Fatal overdose of pills: list, consequences, etc.

INSTRUCTIONS (information for specialists) on the medical use of the drug

Registration number:

Trade patent name: ATARAX ® (ATARAX ®)

International nonproprietary name : hydroxyzine

Chemical name: ethanol, 2[-2-[-4-[(4-chlorophenyl)phenylmethyl]-1-piperazine]ethoxy]-, dihydrochloride.

Dosage forms: Solution for intramuscular administration; film-coated tablets.

Compound

Tablets: active substance - hydroxyzine hydrochloride 25 mg; excipients: microcrystalline cellulose (Avicel RN 102 ®), magnesium stearate, silicon colloidal anhydride (Aerosil 200 ®), lactose monohydrate, Opadry ® Y-1-7000: titanium dioxide, hydroxypropyl methylcellulose 2910 5cP, macrogol 400.

Solution for intramuscular administration: active substance - hydroxyzine hydrochloride 100 mg in 2 ml; inactive components: sodium hydroxide, water for injection.

Description

White oblong film-coated tablets with a dividing line on both sides.

The solution for intramuscular administration is a clear, colorless solution.

Pharmacotherapeutic group:

ATX code: No. 05BB01.

PHARMACOLOGICAL PROPERTIES

A derivative of diphenylmethane, it has moderate anxiolytic activity; It also has a sedative, antiemetic, antihistamine and M-anticholinergic effect. Blocks central M-cholino and H1-histamine receptors and inhibits the activity of certain subcortical zones. Does not cause mental dependence or addiction. The clinical effect occurs 15-30 minutes after ingestion of the tablets. Has a positive effect on cognitive abilities, improves memory and attention. Relaxes skeletal and smooth muscles, has bronchodilator and analgesic effects, and a moderate inhibitory effect on gastric secretion. Hydroxyzine significantly reduces itching in patients with urticaria, eczema and dermatitis. With long-term use, there was no withdrawal syndrome or deterioration of cognitive functions. Polysomnography in patients with insomnia and anxiety clearly demonstrates an increase in sleep duration and a decrease in the frequency of night awakenings after taking hydroxyzine once or repeatedly at a dose of 50 mg. A decrease in muscle tension in patients with anxiety was noted when taking the drug at a dose of 50 mg 3 times a day.

Pharmacokinetics. Absorption is high. Time to reach maximum concentration (TCmax) after oral administration is 2 hours; half-life (T1/2) in adults is 14 hours. Metabolites are found in breast milk. After taking a single dose of 25 mg, the TCmax in adults is 30 mg/ml and 70 mg/ml after taking 50 mg hydroxyzine. Bioavailability when taken orally and intramuscularly is 80%.

Hydroxyzine is more concentrated in the skin than in plasma. The distribution coefficient is 7-16 l/kg in adults. Hydroxyzine penetrates the blood-brain barrier and the placenta, concentrating more in fetal than maternal tissues. Hydroxyzine is metabolized in the liver. Cetirizine, the main metabolite (45%), is a pronounced H1 blocker. The total clearance of hydroxyzine is 13 ml/min/kg. Only 0.8% of hydroxyzine is excreted unchanged through the kidneys.

In children, the total clearance is 4 times shorter than in adults, T1/2 is 11 hours in children aged 14 years and 4 hours at the age of 1 year. In elderly patients, T1/2 was 29 hours, the distribution coefficient was 22.5 l/kg. In patients with liver diseases, T1/2 increased to 37 hours, the concentration of metabolites in the blood serum was higher than in young patients with normal liver function. The antihistamine effect can last up to 96 hours after administration.

of stresam was carried out at the Scientific Center for Mental Health at the Russian Academy of Sciences

and
atarax
in the treatment of anxiety disorders. Today, the treatment of anxiety disorders caused by adjustment disorders or as a generalized anxiety disorder is an important task for psychiatrists.

The study involved three dozen people aged from eighteen to seventy-five years old suffering from anxiety syndromes. Fifteen patients were prescribed the drug strezam

, and fifteen
atarax
. Atarax was prescribed at 75 milligrams per day to begin with, but later it could be increased depending on feasibility.

The results of treatment were monitored every two weeks using special scales. Thus, at the end of treatment, mood anxiety dropped by twenty-five points, tension by twenty-two points, fears decreased from eighteen to eleven points, and intellectual impairment decreased from fourteen to eleven points. Behavior during examination was normalized, the manifestation of muscle somatic symptoms significantly decreased - from thirty-two to fifteen points. The severity of vegetative symptoms decreased significantly - from twenty-eight to sixteen points.

