If a person abuses alcoholic drinks taking large doses ethyl alcohol, then severe intoxication of his body occurs. Its consequence may be the development of coma - a pathological condition in which the central nervous system is depressed. nervous system leading to loss of consciousness by the patient and lack of response to external and internal stimuli.
The ingestion of a toxic dose of ethyl alcohol into the blood is the main cause of the development of a life-threatening condition. Even a small amount of drunk vodka or cognac negatively affects the body of some people, poisoning occurs when the ethanol content in the red liquid reaches 0.2‰ (ppm). Alcoholic coma, which has code T51 according to ICD 10 (International Classification of Diseases), develops at a blood alcohol concentration of 0.3 to 7.0 ppm, and death occurs above 7.0-7.5‰.
The following factors influence the occurrence of a pathological condition:
In some cases, a coma can develop in people who have drunk a little vodka and become drunk (this is typical for those who are not used to drinking strong drinks, chronic alcoholics and those who have an individual intolerance to alcohol).
Ethanol has the ability to be rapidly absorbed into the intestines (95%) and into the blood (5%). Its small amount, getting into the red liquid, dilutes it, accelerating the movement of red blood cells. With an increase in the dose, the reverse process occurs: dehydration and thickening of the liquid due to the fact that ethyl alcohol dissolves the membranes of erythrocytes and they stick together with each other, forming clots.
Clumped blood cells clog the capillaries of the brain and cause oxygen starvation of its tissues (hypoxia). This is manifested by overexcitation, cheerfulness, euphoria in a drinking person. Then ethanol has a neurotoxic effect on brain function, which leads to disturbances in the functioning of the cerebral cortex.
An increased amount of alcohol in nerve cells (neurons) destroys the connections between them and changes their structure. When these changes affect the medulla oblongata, there is a sharp decrease blood pressure and the person loses consciousness, falling into a coma.
Hypovolemia is a decrease in the volume of circulating blood. It develops due to the fact that ethyl alcohol causes swelling of the brain tissues and the distribution of fluid in them is disturbed. This is manifested in a person by weakness, a decrease in blood pressure and temperature, and convulsions. Hypovolemia can cause loss of consciousness.
Hypoglycemia is a drop in glucose levels. Ethyl alcohol in the body is broken down by liver enzymes, but they cannot cope with a large amount of alcohol, so the level of glycogen carbohydrate decreases, which leads to a sharp drop in blood sugar. Due to energy starvation, an overstrain of the nervous system occurs, which causes loss of consciousness and hypoglycemic coma. Low air temperature accelerates the development of the pathological condition, because if a person drinks in the cold (outdoors in winter), then he needs even more glucose for thermoregulation.
There are 3 stages of a coma:
Each phase of the pathology differs from the others in its characteristic features.
Initially, severe intoxication is manifested in the victim by contraction or muscle spasms, there is an increase in blood pressure and an increase in heart rate. The person feels sick or has a lot of saliva coming out of their mouth. Although the patient is still conscious, he no longer controls his actions. His breathing becomes hoarse, facial expressions and coordination of movements are disturbed, involuntary urination may occur.
The face acquires a purple hue, the pupils narrow, but still react poorly to bright light. If a person in this state is allowed to smell ammonia, then the reaction to the medicine will be positive. Resorption lasts from 4 to 6-7 hours. In this state, the concentration of alcohol in the blood does not exceed 4 ppm, and thanks to ammonia, the patient comes to his senses.
The duration of this phase is from 10 to 12 hours. It differs from resorption by a decrease in excitation. Everything “freezes” in the victim:
With a superficial coma of the 2nd degree, a person can still feel severe pain (if he fell and hit the ground), but he involuntarily has defecation and deurination. If the victim loses consciousness, then ammonia no longer helps him. The concentration of ethanol in the blood at this stage reaches 6-6.5 ppm.
With a deep alcoholic pathology, a person's condition worsens even more. He sweats a lot, although the body temperature drops to +35°C. Blood pressure drops, the pulse weakens and is almost not palpable. No reaction to light or pain. There is a violation of the respiratory system, and the victim cannot take a deep breath. Due to oxygen starvation, the face turns blue, and then turns white.
This state can last up to 24 hours. If you do not help the patient, he dies, because his blood already contains 7 or more ppm of alcohol. High concentration ethanol leads to the development of cardiac and kidney failure, a person stops breathing or chokes on vomit, suffocates with a sunken tongue.
The main signs of intoxication in the victim are: profuse salivation, problems with speech and breathing (wheezing, shortness of breath, inability to say anything), blueness of the skin of the face, absence or weak reaction to pain, convulsions, loss of consciousness. If there are sober people near the victim, having noticed the signs described above, they should give him first aid and call a doctor.
When diagnosing, doctors pay attention to the external symptoms of a coma and determine the neurological status of the victim (convulsions, reflexes, pupillary response to light, consciousness and sensitivity to pain). Alcoholic pathological condition should be distinguished from other types of coma:
To conduct a differentiated diagnosis, instrumental methods for examining organs and tissues are used: radiography, CT, ultrasound. To identify the pathological process in the brain, an echoencephaloscopy is prescribed to the patient.
Of great importance in the diagnosis is the data of urine and blood tests for the level of amylase and glucose. To determine the depth of the lesion, an analysis is prescribed for the amount of alcohol in the red liquid.
The patient should receive emergency first aid as soon as possible. It consists in doing the following:
If a person cannot be brought to his senses, you need to make him artificial respiration or chest compressions. All other actions can only be performed by an ambulance doctor.
Treatment of deep and superficial coma of the 2nd degree is carried out after the patient is hospitalized and the diagnosis is established. To restore the functioning of various body systems, intensive therapy is prescribed.
If a person has difficulty breathing, it is necessary to ensure the patency of the bronchi, clearing them of mucus, and supplying oxygen. Then, as soon as possible, the absorption of ethanol into the blood and intestines should be prevented, so the victim is washed with a stomach with clean water using a probe.
To remove alcohol from the body, the patient is given a dropper and an intravenous injection of a solution of glucose and insulin, and saline to replenish fluid losses.
To support the work of the heart and blood vessels, ascorbic acid and preparations containing caffeine are administered intravenously.
