Klama Method

Title: Clamy Method: Innovative modification of retrograde pyelography

Introduction:

Medical diagnostics plays a key role in identifying diseases and determining the most effective treatments. One area where continuous improvement and innovation is required is the diagnosis of kidney diseases. In recent years, various research methods have been developed, one of which is the Clamy Method. This modification of retrograde pyelography makes it possible to detect foci of tissue destruction in tumors or in the early stages of kidney tuberculosis.

Description of the Clamy Method:

The Clamy method is a modification of retrograde pyelography that uses a contrast agent mixed with a solution of hydrogen peroxide. This method has unique properties that make it possible to identify areas of kidney tissue destruction, especially in the presence of blood or pus.

The Clamy Method procedure begins with the injection of a contrast agent into the patient's bladder. Then, a mixture of contrast agent and hydrogen peroxide solution is injected through the patient's ureters and ureter into the kidney. If there is blood or pus in the kidney, a mixture of contrast agent and hydrogen peroxide reacts with the substances present, releasing oxygen.

Features of the Clami Method:

The Clamy Method has several features that make it a valuable tool in the diagnosis of renal diseases. Firstly, the use of hydrogen peroxide mixed with a contrast agent allows us to obtain additional information about the condition of the kidney tissue. The oxygen released by the reaction can be detected on an x-ray, making tissue destruction more visible.

Secondly, the Clamy Method is sensitive to the early stages of kidney tuberculosis. Renal tuberculosis can be difficult to diagnose early in the development of the disease, but thanks to the reaction between the contrast agent and hydrogen peroxide, the Clamy Method can help identify the presence of foci of tissue destruction already in the early stages of tuberculosis.

Advantages of the Clami Method:

The Clamy Method offers several advantages over traditional methods for diagnosing kidney disease. Firstly, it is highly sensitive to areas of tissue destruction, which makes it possible to detect even small changes in the kidneys. Secondly, it provides the opportunity to diagnose tumors and early stages of kidney tuberculosis. This is especially important for early detection and initiation of treatment for these diseases, which can significantly increase the patient's chances of full recovery.

Conclusion:

The Clamy Method is an innovative modification of retrograde pyelography, which differs from traditional methods for diagnosing renal diseases. The use of a contrast agent mixed with a solution of hydrogen peroxide makes it possible to identify foci of tissue destruction in tumors or in the early stages of kidney tuberculosis. The Clamy Method is highly sensitive and allows you to diagnose even small changes in the kidneys, which contributes to the early detection and treatment of diseases. This innovative technique can significantly improve the results of diagnosis and treatment of kidney diseases, increasing the chances of full recovery for patients.

The Clamy method is a medical method for examining the kidneys and urinary tract using a non-ionic radiopaque substance – urotrast. Clamy is a modification of the retrograde ileogram, in which hydrogen peroxide is used as a myelogram. The peroxide solution is mixed with urotrast and injected through a catheter into the renal pelvis. From the pelvis, the urotrast enters the ureter into the bladder and is then released out through the urethra. The contrast agent fills the spaces of the calyces and renal pelvis and prevents the passage of the x-ray beam. After emptying the bladder, an X-ray examination is performed. In a digital image, the urographic picture is of great importance and has high sensitivity. If signs of infection are detected using clami, it is possible to determine the cause of the disease and prescribe appropriate antibiotic therapy.