Atarax: about the drug

Atarax is a medicine with a sedative effect, part of the group of tranquilizers.

The active substance is hydroxyzine hydrochloride. When taken, it has a calming, antiemetic effect. The medicine blocks histamine receptors, so it can be used for itchy skin. In what other cases is Atarax prescribed?

Indications for use:

  • panic attacks;
  • increased anxiety;
  • constant internal tension;
  • intense excitement;
  • withdrawal syndrome after prolonged use of alcohol;
  • itching of the skin;
  • preparation for surgical interventions;
  • adaptation disorder.

Available in tablets and solution for intramuscular administration. Atarax has a serious effect on the human body. The prescribed dosage must be carefully observed.

Atarax contraindications:

  1. intolerance to the components of the product;
  2. porphyria;
  3. pregnancy and lactation;
  4. allergic reactions to galactose;
  5. children under three years of age;
  6. kidney and liver failure;
  7. prostate diseases;
  8. epileptic seizures;
  9. some eye diseases;
  10. frequent constipation;
  11. disturbances in heart rhythm.

Atarax is not allowed to be taken simultaneously with certain sedatives and sleeping pills. If you need to take several medications at once, you need to consult a specialist. When the drug is taken correctly, addiction does not occur, and there is no withdrawal syndrome after the end of therapy.

You will like the article: “ Lethally life-threatening drugs and pills - list .”

The action of Atarax begins half an hour after administration. There is a decrease in blood pressure, normalization of heart rate, improved sleep, and muscle tissue relaxes. If used incorrectly, side effects develop in the form of weakness, dizziness, constipation, and disruptions in the functioning of the cardiac system.

An overdose of the drug Atarax has a code according to ICD 10 - T36-T50 - drug poisoning.

