Can chronic nephritis eat lotus root

summary

For patients with stable chronic nephritis, when the general symptoms of edema and other chronic nephritis are not obvious, it is not necessary to limit the intake of salt, as long as you do not eat salty food. When patients have severe edema, heart failure and even hypertensive encephalopathy, it is necessary to strictly limit the intake of salt, not only can't take salt, also can't eat other foods containing sodium, so sick patients, chronic nephritis can eat lotus root, let's take a look at it.

Can chronic nephritis eat lotus root

First: chronic nephritis can eat lotus root. Low protein diet. The total amount of protein in the daily food is less than 0.5g per kilogram of body weight, basically vegetarian. It is suitable for renal disease with renal insufficiency or uremia. Clinical optional food rich in vitamins, such as apple, celery, cauliflower, tomato, wax gourd, japonica rice, noodles, etc.

Second: high protein diet. Generally on the basis of the usual diet, increase the protein content. 5-2.0 g / kg. It is suitable for the patients with renal disease, high protein hematuria, low plasma protein, sharp reduction of swelling, significant weight loss and no renal insufficiency. Clinically, it can eat lean meat, black fish, carp, sea cucumber, poultry eggs, etc., but not animal liver, kidney, heart, fish eggs, etc., and eat less soybean, barley, corn, etc.

Third: low fat diet. Choose the food with low fat and cholesterol. It is suitable for renal disease patients with renal insufficiency or elevated blood lipid. Seaweed, Porphyra and Auricularia auricula can be used in clinic. Hawthorn, onion, lotus seed, celery, water chestnut, kelp, japonica rice, pasta, etc.

matters needing attention

In order to reduce the burden of kidneys, foods such as spinach, celery, radish, beans, soy products, sardine, chicken soup, fish soup, broth should be restricted. Because these foods contain high purine and nitrogen, when the renal function is poor, its metabolites can not be excreted in time, which has a negative impact on renal function.