Traditional Chinese medicine for treating diabetic ketoacidosis and preparing method thereof

Abstract

The invention provides traditional Chinese medicine for treating diabetic ketoacidosis and a preparing method thereof. The traditional Chinese medicine is prepared from herba dicranostigma leptopodum, mamyflower gueldenstaedtid herbs, herba blumea lacera, rhizome of perny false fairybells, herba dewberryleaf cinquefoil, herba silene conoidea, oblongleaf Garcinia fruit and bark, castanopsis sclerophylla seeds, dindygulen peperomia herbs, herba lycopodium obscurum, large-flowered gardenia roots, leaves of clematis filamentosa dunn, leaves of ford nervilia, axillary choerospondias fruit, common perilla stems, roots of mor angelica, bengal hiptage stems, herba whiteflower lagopsis, tall rattlesnake plantain herbs, wood of largeleaf dogwood and rust powder made of iron and acetic acid. The traditional Chinese medicine has the advantages that the traditional Chinese medicine is matched with a Western medicine conventional method to treat diabetic ketoacidosis, is safe and convenient to use, good in treatment effect, free of side effects and untoward effects and simple in preparation technology and takes effect fast.

Description

technical field [0001] The invention relates to the technical field of traditional Chinese medicine engineering, in particular to a traditional Chinese medicine for treating diabetic ketoacidosis and a preparation method thereof. Background technique [0002] Diabetic ketoacidosis (diabeticketoacidosis, DKA) is a serious acute complication of diabetes. When the metabolic disorder develops to the accelerated decomposition of fat and the accumulation of serum ketones exceeds the normal level of 2mmol / L (0.3-2.0mg / dl), it is called ketosis, and its clinical manifestation is ketosis. When metabolic acidosis occurs due to the accumulation of ketoacids, it is called ketoacidosis. If the condition is severe and coma occurs, it is called diabetic coma. This group of symptoms is common in insulin-dependent (type Ⅰ) or non-insulin-dependent (type Ⅱ) with stress. Fatigue and weakness at the beginning of the disease, weakness of limbs, extreme thirst, polydipsia, polyuria, increased u...

AI Technical Summary

Problems solved by technology

2. Improper treatment: Insufficient or interrupted insulin dose is a common cause of DKA in type 1 diabetes, and the interruption and insufficient dose of hypoglycemic drugs can also induce DKA

3. Electrolyte balance disorder, osmotic diuresis, and a large amount of sodium, potassium, chloride, phosphate and other ions are lost at the same time; acidosis causes potassium ions to be released from the cells to the outside of the cells, and the renal tubules compete with hydrogen ions to make the potassium loss more serious Obviously, but because the water loss is greater than the salt loss, and the blood is concentrated, the blood potassium concentration may be normal or high before treatment, but as the treatment progresses, after blood volume supplementation, insulin injection, and acidosis correction, severe hypokalemia may occur , risk of cardiac arrhythmias and cardiac arrest

Usually direct effects outweigh indirect effects, but indirect effects are slower and longer lasting

5. Peripheral circulatory failure and renal dysfunction. Severe dehydration, decreased blood volume, and micro-drunk ring disorder caused by acidosis. If not corrected in time, it will eventually lead to hypovolemic shock and blood pressure drop.