Pharmacological group

Category ICD-10Synonyms of diseases according to ICD-10
F10.2 Alcohol dependence syndromeAlcoholism
Alcohol addiction
Dipsomania
Alcohol addiction
Binge drinking
Drunken state
Alcohol abuse
Ideation disorder in alcoholism
Quarterly binge
Obsessive craving for alcohol
Neurotic symptoms in alcoholism
Pathological craving for alcohol
Psychoorganic syndrome in chronic alcoholism
Reduced craving for alcohol
Chronic alcoholism
F10.3 Withdrawal stateAlcohol withdrawal syndrome
Withdrawal syndrome
Withdrawal syndrome in alcoholism
Abstinence
Alcohol withdrawal
Alcohol withdrawal
Alcohol withdrawal state
Alcohol withdrawal syndrome
Post-withdrawal disorder
Post-withdrawal state
Hangover syndrome
Withdrawal syndrome
Alcohol withdrawal syndrome
Alcohol withdrawal syndrome
Withdrawal state
F10.4 Withdrawal state with deliriumAlcohol delirium
Alcoholic delirium tremens
Delirium
Delirious state in alcoholism and drug addiction
F41 Other anxiety disordersRelief of anxiety
Non-psychotic anxiety disorders
Alarm state
Anxiety
Anxious and suspicious states
Chronic anxiety
Sense of anxiety
F48 Other neurotic disordersNeurosis
Neurological diseases
Neurotic disorders
Neurotic state
Psychoneurosis
Anxiety-neurotic conditions
Chronic neurotic disorders
Emotional reactive disorders
L29 ItchingItchy dermatitis
Dermatosis with persistent itching
Other pruritic dermatoses
Itching of the scalp
Itchy skin
Itching with partial obstruction of the bile ducts
Itchy eczema
Pruritic dermatoses
Pruritic allergic dermatosis
Pruritic dermatitis
Pruritic dermatosis
Itchy skin
Skin itching due to dermatosis
Excruciating itching
Limited pruritic dermatitis
Severe itching
Endogenous skin itching
R45.1 Restlessness and agitationAgitation
Anxiety
Explosive excitability
Internal excitement
Excitability
Excitation
Excitement is acute
Psychomotor agitation
Hyperexcitability
Motor excitement
Relief of psychomotor agitation
Nervous excitement
Restlessness
Night restlessness
Acute stage of schizophrenia with agitation
Acute mental agitation
Paroxysm of excitement
Overexcitement
Increased excitability
Increased nervous excitability
Increased emotional and cardiac excitability
Increased arousal
Mental excitement
Psychomotor agitation
Psychomotor agitation
Psychomotor agitation
Psychomotor agitation in psychosis
Psychomotor agitation of an epileptic nature
Psychomotor paroxysm
Psychomotor seizure
Symptoms of arousal
Symptoms of psychomotor agitation
State of agitation
State of anxiety
State of excitement
A state of heightened anxiety
State of psychomotor agitation
States of anxiety
States of arousal
State of agitation in somatic diseases
State of excitement
Feeling restless
Emotional excitement
R45.4 Irritability and angerOutbursts of anger
Anger
Dysphoria
Neurosis with increased irritability
Bitterness
Increased irritability
Increased irritability of the nervous system
Irritability
Irritability with neuroses
Irritability in psychopathic disorders
Symptoms of irritability
Z100* CLASS XXII Surgical practiceAbdominal surgery
Adenomectomy
Amputation
Angioplasty of coronary arteries
Carotid angioplasty
Antiseptic treatment of skin for wounds
Antiseptic hand treatment
Appendectomy
Atherectomy
Balloon coronary angioplasty
Vaginal hysterectomy
Corona bypass
Interventions on the vagina and cervix
Bladder interventions
Intervention in the oral cavity
Restorative and reconstructive operations
Hand hygiene of medical personnel
Gynecological surgery
Gynecological interventions
Gynecological surgeries
Hypovolemic shock during surgery
Disinfection of purulent wounds
Disinfection of wound edges
Diagnostic interventions
Diagnostic procedures
Diathermocoagulation of the cervix
Long surgical operations
Replacing fistula catheters
Infection during orthopedic surgery
Artificial heart valve
Cystectomy
Short-term outpatient surgery
Short-term operations
Short-term surgical procedures
Cricothyroidotomy
Blood loss during surgery
Bleeding during surgery and in the postoperative period
Culdocentesis
Laser coagulation
Laser coagulation
Laser coagulation of the retina
Laparoscopy
Laparoscopy in gynecology
CSF fistula
Minor gynecological operations
Minor surgical interventions
Mastectomy and subsequent plastic surgery
Mediastinotomy
Microsurgical operations on the ear
Mucogingival surgeries
Stitching
Minor surgeries
Neurosurgical operation
Immobilization of the eyeball in ophthalmic surgery
Orchiectomy
Complications after tooth extraction
Pancreatectomy
Pericardectomy
Rehabilitation period after surgery
The period of convalescence after surgical interventions
Percutaneous transluminal coronary angioplasty
Pleural thoracentesis
Pneumonia postoperative and post-traumatic
Preparing for surgical procedures
Preparing for surgery
Preparing the surgeon's hands before surgery
Preparing the colon for surgery
Postoperative aspiration pneumonia during neurosurgical and thoracic operations
Postoperative nausea
Postoperative bleeding
Postoperative granuloma
Postoperative shock
Early postoperative period
Myocardial revascularization
Resection of the apex of the tooth root
Gastric resection
Bowel resection
Resection of the uterus
Liver resection
Small bowel resection
Resection of part of the stomach
Reocclusion of the operated vessel
Bonding tissue during surgery
Removing stitches
Condition after eye surgery
Condition after surgery
Condition after surgical interventions in the nasal cavity
Condition after gastrectomy
Condition after resection of the small intestine
Condition after tonsillectomy
Condition after removal of the duodenum
Condition after phlebectomy
Vascular surgery
Splenectomy
Sterilization of surgical instruments
Sterilization of surgical instruments
Sternotomy
Dental operations
Dental intervention on periodontal tissues
Strumectomy
Tonsillectomy
Thoracic surgery
Thoracic operations
Total gastrectomy
Transdermal intravascular coronary angioplasty
Transurethral resection
Turbinectomy
Removal of a tooth
Cataract removal
Cyst removal
Tonsil removal
Removal of fibroids
Removal of mobile baby teeth
Removal of polyps
Removing a broken tooth
Removal of the uterine body
Removing stitches
Urethrotomy
CSF duct fistula
Frontoethmoidohaymorotomy
Surgical infection
Surgical treatment of chronic limb ulcers
Surgery
Surgery in the anal area
Colon surgery
Surgical practice
Surgical procedure
Surgical interventions
Surgical interventions on the gastrointestinal tract
Surgical interventions on the urinary tract
Surgical interventions on the urinary system
Surgical interventions on the genitourinary system
Heart surgery
Surgical procedures
Surgical operations
Vein surgery
Surgical intervention
Vascular surgery
Surgical treatment of thrombosis
Surgery
Cholecystectomy
Partial gastrectomy
Transperitoneal hysterectomy
Percutaneous transluminal coronary angioplasty
Percutaneous transluminal angioplasty
Coronary artery bypass surgery
Tooth extirpation
Extirpation of baby teeth
Pulp extirpation
Extracorporeal circulation
Tooth extraction
Tooth extraction
Cataract extraction
Electrocoagulation
Endourological interventions
Episiotomy
Ethmoidotomy

How can you get poisoned by Atarax?

