Kidneys

The basinlike area of the kidney that is continuous with the ureter is called the renal pelvis. It collects urine produced in the kidneys and funnels it into the ureters, which transport the urine to the bladder. The renal pelvis is located at the center of the kidney and is formed by the convergence of the major calyces.

Blue dye kidneys, often associated with the use of methylene blue as a diagnostic or therapeutic agent, can lead to side effects such as discoloration of urine and tissues, potential allergic reactions, and gastrointestinal disturbances. In some cases, it may cause increased heart rate or hypertension. Additionally, large doses can lead to more serious effects, including hemolytic anemia or methemoglobinemia. It's important to monitor patients for these side effects during and after administration.

The cortex of the kidney appears darker than the medulla due to its higher density of blood vessels and renal corpuscles, which contain glomeruli and Bowman’s capsules. This greater concentration of structures involved in filtration and blood supply gives the cortex a richer color. In contrast, the medulla primarily consists of renal tubules and collecting ducts, which have fewer blood vessels and a lighter appearance. Additionally, the arrangement and type of tissues in these regions contribute to the difference in coloration.

Pigeons, like most birds, have two kidneys. These kidneys are responsible for filtering waste from the bloodstream and regulating water and electrolyte balance, which is crucial for their metabolism and overall health. The structure and function of avian kidneys differ somewhat from those of mammals, reflecting their unique adaptations for flight and other physiological needs.

Hyaline casts are not specific to kidney pathology and are often found in urinalysis post-exercise. However, in the presence of other signs and symptoms, they may be a clue that something is wrong with the kidney.

Glomerular kidney disease refers to a group of conditions that affect the glomeruli, which are tiny filters in the kidneys responsible for filtering waste and excess fluids from the blood to form urine. These diseases can result in inflammation, scarring, or damage to the glomeruli, leading to impaired kidney function and potentially causing symptoms such as proteinuria (protein in the urine), hematuria (blood in the urine), and decreased kidney function. Treatment typically involves managing symptoms, addressing underlying causes, and potentially slowing disease progression through medications, lifestyle changes, and in some cases, dialysis or kidney transplant.

A kidney cleanse is a process that involves consuming certain foods or supplements to help detoxify and support the kidneys. The goal of a kidney cleanse is to promote the elimination of toxins and waste products from the kidneys, improve kidney function, and potentially prevent kidney stones or other kidney-related issues. However, it is important to note that the scientific evidence supporting the effectiveness of kidney cleanses is limited, and individuals should consult with a healthcare provider before attempting any cleanse.

Symptoms of kidney disease are changes in urination, pain in the lower back, discomfort while urinating, dehydration, trouble sleeping, concentrating or dizziness.

A proteinaceous cyst of the kidney is a fluid-filled sac within the kidney that has a high protein content. These cysts are typically benign and are commonly found incidentally during imaging studies. They are usually asymptomatic but can sometimes cause pain or other symptoms if they become large or if complications such as infection or bleeding occur. Treatment is usually not necessary unless the cyst causes significant symptoms or complications.

Each day your kidneys process around 53 gallons of blood, with around a quarter to a half gallon of waste leaving the body as urine. No water in its pure form goes through the kidneys... only the amount of water that is in the blood.

Each day your kidneys process around 100 gallons of blood, with around 50 gallon of waste leaving the body as pee. No water in its pure form goes through the kidneys... only the amount of water that is in the blood. You also get blood by pooping

As the dialysis fluid has no urea in it, there is a large concentration gradient - meaning that urea moves across the partially permeable membrane, from the blood to the dialysis fluid, by diffusion. This is very important as it is essential that urea is removed from the patients' blood.

The nephrons, specifically the glomerulus, are responsible for filtering blood in the kidney. Blood enters the glomerulus through the afferent arteriole and leaves through the efferent arteriole after filtration occurs.

For some reason the kidneys are not holding back glucose (a sugar) in the blood as they should. The sugar is spilling into the urine. It is often a sign of diabetes but it could be something wrong with how the kidneys are filtering.

The dialysis machine is the machine that performs dialysis of the blood. Dialysis removes the waste product from the blood by drawing it through a vein in the forearm called the arterio-venous fistula. The blood is pumped into the machine through plastic tubes and then goes through a series of events that cleanses the blood with a saline solution called dialysate. Once the blood has been cleansed, it is returned to the body.

No, kidneys do not grow back or reproduce! If the cut is not too severe, it can heal. If the cut is severe, the kidney may not recover in which case it will have to be removed.

blackberry, watermelon and apples are good for the kidney. the can also detox the kidney.

check out the link below for more information

youtu.be/hLpq2cbt5Jo?si=uUp-FHBNVnrQu5O2

The kidneys filter blood through structures called nephrons, which are the functional units of the kidney. Blood enters the nephrons through tiny blood vessels called glomeruli, where waste products and excess substances are filtered out into the urine. The filtered blood then leaves the nephron and is returned to circulation.

Kidneys are retroperitoneal and so lie between the peritoneum and the abdominal wall, in the retroperitoneal space (a part of the abdominal cavity).

Green energy doesn't effect plants directly.

But there is a chance that it might do so in the future. Because, green energy are forms of energy that produce little CO2. Plants use CO2 to grow and survive (and produce a little when there is a shortness of light). If we were to be able to eliminate all CO2 in the air, then all the plants will not be able to grow. But this is just theoretical and will probably never happen.

I hope this answers your question.

Please people, correct me if I'm wrong.

gfr is the net results of the balance between hydrostatic pressures &colloid osmotic pressures of intra vascular compartment & within the Bowman's capsule,where the net pressure gradient is towards filtration.i.e. "Net filtration pressure".Any method which will reduce this net filtration pressure will reduce GFR.That can be achieved by increasing the plasma globulin ad albumin level(increase colloid osmotic pressure),hypotension and addition of vasocostrictor at afferent and vasodialtors at efferent tubule(reducing capilary hydrostatic pressure) or obstructing the free flow of urine(increasing Bowman's casular hydrostatic pressure)

No, kidneys are located inside the coelom in most animals. The coelom is the body cavity that surrounds the internal organs, and kidneys are typically located within this cavity to help with filtration and excretion of waste products from the body.

4cc of out put in 24 hour period time

THE KIDNEY HAS THE LONGEST WAITING LIST Listed below is summary transplantation data for the entire United States, including the number of candidates currently on the waiting list, by organ type. You can also find totals for the number of transplants performed and donors recovered during the time periods specified below. Waiting list candidates as of 2/1/2008 11:53am All 98,204 , Kidney 74,500 , Pancreas 1,615 , Kidney/Pancreas 2,272 , Liver 16,565 , Intestine 226 , Heart 2,651 , Lung 2,163 , Heart/Lung 104 , All candidates will be less than the sum due to candidates waiting for multiple organs