To reduce mucus in the lungs and salivation, Atropine is injected under the skin.
To restore the work of the central nervous system, patients are prescribed a large amount of vitamins (C, PP, B1, B6).
In order to prevent oxygen starvation of the brain, catheterization is carried out with diuretic drugs.
With a deep coma, the patient is placed in intensive care. If the victim is unconscious, tracheal intubation is performed and the device is connected artificial ventilation lungs. Then the gastric lavage is repeated. The patient is shown the above-described means of intensive care.
Additionally, antishock therapy is used: plasma substitutes (Reopoliglyukin, Hemodez) are administered. To prevent disturbances in the functioning of the kidneys, a bilateral lumbar blockade with Novocaine is performed. If muscle protein breakdown (myoglobinuria) is suspected, the hemosorption method (extrarenal blood purification from toxins) is used. If blood pressure is greatly reduced, Prednisolone is administered for several days.
If the victim was treated in a timely manner, he can come out of a coma in a few hours. After that he has to long period recovery, the purpose of which is to reduce the consequences of a pathological condition.
During the time prescribed by the doctor, the patient will need to take vitamin and mineral complexes and medicines to improve the functioning of the liver, kidneys, and cerebral circulation. It will take more than one day to restore the water-salt balance in the body. The patient will need to adhere to the prescribed diet, do special exercises. The entire period of rehabilitation is prohibited from drinking alcohol.
The consequences of the pathological condition are acute renal failure and pneumonia, with untimely assistance - death.
If a person has been in a deep coma from 24 hours to several weeks or months, a number of negative changes can occur in his body.
Upon regaining consciousness, the victim may lose the ability to speak and walk. Violation of the state of his health will be evidenced by: strong headache, swelling in the muscles and their subsequent atrophy, bleeding from mucous membranes, frequent pneumonia. These conditions will disturb a person for several years.
First Aid: Alcoholic Coma
Alcohol intoxication. emergency assistance for alcohol intoxication.
Due to brain damage, the patient's memory worsens, aggression, tearfulness or lethargy may appear. A terrible consequence is the development of dementia, the degradation of the individual.
Coma- an unconscious state due to a violation of the function of the brain stem.
Code according to the international classification of diseases ICD-10:
Etiology: cranial - brain injury, stroke, infection, status epilepticus, brain tumors, exogenous intoxications, disorders of systemic metabolism (diabetes mellitus, hypoglycemia, uremia, eclampsia, thyrotoxicosis), etc. A decisive role in the development of coma is played by damage to the ascending activating systems of the brain stem and interstitial brain.
Symptoms, course. Depending on the severity of violations of vital functions, who are divided into several degrees. With a mild degree of coma, patients respond to painful stimuli; preserved reflexes from the nasal mucosa, corneal and pupillary; sometimes tendon reflexes persist and Babinsky's symptom is caused. Severe degree of coma: reaction only to intense pain stimuli, swallowing is disturbed, however, when food enters the Airways there is a reflex cough; wheezing, often of the Cheyne-Stokes type. Deep coma: areflexia, atony, mydriasis, severe respiratory and circulatory disorders. Transcendental (terminal) coma: the vital activity of the patient is preserved only due to artificial ventilation of the lungs and stimulation of the heart.
Treatment. When establishing the nature of the coma - pathogenetic therapy. At all stages of a coma - resuscitation.
Forecast depends on the cause of the coma and the severity of the brainstem injury. With a deep coma, the prognosis is often unfavorable; absolutely unfavorable prognosis for transcendental coma.
Diagnosis code according to ICD-10. R40.2
1 With ketoacidosis
2† With kidney damage
3† With ocular lesions
4† With neurological complications
5 With peripheral circulatory disorders
6 With other specified complications
7 With multiple complications
8 With unspecified complications
9 No complications
Includes: diabetes (diabetes):
Excluded:
Included:
Excluded:
[cm. above subheadings]
Includes: diabetes mellitus associated with malnutrition:
Excluded:
[cm. above subheadings]
Excluded:
[cm. above subheadings]
Includes: diabetes NOS
Excluded:
In Russia, the International Classification of Diseases of the 10th revision (ICD-10) is adopted as a single regulatory document for accounting for morbidity, reasons for the population to contact medical institutions of all departments, and causes of death.
ICD-10 was introduced into healthcare practice throughout the Russian Federation in 1999 by order of the Russian Ministry of Health dated May 27, 1997. №170
The publication of a new revision (ICD-11) is planned by WHO in 2017 2018.
With amendments and additions by WHO.
Processing and translation of changes © mkb-10.com
Hypoglycemic coma is a critical condition endocrine system arising from a sharp drop in blood sugar levels. Coma develops acutely. Sometimes the short-term period of precursors is so small that a coma begins almost suddenly - within a few minutes there is a loss of consciousness and even paralysis of vital centers medulla oblongata.
Glucose is the main source of energy for the brain. The level of glucose in the blood is an important indicator of a person's health. A decrease in blood sugar levels, as well as its increase, triggers pathological processes in the body that can harm health, even death. normal level glucose is considered to range between 3.9 and 5 mol/l.
Unlike other organs that can receive energy from other sources, for the brain, glucose is the only way to feed. With a sharp decrease in sugar concentration, brain cells begin to starve, and as its deficiency increases, their function is impaired, and tissues undergo swelling, partial destruction, and even death.
Hypoglycemic coma (code E-15 according to ICD-10) refers to a life-threatening human condition and is caused by a sharp decrease in blood glucose to less than 3 mm / l or its sudden changes, followed by the development of acute starvation of the brain.
In most cases, adults and children with diabetes mellitus receiving insulin treatment are at risk of developing hypoglycemic coma. However, in rare cases, hypoglycemic coma is possible and in healthy people with a low-carb diet and severe stress.
The main reasons for the development of hypoglycemic coma are usually associated with a violation in the regimen of insulin use in diabetes mellitus:
The above causes of hypoglycemic coma can lead to both the sudden development of this condition and the gradual development of hypoglycemia.
The development of hypoglycemic coma is always preceded by certain signs.
Main clinical symptoms hypoglycemia:
The development of hypoglycemia can be fulminant, possibly sharp deterioration state and development of symptoms of hypoglycemic coma in a matter of minutes.
