Chronic Kidney Disease is a progressive irreversible loss of kidney function over an extended period of time. It can be due to the presence of kidney damage or decreased glomerular filtration rate (Lewis). Kidney function is regulated though glomerular filtration rate (GFR). GFR gradually decreases due to nephrons being destroyed. Nephrons left intact are subjected to an increased workload, resulting in hypertrophy and inability to concentrate urine. Typically GFR in chronic kidney disease is less than 60 mL per minute lasting longer than 3 months. Leading causes of Chronic Kidney disease includes systemic diseases such as diabetes, hypertension, and disease of the renal system which consists of glomerulonephritis, chronic pyelonephritis, obstructive …show more content…
These nephrons filter out and remove waste products and extra fluid from the blood and discharge them through urine (Lewis ). If a nephron gets damaged it is not able to function anymore. Kidneys are equipped to adapt to the loss of nephron mass. It is until 25% of renal function is declined and the number of nonfunctioning nephrons is greater than functioning nephrons that adaptive renal reserves are exhausted and symptomatic changes are apparent (Zerwek. Symptomatic changes that can be seen in CKD patients are increased levels of creatinine, urea, and potassium and alterations in salt and water balance. This accounts for the accumulation of waste products that lead to further serious irreversible complications Chronic kidney disease consists of 5 stages. Each stage can be differentiated by the GFR. In stage 1 the GRF is increased greatly being 90 mL per minute or more and can also be noted with having kidney damage. In stage 2 the kidney damage is still seen but differs in stage 1 in that that there is a mild decrease in GFR by 60-89 mL per minute. In stage 3 there is a moderate decrease in GFR by 30-59 mL per minute. In stage 4 there is a severe drop in GFR making it 15-29 mL per minute. Lastly in stage 5 kidney failure is pronounced in which the GRF is less than 15 mL per
She primarily treats the geriatric population. An acute exacerbation of chronic kidney disease can also be referred to as acute on chronic kidney disease. This is typically an acute kidney injury (AKI) that occurs in a patient with normal kidney function or preexisting kidney disease. “AKI is
Dialysis is not only expensive, but also rough on patients and it is only a temporary solution. Essentially, since dialysis filters the blood through a machine, the patient is stuck living to that machine until there's an available organ. Due to the advances in medicine, kidney transplantation is the best option for the patient. Not only is it reliable, causing very few complications, it can help return the patient to their normal life. However, the lack of kidneys available for transplant caused 50,000 deaths worldwide.
Introduction The purpose of this lab was to use chemical and physical tests to identify indicators of disease in synthetic urine samples. This lab tested samples for protein levels, glucose levels, and pH levels. In a normally functioning individual, proteins cannot pass through the glomerulus; therefore proteins should not be found in urine. However, in the nephrons of individuals with Bright’s Disease, the glomerulus no longer stops all proteins from entering the urine (Giuseppe et al., 2002, pp.
Ms. Cabral’s primary patients have maintained 100% dialysis adequacy over the last year. She is also actively involved as a member of the unit’s
For example, dialysis, the kidney treatment that the author’s mother was receiving, could seriously weaken a patient’s organ. Although this is a common treatment that serves to perform the function of a failing kidney, it could results in a variety of side effects
Polycystic kidney disease (PKD) is a genetic disorder categorized by the growth of numerous cysts in the kidneys. Said cysts are filled with fluid and slowly replace most of the mass of the kidneys. This inevitably reduces kidney function and eventually leads to kidney failure. When PKD causes the kidneys to fail, which typically happens after many years, the patient requires dialysis or a kidney transplant. Approximately one-half of the people with the major form of PKD advance to kidney failure, also known as end-stage renal disease.
PKD can expand the kidneys until each one is bigger than a football. As polycystic kidney disease becomes more advanced, the kidneys inability to function properly becomes more pronounced. The cysts on the kidney may begin to rupture and the kidneys tend to be much larger than normal. People affected with this disease have a much higher rate of kidney stones than the rest of the population. Because the kidneys are primarily responsible for cleaning the blood, people affected often have problems involving the circulatory
Initially, there will be blood in urine (haematuria) only, although proteinuria (protein in the urine) may also develop. Occasionally, the proteinuria is so marked that nephrotic syndrome is diagnosed. Later, the blood pressure starts to rise and, in men, renal function declines slowly. Once the blood creatinine has reached *200 mol/l patients can be advised that a form of dialysis or a transplant will be required, on average, 16 months later. This is very roughly 50% of kidney function, which would be classed as stage three of kidney disease.
The low amount of blood delivered to the kidneys causes inadequate renal perfusion. When this happens, renin is released to secrete aldosterone, a vasoconstrictor that promotes sodium and fluid retention. Aldosterone increases the preload to increase the systolic volume (Moreau, 2006). However, this is counterproductive in the long run because an increase in the preload will wear out the heart by working double time as well as increasing lung congestion. The heart failure causes multiple organ failure in chronic conditions such as altered digestion, decreased brain perfusion
Dialysis basically acts as an artificial kidney by filtering the blood of the patients on it. Dialysis can be both a good and a bad thing. The good in it is works just like a kidney would for a temporary fix, the bad is that sessions last three hours, several times a week. Dialysis is very harsh on the patient’s bodies, especially the ones that become dependent on it. It basically drains their bodies and causes them to become very weak and most of them aren’t able to work anymore.
If the urine output is less than .25ml/min then the kidneys have been damaged beyond repair and once the patient is revived they will need dialysis for the rest of their life. The goal therefore, is to maintain the urine output above .25ml /min to prevent kidney failure. The
Summary In this lab our primary goal was to learn about the kidney and its filtration abilities as well as how the kidneys maintain blood composition by altering the urine composition. As well as to see the effects glucose, protein, salt, and water intake have on the urine composition and volume. To do this we will use multistix test strips to test the urine before the intake in fluids and then once again after the glucose, protein, salt, or water is consumed. The last objective is to understand the relationship between urine output and various conditions and diseases, this is done through the use of several multistix test strips and descriptions of several people's characteristics and their diseases.
Which can lead to making the kidneys not working at all, Which is a kidney failure. This can be treated by dialysis which involves the use of a machine that filter waste from your body. This is mostly done by the
Lupus Nephritis is diagnosed to a patient in which Lupus largely affects the kidneys. This could be physically visible in the form of blood in the urine as an example, and other symptoms related to that of other kidney diseases. Lupus Nephritis has six stages: Class I – Class VI. The higher the class the more severe the implications of the disease are. Class I is the minimal mesangial lupus nephritis and for patients who are classified under this usually are in remission.
Interference by ceftriaxone in serum creatinine estimation by Jaffe’s alkaline picrate method: a case report Abstract: Serum creatinine, routinely used to asses the glomerular function is commonly measured by Jaffe’s alkaline picrate method. Many interfering substances have been reported for this non-specific method including many cephalosporin antibiotics. We here report the effect of ceftriaxone in serum creatinine estimation by Jaffe’s method in the patient. Her serum creatinine levels before and after intravenous ceftriaxone administration was 0.7 mg/dl and 0.8 mg/dl respectively.