Kidney stones can cause damage to surrounding tissues primarily through obstruction and irritation. When a stone blocks the urinary tract, it can lead to increased pressure in the kidney, potentially resulting in hydronephrosis and kidney damage. Additionally, the movement of the stone during passage can cause inflammation and injury to the delicate lining of the urinary tract, leading to pain and potential infection. Over time, repeated stone formation may also contribute to chronic kidney issues.
No
You obviously just peed out your kidney stone you have had in your kidney/ureters. It means you had a kidney stone
A blockage of the tube by a kidney stone, a tumor either of the tube, the bladder or the tissues outside the tube and bladder. OUCH!!
A patient who has had a single kidney stone has about a 50% chance of developing another stone. Whether you will develop a second kidney stone in the opposite kidney, depends in part on the reason for the formation of the stones.
This "stone" is a solid.
the kidney stone
Kidney stone pain generally originates in the kidneys and can radiate to the lower back, abdomen, and groin. While it does not directly affect the sciatic nerve, the intense pain and muscle tension caused by kidney stones may lead to discomfort in areas where the sciatic nerve runs, potentially causing referred pain. However, kidney stones and sciatic nerve issues are distinct conditions. If someone experiences pain in the sciatic nerve area alongside kidney stone symptoms, it is advisable to consult a healthcare professional for a proper evaluation.
there are no kleenexs in a kidney. I don't think you understand
An intraparenchymal stone is a type of urinary stone that forms within the renal parenchyma, which is the functional tissue of the kidney. Unlike stones that may reside in the renal pelvis or ureters, intraparenchymal stones can lead to localized kidney damage and affect renal function. They are often associated with chronic kidney conditions and may require specific treatment strategies to address both the stone and any underlying kidney issues. Diagnosis typically involves imaging techniques such as ultrasound or CT scans.
It is not likely that a 9mm kidney stone is going to be passed without assistance.
A kidney stone can damage the kidney mainly by blocking the normal flow of urine and irritating the urinary tract. When a stone gets stuck in the kidney or ureter, urine backs up and increases pressure inside the kidney. This pressure can stretch and damage delicate kidney tissues, reducing how well the kidney filters blood. Over time, prolonged blockage can lead to hydronephrosis (swelling of the kidney) and even permanent kidney damage. Kidney stones can also scrape and irritate the lining of the kidney and urinary tract as they move, causing inflammation, bleeding, and pain. If bacteria are present, the blockage can trap urine and lead to infection, which further damages kidney tissue. In short, kidney stones harm the kidney by causing obstruction, increasing pressure, triggering inflammation, and sometimes leading to infection, all of which can impair kidney function if not treated.
The circulatory system brings nutrients to the kidney. It also removes metabolic wastes from the tissues of the kidney.