With signs of hypoglycemic coma in initial stage there is an increase and intensification of all symptoms of hypoglycemia and, in the absence of help, the development of its final stages:
If a hyperglycemic coma occurs, first aid should be provided immediately by any person who is near the victim. For its provision, the most important task is to distinguish this condition from hypoglycemic, in which medical measures completely opposite.
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It is important to understand that hypoglycemic coma always requires emergency medical attention. If possible, it is advisable to call other people and ask them to call ambulance.
Emergency care for hypoglycemic coma is to ensure the entry of glucose into the blood. If the patient is still conscious, you need to offer him a candy or water with sugar dissolved in it. If the consciousness is confused and the victim does not understand your words, it is necessary to gently, opening the patient's mouth, in small portions, try to pour sweet water under the tongue.
In the case when there are signs of seizures, it is necessary:
Emergency care for hypoglycemic coma requires constant monitoring of the patient's condition before the arrival of doctors.
Upon arrival of the ambulance, medical assistance begins immediately. After measuring the level of sugar in the blood, doctors produce an intravenous infusion of glucose and other drugs to normalize the patient's condition. After stabilization of the situation, hospitalization of the patient is mandatory for further observation and treatment. possible consequences hypoglycemic coma.
Based on the main causes of the development of an acute hypoglycemic state, prevention primarily includes timely treatment diabetes, as well as patient compliance with all the recommendations of the attending physician and the ability to quickly cope with the symptoms of hypoglycemia.
Hypoglycemic coma in children with diabetes develops for the same reasons as in adults. Therefore, it is important to pay special attention to teaching young patients and their teachers the signs of the onset of a hypoglycemic state and the rules for dealing with them.
Usually, doctors recommend that you always carry sweets with you to consume them at the first sign of low blood sugar. Also, in many countries, patients with diabetes wear special cards or bracelets with the inscription "Diabetes" in order to inform others about them in case of loss of consciousness. possible reasons the emerging state.
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Hypoglycemia - a decrease in blood glucose less than 3.33 mmol / l. Hypoglycemia can occur in healthy individuals after a few days of fasting or a few hours after a glucose load, resulting in an increase in insulin levels and a decrease in glucose levels in the absence of symptoms of hypoglycemia. Clinically, hypoglycemia manifests itself when the glucose level drops below 2.4–3.0 mmol/l. The key to diagnosis is Whipple's triad: neuropsychic manifestations during fasting; blood glucose less than 2.78 mmol/l; relief of an attack by oral or intravenous administration of r-ra dextrose. The extreme manifestation of hypoglycemia is hypoglycemic coma.
Hypoglycemia on an empty stomach Insulinoma Artificial hypoglycemia caused by the use of insulin or oral hypoglycemic drugs (less often due to the intake of salicylates, b-blockers or quinine) Extrapancreatic tumors can cause hypoglycemia. Usually these are large, located in abdominal cavity tumors, most often of mesenchymal origin (eg, fibrosarcoma), although liver carcinomas and other tumors are observed. The mechanism of hypoglycemia is poorly understood; report extensive glucose uptake by some tumors with the formation of insulin-like substances Ethanol-induced hypoglycemia - in individuals with a significant reduction in glycogen stores due to alcoholism, usually 12-24 hours after binge. Mortality is more than 10%, therefore, rapid diagnosis and the introduction of p-ra dextrose are necessary (when ethanol is oxidized to acetaldehyde and acetate, NADP accumulates and the availability of NAD, which is necessary for gluconeogenesis, decreases). Impairment of glycogenolysis and gluconeogenesis, necessary for the formation of glucose in the liver during fasting, leads to hypoglycemia. Liver diseases lead to a deterioration in glycogenolysis and gluconeogenesis, sufficient to cause hypoglycemia on an empty stomach. Similar states are observed during lightning viral hepatitis or acute toxic liver injury, but not in less severe cases of cirrhosis or hepatitis Other causes of fasting hypoglycemia: deficiency of cortisol and / or growth hormone (for example, with adrenal insufficiency or hypopituitarism). Renal and heart failure are sometimes accompanied by hypoglycemia, but the causes of its occurrence are poorly understood.
Reactive hypoglycemia occurs several hours after ingestion of carbohydrates Alimentary hypoglycemia occurs in patients after gastrectomy or other surgical intervention, leading to pathologically rapid intake of food in small intestine. The rapid absorption of carbohydrates stimulates excess secretion of insulin, causing hypoglycemia some time after eating. Reactive hypoglycemia in diabetes. In some cases, patients with early stages DM occurs at a later but excessive release of insulin. After a meal, the plasma glucose concentration rises after 2 hours, but then decreases to the level of hypoglycemia (3–5 hours after a meal) Functional hypoglycemia is diagnosed in patients with neuropsychiatric disorders (for example, with the syndrome chronic fatigue).
Neurological symptoms predominate with a gradual decrease in glucose levels Dizziness Headache Confusion Visual disturbances (eg diplopia) Paresthesia Convulsions Hypoglycemic coma (often develops suddenly).
Adrenergic symptoms predominate in acute hypoglycemia Hyperhidrosis Anxiety Tremor of the extremities Tachycardia and a feeling of interruption in the heart Increased blood pressure Angina attacks.
Influence of drugs. Sulfonylurea stimulates the production of endogenous insulin and C-peptide, therefore, to exclude artificial hypoglycemia, a blood or urine test is performed for sulfonylurea preparations.
urgent health care If oral glucose is not available, 40–60 ml of 40% r-ra dextrose IV over 3–5 minutes, followed by a continuous infusion of 5 or 10% r-ra dextrose In children with neurological symptoms, treatment is started with an infusion of 10% r-ra dextrose at a rate of 3–5 mg/kg/min or higher For hypoglycemia caused by oral hypoglycemia drugs (eg, sulfonylurea derivatives), continued infusion of dextrose and observation of the patient for 24 to 48 hours is necessary due to the likelihood of recurrence of coma.
