handle breakups in many different ways; some might become depressed, stop eating, or even overeat. In Aaliyah’s “I Don’t Wanna” and FeFe Dobson’s “Can’t Breath”, each artist expresses their emotional response to handling a breakup. Each are fighting to hold on to the relationship and not wanting to believe that the relationship is actually over.

Kidney stones do not have a singular cause, however they are often formed when urine has more calcium, oxalate, or uric acid than can be diluted. The purpose of this lab was to create kidney stones and then to test certain remedies by dissolving them. There are many home remedies that can be attempted, however in this lab, we tested how lemon juice effects a kidney stone versus how hydrochloric acid effects a kidney stone. Two kidney stones were created, calcium

Your urine test and physical exam showed a kidney infection. This is called pyelonephritis. It is a urinary tract infection that affects your kidney. The urinary tract includes the kidneys, the ureters, the bladder, and the urethra. Most kidney infections result from lower urinary tract infections, usually bladder infections, and occur when bacteria travel from the vagina or rectal area into the urethra and bladder. The urethra is the tube that empties urine from the bladder. From the bladder, the bacteria travel up the ureter or ureters into the kidney or kidneys. The ureters are the tubes that carry urine from the kidneys to the bladder. In women, the urethra is very short, which allows bacteria to spread to the bladder easily, and eventually, the kidney.

Uric Acid stones precipitate under these circumstances increased urinary uric acid concentration secondary to overproduction, increased renal tubular uric acid secretion, decrease renal tubular uric acid reabsorption, decrease in the urinary volume or increased hydrogen ion concentration. Some causes include purine enzyme defects, leading to overproduction and increased uric acid concentration in the urine for example, HGPRT deficiency, PRPP synthetase overactivity and G6P deficiency. Other causes include myeloproliferative and lymphoproliferative disorders, hemolytic anemias or cytotoxic drug related causes. Lastly increased dietary purine intake, hyperuricemia, dehydration, decreased glomerular filtration and renal tubular uric acid reabsorption

There are several reasons why a patient may develop ureteric calculi. These may be as a result of diet, chronic urinary tract infections (UTIs) and irregularities in anatomy, physiology or metabolism. In addition to these, certain drugs and/ or their metabolites may also give rise to ureteric stones. The most important environmental factor, however, is believed to be reduced fluid intake. Ordinarily, this will lead to decreased urinary output and a corresponding urinary increase in the solutes responsible for forming ureteric calculi. In further ureteric stone-related variations, there are differences noted between sex, age, race and

Renal Stones: In a normal system the calcium levels in the blood are at a safe level, and helps with contracting muscles, releasing hormones making sure that nerves and the brain are functioning properly. In like Mr. Doe who has too high calcium levels in his blood can cause renal stones can begin to develop. Renal stones block the ability of homeostasis to occur. When these calcium deposits get lodged and block urine from being able to exit in order empty out the bladder, thus the body isn’t able to function properly.

Over a lifespan of 70 years, 3-20% of the human population has a chance of forming a urinary stone (Selvaraju, Thiruppathi and Raja 2012). Urinary stone formation is due to the supersaturation of urine. This is when the urine is holding as many solutes as possible and there is more solutes in solution. Adhesion of these solutes to cell walls inside the body then builds up and forms a solid. This process continues until a urinary stone is formed.

One of the biggest debates in sports right now is whether or not college athletes should be paid. They spend an extensive amount of time between classes, workouts, practices, and games. As an NCAA Division III athlete, I can relate to having a demanding schedule. Everybody has to go to their classes and practice every day. In addition, we have skill workouts between classes depending on the day, as well as lifting four days per week in the offseason and two days per week during the season. It is important to keep in mind that the schedule of a Division I athlete would be even more strenuous. On top of that, a school’s athletic teams are the face of the school. For many people, the only

At a recent yearly routine appointment to dilate her urostomy she was informed that she had kidney stones and was awaiting further guidance.

Kidney stones have numerous causes and can influence any piece of your urinary tract — from your kidneys to your bladder.

This study was conducted to assess the diagnostic yield of B-Mode Ultrasonography compared to unenhanced helical CT scan in detecting urinary stones in patients with acute renal colic.5

     Luckily, after the excruciating occurrence, the stone usually doesn’t damage anything. Sometimes there comes a situation where the kidney stone either becomes too big or for some reason gets wedged in the urinary tract and the pain worsens. Also, the urine begins to get backed up, and the bladder and urinary tract begins to get infected. Thus, an operation must be performed. Originally, they were removed, either by slicing the bladder or kidney open, or by shoving an instrument up the ureter. Fortunately, through the miracles of technology, one does not necessarily have to go through this “invasive” treatment. Instead, there is a treatment that uses shockwaves to slice up the stone. This is called kidney stone lithotripsy. A large machine uses sound waves to break up the stone into small fragments that can be more easily passed through.