Does Sodium Affect Potassium? | Healthy Eating | SF Gate
There is a strong relationship between consuming too much sodium and The combination of consuming more sodium and having too little. 15; Likes: 3. Potassium has inverse relationship with Sodium Does that mean that there is K retention in the body if the client is not peeing? So if that's the. It has been reported that there is an inverse relationship between serum sodium ( Na) and potassium (K) levels in patients with diabetic coma. The present study was as well as hyperosmolality. Do you want to read the rest of this article?.
The normal potassium group consumed a diet containing 1. After 6 weeks the animals were killed, the hearts were removed, and blood samples were withdrawn from the abdominal aorta immediately before removing the heart.
The hearts were sectioned and slides were prepared and fixed with hematoxylin and eosin.
The Role of Potassium and Sodium in Your Diet | CDC
The numbers of normal and abnormal vessels, and those with foam cells in the subintima, were counted in selected sections. Plasma potassium concentration in the normal and low potassium intake groups averaged 4. No differences between the groups were observed in plasma cholesterol or body weight gain.
The percentages of abnormal arteries in the groups were 4. These results support the hypothesis that low potassium intake exacerbates the severity of subintimal lesion development in the coronary arteries. Am J Hypertens ; Foam celllipidlow density lipoproteinhypercholesterolemia Evidence from several types of investigations suggests that high levels of dietary potassium intake are associated with protection from cardiovascular diseases.
Two of the most striking differences are the rates of potassium and sodium intake. The work of others has resulted in a well-developed understanding of the cellular changes involved in development of cardiovascular diseases in the industrialized nations, and their association with atherosclerosis and arteriosclerosis. Accumulation of the foam cells results in fatty streak formation, which is the characteristic of the early vascular lesion.
The oxidized LDL and cytokines released from the macrophages initiate responses in the overlying endothelial cells, leading to platelet adherence and activation, resulting in secretion of trophic substances that stimulate migration and hyperplasia of the vascular smooth muscle cells in the subintimal layer. We have proposed that changes in potassium intake can affect the function of the cells involved in formation of the vascular lesion.
The aim of this project was to test directly the hypothesis that moderately subnormal levels of dietary potassium intake—levels similar to those experienced by members of industrialized cultures—will increase the severity of vascular lesion formation.
Ingesting a large amount of sodium causes your kidneys to work harder than usual to remove the excess.
The Relationship Between Potassium and Sodium
It also prompts you to drink more water, which helps your body excrete the extra sodium. Unfortunately, drinking more water not only dilutes the sodium in your body, but also the potassium. Excess water intake may lead to the loss of potassium in your body when your kidneys excrete the sodium in your urine.
So by ingesting too much sodium, you may lower your healthy potassium levels. Sodium and Blood Pressure Sodium and potassium have opposite effects on the blood pressure. Potassium lowers your blood pressure, while sodium raises it.
This happens because sodium affects the amount of fluid in your blood and around your cells. Sodium raises these levels and causes the body to retain water, resulting in higher blood pressure.
Over time, the muscles in your arteries become stronger to deal with the increased blood pressure, effectively thickening the walls of the arteries. Thicker arterial walls then increase your blood pressure even more. Potassium, on the other hand, helps reduce the amount of fluid in the blood, reducing your blood pressure.
It counteracts the negative effects of sodium on your blood pressure, and ingesting too much sodium will counteract the positive effects of the potassium.
Sodium and Potassium Balance The amounts of sodium and potassium in your body need to be in perfect balance for your metabolism and your cells to function properly.