It is possible to administer intramuscularly or s / c glucagon to the upper third of the shoulder or thigh (rarely used in our country). Glucagon usually eliminates neurological manifestations hypoglycemia within 10-25 minutes; in the absence of effect, repeated injections are not recommended. Doses of glucagon: children under 5 years old - 0.25-0.50 mg, children from 5 to 10 years old - 0.5-1 mg, children over 10 years old and adults - 1 mg.
ICD-10 E15 Non-diabetic hypoglycemic coma E16 Other pancreatic endocrine disorders P70 Transient disorders carbohydrate metabolism specific to the fetus and newborn T38. 3 Poisoning by insulin and oral hypoglycemic [antidiabetic] drugs
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Diseases and treatment with folk and medicinal products
Description of diseases, application and healing properties herbs, plants, alternative medicine, nutrition
Hypoglycemia is a state of the body in which there is a greatly reduced (compared to the norm) concentration of glucose in the blood.
Pathology is diagnosed if the level of this monosaccharide is below 3.5 mmol per liter.
How is this pathology manifested and why is it dangerous? What is the ICD code for hypoglycemia and how is it treated? Let's take a closer look.
It has a hypoglycemia code according to the ICD 10 - 16.0. But this pathology has several classes:
Other forms of hypoglycemia according to the ICD include hyperinsulinism and encephalopathy, which develops after a coma caused by an insufficient amount of sugar in the blood.
Despite the fact that, according to the ICD classification, hypoglycemia has exactly the listed codes, when selecting medicines for its relief and therapy, physicians should also be guided by codes external causes(class XX).
ICD 10 describes unspecified hypoglycemia as a class 4 disease that can be caused by metabolic and/or endocrine disorders, as well as poor nutritional quality.
There are three degrees of severity of hypoglycemia:
Diabetes is afraid of this remedy, like fire!
You just need to apply.
Hypoglycemia can occur due to many factors, both exogenous (external) and endogenous (internal). Most often it develops:
The listed reasons are considered risk factors. What exactly can serve as a catalyst for the development of hypoglycemic syndrome is determined by the individual characteristics of the organism: genetic determinism, trauma, etc. Also, this condition may be the result of a sharp change in plasma glucose concentration from high to normal. Such glycemia is no less dangerous and can lead to disability or death of the patient.
A number of studies show that most often the pathological condition under consideration appears in people suffering from alcoholism. This is due to the fact that due to the regular intake of ethyl alcohol, the body begins to use NAD abnormally quickly. Also, the process of gluconeogenesis begins to slow down in the liver.
Alcoholic hypoglycemia can occur not only against the background of frequent alcohol abuse, but also with a single use of large doses.
Doctors also diagnose cases when abnormal low sugar in the blood is found in people who have previously taken small doses of alcohol. The highest risk of developing this pathology after the use of ethanol is present in children.
Hypoglycemia is characterized by a complex of symptoms. With a drop in sugar in the body, the patient most often experiences mental arousal, as a result of which he may show aggressiveness and / or anxiety, anxiety and fear.
In addition, he may partially lose the ability to navigate in space and feel a headache. This condition is also characterized by striking physiological disorders.
The patient almost always begins to sweat profusely, his skin turns pale, and his limbs begin to tremble. In parallel with this, he experiences a strong feeling of hunger, which, however, may (but not always) be accompanied by nausea. The clinical picture is complemented by general weakness.
Less frequent manifestations this condition: visual impairment, impaired consciousness up to fainting, from which a person can plunge into a coma, epileptiform seizures, noticeable behavioral disorders.
The ICD code for hypoglycemic coma is E15. This is an acute condition that, with a sharp decrease in blood sugar, occurs extremely rapidly.
Its initial manifestation is loss of consciousness. But, unlike ordinary fainting, the patient does not come out of it after a few seconds / minutes, but remains in it at least until the correct medical care is provided to him.
Often the period between the first symptoms of hypoglycemia and the syncope itself is very short. Neither the patient nor those around him notice the harbingers of the onset of coma, and it seems to them sudden. Hypoglycemic coma is the extreme degree of this pathological condition.
Although clinical manifestations, preceding coma, often go unnoticed, they are present and are expressed in the following: severe sweating, vasospasm, change heart rate, feeling of tension, etc.
Hypoglycemic coma is a reaction of the central nervous system to a sharp change in the direction of a decrease in the concentration of glycemia in blood vessels brain.
With its development, disturbances first occur in the neocortex, then in the cerebellum, after which the problem affects the subcortical structures, and, in the end, reaches the medulla oblongata.
Most often, coma occurs as a result of the introduction of the wrong dosage of insulin into the body (if the patient has diabetes). If a person does not suffer from this pathology, then it can also develop as a result of eating or sulfa drugs.
Most effective ways treatment and prevention of hypoglycemia:
Hypoglycemic coma is a pathology of the nervous system, which is caused by a severe lack of glucose in the human body. Without it, most organs weaken and gradually lose their capacity. If you do not start a course of therapy in a timely manner, everything can end in death. Competent first aid for hypoglycemic coma is what will save a person's life. Hypoglycemic coma has ICD code 10.
The causes of the disease are:
The latter happens not only because of a mistake or ignorance. When introducing a substance, it is important to correctly calculate its combination with physical activity and ingested carbohydrates. People sometimes have false information on the rules of the procedure:
Hypoglycemia is a chronic disease, pathogenesis. Without treatment, the person will be susceptible to complications. The first signs are mild, and the patient rarely pays attention to them. Among them: lethargy, fatigue and headaches, which cannot be removed with the help of conventional tonic and painkillers.
The classification of symptoms is as follows:
Precomatose state is calculated by clonic or tonic convulsions and epileptiform seizure. These signs are impossible to predict, they occur spontaneously, which puts a person's life at risk.
In a child, these manifestations progress twice as fast as in an adult. The set of symptoms is identical. Fatal outcome occurs with greater probability and surprise.
The first stage of the disease is determined by a decrease in blood sugar levels. Glucose is the main source of energy for the functioning of brain cells. It ceases to receive substances for stable functioning. After the cells begin to develop the necessary force from reserve substances that are not designed for such work. This self-regulation is supported by glucagon, a pancreatic hormone. The body is gradually depleted, in children it stops developing. Due to a sharp shortage of trace elements, the brain ceases to receive a standard dose of oxygen.
