The urinary system is an important part of the body’s excretory system. It is composed of two kidneys that form and excrete urine, two ureters that transport it from the kidneys into the bladder, and a urinary system, where urine is temporarily stored. A urethra allows urine to pass from the bladder to the outside of the body. The urinary system is essential for maintaining a proper fluid volume and controlling the amount of urine excreted. It also regulates the levels of electrolytes in body fluids and maintains a normal pH (acids/alkalis balance). This system also helps dispose of waste products that result from the breakdown of cell protein in liver (catabolism). An imbalance in the simple filtration system of the kidneys can lead to many diseases, including those of the kidneys and the urinary system.
Healthy Kidneys
The two kidneys produce between 26 and 40 gallons of dilute filtrate each day. Only 34 to 52 ounces of this dilute filtrate are excreted by the kidneys as urine. The rest is absorbed and then re-circulated. All other blood constituents, except blood cells, platelets and blood proteins, must pass through the renals. When the digestive system, and especially the liver, perform poorly, the process of filtration can be disrupted and weakened. Gallstones in the liver or gallbladder can reduce the amount of liver bile that is produced. It becomes difficult to properly digest food. Many of the undigested foods begin to ferment and putrefy, leaving behind toxic waste in the bloodstream and lymph. Normal excretions of the body, such as urine and sweat, gases and feces do not contain disease-generating substances.
This is as long as they are free from obstructions. Small molecules in the blood and lymph are what cause disease. These molecules can only be seen with powerful electron microscopes. These molecules have a strong acidifying action on the blood. These toxins must be eliminated from the blood to avoid serious illness or coma. These unwanted intruders are then deposited into the connective tissue of the organs.
Connective Tissue
Connective tissue is made up of a gel-like fluid called Lymph that surrounds all cells. This connective tissue ‘bathes’ the cells. Normal circumstances will teach the body how to deal with any acidic waste material that has been deposited in the connective tissues. It releases sodium bicarbonate (NaHCO3) into the blood, which is able to remove the acidic toxins from the body, neutralize them and then flush them out through the excretory systems. When toxins are not removed or retrieved quickly, this emergency system can fail. The result is that connective tissue can become as thick and sticky as jelly. The organ cells suffer from malnutrition, dehydration and oxygen deficiency as nutrients, water, oxygen, and oxygen cannot flow freely. Proteins from animal foods are some of the most acidic compounds.
Gallstones can make it difficult for the liver to break down these proteins. The excess proteins are temporarily stored in connective tissues, where they can be converted into collagen fiber. The basal membranes of the capillary walls contain the collagen fiber. The basal membranes can become up to ten-fold thicker than normal. Similar situations can occur in the arteries. The bloodstream is less able to withstand the increasing congestion of the blood vessel walls. This causes blood to thicken, making it harder for the kidneys filter.
Blood Vessels
The basal membranes of blood vessels that supply the kidneys become more rigid and congested. As the blood vessels harden further, blood pressure rises and kidney performance decreases. The kidney cells are retaining more metabolic waste products that would normally be eliminated through lymphatic ducts and venous blood vessels. This adversely affects the kidneys’ performance. All this causes the kidneys to become overwhelmed and cannot maintain normal fluid and electrolyte levels. Additionally, urinary components can precipitate and become crystals and stones of different sizes and types. Uric acid stones are formed, for instance, when the urine uric acid concentration exceeds 2 to 4 milligrams percent.
This level was considered to be within the tolerance range until the mid-1960s when it was raised. Uric acid is a byproduct of the liver’s breakdown of protein. Uric acid is a by-product of the breakdown of protein in the liver. This adjustment was made to 7.5 mg percent due to an increase in meat consumption over the past decade. Stones made from excessively high levels of uric acid can cause urinary obstruction, kidney infection and eventually kidney failure. Malignant tumors may develop as the kidney cells become less nourished, including oxygen. Additionally, uric acid crystals, which are not eliminated by kidneys, can build up in the joints, leading to gout, rheumatism, and water retention. The symptoms of impending kidney problems are often milder than the severity of kidney disease.
Be aware
Abnormal changes in the volume, frequency, color, and color of urine are the most obvious signs of kidney disease. These symptoms are often accompanied by swelling in the eyes, face, ankles, and lower back. If the disease progresses further, you may experience blurred vision, fatigue, decreased performance, nausea, and other symptoms. These symptoms could also indicate a malfunctioning of your kidneys: high bloodpressure, low blood pressure and pain moving from the upper abdomen to the lower abdomen.
Toxic blood is responsible for most major diseases of the urinary tract. This means that blood is contaminated with small molecules of waste material and excessive protein. Gallstones in the liver can cause digestive problems, blood and lymph congestion, and disrupt the entire circulatorysystem, including the urinary system. The gallstones can be removed so that the urinary system can recover, eliminate accumulated toxins, and maintain normal blood pressure and fluid balance. This is essential for all body processes to function smoothly and efficiently. You may also need to cleanse your liver and gallbladder.