If emergency care is not provided in a timely manner, the disease will lead to cerebral edema and impaired functioning of the central nervous system (CNS). Such deviations are already irreversible. An adult is faced with a complete change in personality and individual habits, regimen, behavior, character and perception of the world around. The child suffers from a sharp drop in the level of intelligence down to the lowest possible threshold. The elderly are at increased risk if they have coronary disease brain or heart and cardiovascular diseases. Here complications are myocardial infarction, stroke.
With frequent bouts of coma, encephalopathy is predicted. This is a type of organic brain abnormality that has been caused by a non-inflammatory pathway. It is accompanied by a severe degree of oxygen starvation and pathology in the process of blood supply. As a result, there is a local degradation of the personality and deviations in the work of the central nervous system.
A lack of insulin can also trigger insulin shock, a clinical condition characterized by a sudden loss of consciousness due to a perceptible drop in blood sugar. The second threat is hypoglycemic shock - a sudden severe drop in glucose levels, followed by coma. Diabetic ketoacidotic coma is also provoked by a sharp lack of insulin.
It is impossible to avoid death in 40% of cases after hypoglycemic coma.
Emergency care for hypoglycemic coma can save a person's life and prevent the occurrence and development of pathologies caused by the condition.
Signs of coma are a reaction to stress in the medulla oblongata. Observed:
The main thing at the same time is to return a person to consciousness and bring the main indicators of the body back to normal.
The stories of eyewitnesses of the event will help to distinguish hypoglycemic coma from any other. Passers-by can easily point out signs of defeat. Only then can you confidently proceed to action.
The first stage of care for hypoglycemic coma:
It is interesting to know that hypoglycemic and hyperglycemic (with hyperosmolar syndrome) coma are used in psychiatry as a method of shock therapy for existing abnormalities. For example, it slows down the progressive development of schizophrenia. Such procedures are carried out exclusively in a hospital under the supervision of specialists with preliminary patient preparation procedures.
In the treatment of coma, the most important thing is to correctly diagnose. Out of ignorance, an injection with a glucose solution will easily provoke the death of the patient.
The treatment algorithm in the early stages can be observed at home. The mechanism is simple: just take a specific dose of fast carbohydrates. They are found in white bread, cakes, honey, corn flakes. Drink a sugar solution: mix three teaspoons with a glass of warm water. With a protracted attack, it is necessary to consume sugar at regular intervals (every minute) with the same dosage.
In severe cases of damage to a person, they are sent to the clinic, where he will be examined. He is prescribed inpatient treatment for hypoglycemic coma. Inkjet is being carried out intravenous administration forty percent glucose solution in the amount of up to one hundred milliliters. Therapy starts with subcutaneous injection epinephrine along with glucagon or hydrocortisone. If after a couple of hours the patient does not come to his senses, glucose is administered by drip 4 times a day and intramuscularly every hour and a half. To avoid dehydration, water intoxication, a glucose solution is introduced in sodium chloride. With a prolonged coma, mannitol is used.
The main treatment is aimed at restoring glucose metabolism. Intramuscularly, the nurse injects 100 ml of carboxylase and 5 ml of 5% ascorbic acid. Humidified oxygen tones up the work of the brain and heart, improves the functioning of blood vessels.
Any disease is much easier to prevent than to cure.
Principles and methods of pre-medical prophylaxis:
A diabetic should use hypoglycemic drugs, control glucose levels. He should know the glucose index in various products, the consequences of exceeding it. There is an international table of diabetic foods that are acceptable for eating. It is important to know the etiology: symptoms and signs of hypoglycemia, pathophysiology, methods of prevention.
If the course of treatment includes anti-diabetic drugs and tablets such as anticoagulants, beta-blockers, salicylates, tetracyclines, anti-tuberculosis drugs, drugs, then blood sugar control should be especially careful.
Needs to be done every 2-3 months laboratory diagnostics undergo an ECG for hypoglycemia. A medical examination through a test will identify possible abnormalities, conduct an examination and tell you what your glucose level is.
Thus, hypoglycemic coma is a condition whose symptoms are difficult to confuse with anything. Treatment should be urgent, and prevention involves lifestyle control and therapy for the underlying disease.
The information on the site is provided for informational purposes only, does not claim to be reference and medical accuracy, and is not a guide to action. Do not self-medicate. Consult with your physician.
The consequences of diabetes mellitus are mostly delayed, the patient usually has enough time to notice the symptoms, consult a doctor, and adjust therapy. Hypoglycemic coma, unlike other complications, is not always possible to prevent and stop in time, as it develops rapidly and quickly deprives a person of the opportunity to think rationally.
In this state, the patient can only rely on the help of others who do not always have information about diabetes and can confuse a coma with ordinary alcohol intoxication. To maintain health, and even life, a diabetic needs to learn how to avoid a strong drop in sugar, reduce the dose of drugs in time, when there is a high probability of provoking coma, and determine hypoglycemia by the first signs. It would be useful to learn the rules of emergency care for coma and familiarize loved ones with them.
Hypoglycemic coma is a severe, acute condition, dangerous with severe starvation of body cells, damage to the cerebral cortex and death. Its pathogenesis is based on the cessation of glucose supply to brain cells. Coma is a consequence of severe hypoglycemia, in which blood sugar levels drop significantly below the critical level - usually less than 2.6 mmol / l at a rate of 4.1.
Most often, coma occurs against the background of diabetes mellitus, especially in patients who are prescribed insulin preparations. Severe hypoglycemia may also develop in elderly diabetics who take drugs that enhance the synthesis of their own insulin for a long time. Usually, a coma is prevented on its own or eliminated in a medical facility if the patient was delivered there in a timely manner. Hypoglycemic coma is the cause of death of 3% of diabetics.
This condition may also be a consequence of other diseases in which an excess of insulin is produced or glucose ceases to flow into the blood.
Hypoglycemic coma is provoked by prolonged habitual hypoglycemia or a sharp drop in sugar. They can be caused by the following factors:
With diabetic neuropathy and alcohol intoxication, the first manifestations of hypoglycemia are difficult to feel, so you can skip a small decrease in sugar and bring your condition to a coma. Also, the erasure of symptoms is observed in patients with frequent mild hypoglycemia. They begin to feel trouble in the body when the sugar drops below 2 mmol / l, so they have less time for emergency care. Conversely, diabetics with constantly high sugar signs of hypoglycemia begin to be felt when sugar becomes normal.
Symptoms of hypoglycemia do not depend on the cause that caused it. In all cases, the clinical picture of the development of coma is the same.
Normally, constant blood sugar is maintained even with a lack of carbohydrates due to the breakdown of glycogen stores and the formation of glucose in the liver from non-carbohydrate compounds. When sugar drops to 3.8, the autonomic nervous system activates in the body, processes begin to prevent hypoglycemic coma, insulin antagonist hormones are produced: first glucagon, then adrenaline, and lastly growth hormone and cortisol. Symptoms of hypoglycemia at this time are a reflection of the pathogenesis of such changes, they are called "vegetative". In diabetics with experience, the secretion of glucagon gradually decreases, and then adrenaline, while the initial signs of the disease decrease, and the risk of hypoglycemic coma increases.
With a decrease in glucose to 2.7, the brain begins to starve, neurogenic symptoms are added to the autonomic symptoms. Their appearance means the beginning of damage to the central nervous system. With a sharp drop in sugar, both groups of signs occur almost simultaneously.
It becomes difficult for the patient to concentrate, navigate the area, thoughtfully answer questions. He begins to have a headache, dizziness is possible. There is a feeling of numbness and tingling, most often in the nasolabial triangle. Doubling of objects, convulsions are possible.
With a serious lesion of the central nervous system, partial paralysis, speech impairment, and memory loss are added. At first, the patient behaves inappropriately, then he develops severe drowsiness, he loses consciousness and falls into a coma. When in a coma without medical care blood circulation, respiration are disturbed, organs begin to fail, the brain swells.
Vegetative symptoms are easily eliminated by taking a serving of fast carbohydrates. In terms of glucose, usually enough grams. It is not recommended to exceed this dose, since an overdose can cause the opposite condition - hyperglycemia. To raise blood glucose and improve the patient's condition, a couple of sweets or pieces of sugar, half a glass of juice or sweet soda are enough. Diabetics usually carry fast carbohydrates with them in order to start treatment on time.
Note! If the patient is prescribed acarbose or miglitol, sugar will not be able to stop hypoglycemia, since these drugs block the breakdown of sucrose. First aid for hypoglycemic coma in this case can be provided with pure glucose in tablets or solution.
When a diabetic is still conscious, but can no longer help himself on his own, he is given any medication to stop hypoglycemia. sweet drink making sure he doesn't choke. Dry foods at this time are dangerous with the risk of aspiration.
If there is a loss of consciousness, you need to call an ambulance, lay the patient on his side, check whether the airways are free and whether the patient is breathing. If necessary, begin to do artificial respiration.
Hypoglycemic coma can be completely eliminated even before the arrival of doctors; this requires a first aid kit. It includes the drug glucagon and a syringe for its administration. Ideally, every diabetic should carry this kit with him, and his relatives should be able to use it. This tool is able to quickly stimulate the production of glucose in the liver, so the consciousness returns to the patient within 10 minutes after the injection.
Exceptions are coma due to alcohol intoxication and multiple excess doses of insulin or glibenclamide. In the first case, the liver is busy cleansing the body of alcohol breakdown products, in the second case, the glycogen stores in the liver will not be enough to neutralize insulin.
Signs of hypoglycemic coma are not specific. This means that they can be attributed to other conditions associated with diabetes. For example, diabetics with persistently high blood sugar may feel hungry due to severe insulin resistance, and diabetic neuropathy may cause palpitations and sweating. Convulsions before the onset of a coma are easily mistaken for epilepsy, and panic attacks have the same autonomic symptoms as hypoglycemia.
The only reliable way to confirm hypoglycemia is with a laboratory test that measures plasma glucose levels.
The diagnosis is made under the following conditions:
A diagnostic test is also used - 40 ml of glucose solution (40%) is injected into a vein. If blood sugar has dropped due to a lack of carbohydrates or an overdose of drugs in diabetes, the symptoms immediately subside.
Part of the blood plasma taken upon admission to the hospital is frozen. If, after the elimination of the coma, its causes are not identified, this plasma is sent for a detailed analysis.
With a mild coma, consciousness is restored immediately after a diagnostic test. In the future, a diabetic will only need an examination to identify the cause of hypoglycemic disorders and correction of the previously prescribed treatment for diabetes mellitus. If the patient does not regain consciousness, a severe coma is diagnosed. In this case, the amount of intravenously administered 40% glucose solution is increased to 100 ml. Then they switch to continuous administration with a dropper or infusion pump of a 10% solution until blood sugar reaches mmol / l.
If it turned out that the coma arose due to an overdose of hypoglycemic agents, they do a gastric lavage and give enterosorbents. If a severe overdose of insulin is likely and less than 2 hours have passed since the injection, soft tissue excision is made at the injection site.
Simultaneously with the elimination of hypoglycemia, its complications are treated:
With the onset of severe hypoglycemic conditions, the body tries to prevent Negative consequences for the nervous system - accelerates the release of hormones, increases cerebral blood flow several times to increase the flow of oxygen and glucose. Unfortunately, compensatory reserves are able to prevent damage in the brain for a fairly short time.
If the treatment does not give results for more than half an hour, it is highly likely that complications have arisen. If the coma does not stop for more than 4 hours, there is a high chance of severe irreversible neurological pathologies. Due to prolonged starvation, cerebral edema develops, necrosis of individual areas. Due to the excess of catecholamines, the tone of the vessels decreases, the blood in them begins to stagnate, thrombosis and small hemorrhages occur.
In elderly diabetics, hypoglycemic coma can be complicated by heart attacks and strokes, mental damage. Long-term consequences are also possible - early dementia, epilepsy, Parkinson's disease, encephalopathy.
We will publish information shortly.
Diseases of this organ can provoke serious condition- hepatic coma. It has several stages, can be caused by various reasons and lead to serious consequences, even death. Our article will tell you more about this disease.
Regulatory document defining international classification medical diagnoses ICD - 10 regulates the following diseases liver.
ICD code - 10:
The disease develops against the background of general intoxication of the body. The body accumulates phenol, ammonia, sulfur-containing amino acids and low molecular weight fatty acids. They have a toxic effect on the brain, which increases with a violation of the water - electrolyte balance.
Liver dysfunction can be varied. In total, three variants of hepatic coma have been identified, which can lead to serious consequences.
What types of coma are:
Depending on the severity of the patient's condition, there are three stages of this disease. In this case, the central nervous system is affected, the functions of brain activity are disturbed, concomitant symptoms are observed.
The disease has the following stages:
Hepatic coma develops against the background of already existing chronic diseases and pathologies of the liver, as well as with toxic effects.
The main reasons are:
Threatening factors include the use of alcohol and psychotropic substances, the inclusion in the diet of an excessive amount of protein foods, as well as wild mushrooms.
The processes of pathogenesis are not fully understood. It is known that in this state, the work of neurotransmitter systems is disrupted, and an excess of decay products (nitrogen compounds, fatty acids and neurotransmitters), negatively affects the functioning of the brain and central nervous system.
Depending on the causes and severity of the disorders, the symptoms of the disease may vary. It is also worth considering the individual characteristics of the patient, on which the severity of the lesion and the prognosis of treatment also depend.
The main symptoms can be called:
In various stages, increased mental arousal, aggression and sudden changes in mood can be observed. In addition, evidence of problems in the liver may be a strong bad smell from the mouth, digestive disorders (prolonged vomiting, constipation or diarrhea), sphincter paralysis.
Progressive liver failure affects general state patient, threatening his life. As such, this disease has no complications, because hepatic coma itself is a very serious condition, leading to irreversible processes in the body.
Determine the disease by.
These include bilirubinemia (increased concentration of bile pigment), azotemia (excess normal indicators nitrogenous products), a decrease in the level of prothrombin, cholesterol and glucose.
Urine acquires a rich yellow color, bile acids and urobilin can be found in it, feces become discolored.
If a sharp deterioration in health occurred outside the walls medical institution, the patient must be laid on his side, providing a normal flow of air and urgently call an ambulance.
Until the arrival of doctors, you can not change position, shake and carry the patient. Such conditions require immediate hospitalization, and already in the hospital an active struggle for the patient's life begins.
What can be done in the hospital:
First aid is to reduce the symptoms of intoxication, stabilize the respiratory function, water - electrolyte balance and protein metabolism. Until stabilization of the condition and in order to prevent deep coma, the patient is in the intensive care unit.
Measures for further treatment are agreed with the attending physician. The prognosis and chances of recovery depend on many factors, including the presence of comorbidities, age, and the extent of organ damage.
The following methods are commonly used:
In the case of a diagnosis of "toxic poisoning", all measures should be aimed at detoxifying the body. The doctor may suggest a blood transfusion, as well as hemodialysis, if kidney failure has been added to the main symptoms.
Even the most highly qualified doctor will not be able to give accurate predictions. A patient in a state of complete coma will be extremely difficult to get out of it, so it is best to seek help in the early stages of the disease.
The percentage of recovery is significantly affected by accurate diagnosis and elimination of the cause, but in more than 15% of cases it cannot be determined.
The chances of recovery in patients who have had a hepatic coma are extremely low.
Basically, this is no more than 20% of survivors in the ancestral stage, less than 10% in the threatening phase and about 1% in a deep coma. Even such disappointing forecasts are far from always possible, and even then with timely and competent treatment.
Irreversible processes that occur in the body under the influence of decay products, as well as with inhibition of functions or complete failure of the organ, affect the activity of the central nervous system and brain.
It is extremely difficult to bring a person out of a state of deep coma, and the most successful treatment at the moment is a donor liver transplant and long-term drug therapy.
There are no preventive measures against this disease. To maintain the health of this organ, it is necessary to follow general recommendations: refuse, and take, observe moderation in nutrition, and also regularly expose the body to feasible physical exertion.
All problems and identified diseases must be cured in time and regularly examined if possible. Hepatic coma, regardless of the forms and stages, causes irreparable harm to health and significantly reduces the quality and life expectancy, so its symptoms should never be ignored.
Excludes: dissociative anesthesia and sensory loss
perception ( F44.6)
psychogenic disorders ( F45.8)
R20.0 Skin anesthesia
R20.1 Skin hypoesthesia
R20.2 Skin paresthesia. "Crawling" sensation. Sensation of "tingling with pins and needles"
Excludes: acroparesthesia ( I73.8)
R20.3 Hyperesthesia
R20.8 Other and unspecified skin sensory disorders
Includes: subcutaneous nodules (localized) (superficial)
Excludes: abnormalities detected upon receipt
diagnostic image ( R90-R93)
enlarged The lymph nodes (R59. -)
localized fat deposition ( E65)
thickening or swelling:
mammary gland ( N63)
intra-abdominal or pelvic R19.0)
edema ( R60. -)
bulging intra-abdominal or pelvic ( R19.0)
joint swelling ( M25.4)
R22.0 Localized bulge, hardness, or swelling in the scalp
R22.1 Localized bulge, hardness, or swelling in the neck
R22.2 Localized bulge, hardness, or swelling in the trunk
R22.3 Localized bulge, induration, or swelling of the upper upper limb
R22.4 Localized bulge, induration, or swelling in the lower extremity
R22.7 Localized bulging, hardening, or swelling in multiple areas of the body
R22.9 Localized bulge, induration or swelling, unspecified
R23.0 Cyanosis
Excludes: acrocyanosis ( I73.8)
an attack of cyanosis in a newborn ( P28.2)
R23.1 Pallor. Cold, damp skin
R23.2 Hyperemia. Excessive redness
Excludes: associated with menopause and climacteric conditions in women ( N95.1)
R23.3 Spontaneous ecchymosis. petechiae
Excludes: ecchymosis in fetus and newborn ( P54.5)
purpura ( D69. -)
R23.4 Changes in the structure of the skin
peeling)
Seal ) skin
scaly)
Excludes: epidermal thickening NOS ( L85.9)
R23.8 Other and unspecified skin changes
Excludes: specific movement disorders ( G20-G26)
stereotypic movement disorders F98.4)
ticks ( F95. -)
R25.0 Abnormal head movements
R25.1 Tremor, unspecified
Excludes: chorea NOS ( G25.5)
tremor:
essential ( G25.0)
dissociative ( F44.4)
intentional ( G25.2)
R25.2 Cramp and spasm
Excludes: carpopedal spasm ( R29.0)
baby spasms ( G40.4)
R25.3 Fasciculation. Jerking NOS
R25.8 Other and unspecified abnormal involuntary movements
Excludes: ataxia:
NOS ( R27.0)
hereditary ( G11. -)
motor (syphilitic) ( A52.1)
immobility syndrome (paraplegic) ( M62.3)
R26.0 Ataxic gait. staggering gait
R26.1 Paralytic gait. Spasmodic gait
R26.2 Difficulty walking, not elsewhere classified
R26.8 Other and unspecified disorders of gait and mobility. Unsteady walking NOS
Excludes: ataxic gait ( R26.0)
hereditary ataxia ( G11. -)
dizziness NOS ( R42)
R27.0 Ataxia, unspecified
R27.8 Other and unspecified incoordination
R29.0 Tetany. Carpopedal spasm
Excludes: tetany:
dissociative ( F44.5)
newborn ( P71.3)
parathyroid ( E20.9)
after removal thyroid gland (E89.2)
R29.1 Meningism
R29.2 abnormal reflex
Excludes: abnormal pupillary reflex ( H57.0)
increased gag reflex J39.2)
vasovagal reaction, or fainting ( R55)
R29.3 Abnormal body position
R29.4 Snapping hip
Excludes: congenital deformity of the hip ( Q65. -)
R29.8 Other and unspecified symptoms and signs relating to the nervous and musculoskeletal systems
Excludes: psychogenic pain ( F45.3)
R30.0 Dysuria. Difficulty urinating [stranguria]
R30.1 Tenesmus of the bladder
R30.9 Painful urination, unspecified. Painful urination NOS
Excludes: recurrent or persistent hematuria ( N02. -)
Enuresis NOS
Excludes: enuresis of inorganic nature ( F98.0)
stress incontinence and more
specified urinary incontinence ( N39.3-N39.4)
Excluded: cases complicating:
abortion, ectopic or molar pregnancy ( O00
-O07
, O08.4
)
pregnancy, childbirth and postpartum period (O26.8, O90.4)
Frequent urination
Nocturnal polyuria [nocturia]
Excludes: psychogenic polyuria ( F45.3)
Discharge from the male penis
R39.0 Extravasation of urine
R39.1 Other difficulties associated with urination. Intermittent urination. Weak urine stream
Split urine stream
R39.2 extrarenal uremia. Prerenal uremia
R39.8 Other and unspecified symptoms and signs relating to the urinary system
Excludes: symptoms and signs that are part of clinical picture mental disorder (F00-F99)
Excludes: coma:
diabetic ( E10-E14 with a common fourth sign.0)
hepatic ( K72. -)
hypoglycemic (non-diabetic) ( E15)
newborn ( P91.5)
uremic ( N19)
R40.0 Somnolence [hypersomnia]. Drowsiness
R40.1 Stupor. Precoma
Excludes: stupor:
catatonic ( F20.2)
depressive ( F31-F33)
dissociative ( F44.2)
manic ( F30.2)
R40.2 Coma unspecified. Unconsciousness NOS
Excludes: dissociative [conversion] disorders ( F44. -)
R41.0 Disorientation, unspecified. Confusion NOS
Excludes: psychogenic disorientation ( F44.8)
R41.1 Anterograde amnesia
R41.2 retrograde amnesia
R41.3 Other amnesias. Amnesia NOS
Excludes: amnesic syndrome:
caused by the use of psychoactive
funds ( F10-F19 with a common fourth character.6)
organic ( F04)
transient total amnesia ( G45.4)
R41.8 Other and unspecified symptoms and signs relating to cognition and awareness
Lightness of the head
Dizziness NOS
Excludes: syndromes related to vertigo ( H81. -)
R43.0 Anosmia
R43.1 Parosmia
R43.2 Parageusia
R43.8 Other and unspecified disorders of smell and taste. Combined impairment of smell and taste
Excludes: disturbances of skin sensitivity ( R20. -)
R44.0 auditory hallucinations
R44.1 visual hallucinations
R44.2 Other hallucinations
R44.3 Hallucinations, unspecified
R44.8 Other and unspecified symptoms and signs related to sensations and perceptions
R45.0 Nervousness. nervous tension
R45.1 Anxiety and agitation
R45.2 A state of anxiety in connection with failures and misfortunes. Alarm condition NOS
R45.3 Demoralization and apathy
R45.4 Irritability and anger
R45.5 Hostility
R45.6 Physical aggressiveness
R45.7 State of emotional shock and stress, unspecified
R45.8 Other symptoms and signs related to the emotional state
R46.0 Very low level personal hygiene
R46.1 Quirky appearance
R46.2 Strange and unexplained behavior
R46.3 Excessive activity
R46.4 Lethargy and delayed reaction
Excluded: stupor ( R40.1)
R46.5 Suspicion and obvious evasiveness
R46.6 Excessive interest and increased attention to stressful events
R46.7 Verbosity and unnecessary details that make unclear reason contact
R46.8 Other symptoms and signs related to appearance and behavior
Excludes: autism ( F84.0-F84.1)
fluent speech ( F98.6)
specific developmental disorders of speech and language ( F80. -)
stammering [stammering] ( F98.5)
R47.0 Dysphasia and aphasia
Excludes: progressive isolated aphasia ( G31.0)
R47.1 Dysarthria and anartria
R47.8 Other and unspecified speech disorders
Excludes: specific developmental disorders of learning skills ( F81. -)
R48.0 Dyslexia and alexia
R48.1 agnosia
R48.2 Apraxia
R48.8 Other and unspecified disorders of recognition and understanding of symbols and signs. Acalculia. Agraphia
R49.0 Dysphonia. Hoarseness
R49.1 Aphonia. loss of voice
R49.2 Open nasal and closed nasal
R49.8 Other and unspecified voice disorders. Voice change NOS