Why does Atarax intoxication occur? There are several reasons that provoke the development of an overdose:

  • Taking medication without a doctor's prescription.
  • Independently increase the amount of the drug, especially in stressful situations.
  • Simultaneous use of Atarax with alcoholic beverages.
  • Taken together with other sedative medications.

In children, poisoning often occurs due to the fault of parents who leave the drug in accessible places.

How many tablets of Atarax overdose will lead to death? The maximum permissible daily dose for adults is 300 mg; no more than 200 mg is allowed to be taken at a time. For children, the permissible amount is determined depending on weight and age:

  1. children under 6 years old – 1-2.5 mg per kg of body weight per day in several doses;
  2. children over 6 years old - 2-3 mg per kg of body weight several times a day.

The dosage for older people at the initial stage is reduced by half . The drug is taken with food. If a pill was missed, then taking a double dosage is prohibited.

Medicinal properties

The drug Atarax is an anxiolytic of moderate intensity. At the same time, it calms the nervous system, eliminates and prevents vomiting, relieves allergic symptoms, and blocks the activity of m-cholinergic receptors.

The therapeutic effect is achieved thanks to the properties of the active component of Atarax - hydroxyzine, presented in the form of hydrochloride. The substance disables the activity of central muscarinic-sensitive cholinergic receptors, histamine H1 receptors, as a result of which the functioning of the subcortical areas controlled by them is suppressed. The medicine is not addictive or dependent. The therapeutic effect appears 20-30 minutes after administration.

The medication has a positive effect on mental skills, enhances attention, and strengthens memory. It has a relaxing effect on smooth and skeletal muscles, has a bronchodilator and analgesic effect, and has a moderate inhibitory effect on secretion in the gastrointestinal tract.

At the same time, the substance relieves itching in patients suffering from skin lesions - urticaria, dermatitis, eczema. With a long course it does not depress mental activity. The treatment has a positive effect on sleep patterns: it normalizes periods of wakefulness and rest, eliminates insomnia, reduces the frequency of awakenings or prevents them completely.

After oral administration, it is almost completely absorbed from the gastrointestinal tract. Maximum concentrations in the body are achieved 2 hours after application.

It is distributed mainly throughout the tissues, especially high content is observed in the layers of the skin.

Hydroxyzine is highly active: it is able to overcome the BBB and penetrate the placental barrier. Moreover, in the latter case, its concentration in the fetal tissues significantly exceeds the content in the mother’s body. Excreted into milk.

Metabolic processes occur in the liver, its main metabolite exhibits the properties of a histamine H1 receptor blocker. Half-life from the body takes about 14 hours. In elderly patients and patients with liver pathologies, the process takes a longer period of time - up to 36-37 hours. The therapeutic effect of Atarax lasts for up to 95-96 hours.

Symptoms of drug overdose

How does an overdose of Atarax manifest itself?
The first signs are diagnosed an hour after consuming an increased amount of medication. The degree of manifestation depends on the severity of poisoning, weight and age of the patient. Acute poisoning is characterized by the following symptoms:

  • nausea;
  • intense vomiting;
  • disturbances in heart rhythm;
  • excitement turning into apathy;
  • a sharp decrease in pressure;
  • slow breathing;
  • hallucinations;
  • disturbance of consciousness;
  • convulsions;
  • lack of orientation in space;
  • coma.

In patients with low body weight and children, poisoning develops quickly. In older people, an overdose can occur even with a slight increase in the prescribed amount.

Synonyms of nosological groups

Category ICD-10Synonyms of diseases according to ICD-10
F10.2 Alcohol dependence syndromeAlcoholism
Alcohol addiction
Dipsomania
Alcohol addiction
Binge drinking
Drunken state
Alcohol abuse
Ideation disorder in alcoholism
Quarterly binge
Obsessive craving for alcohol
Neurotic symptoms in alcoholism
Pathological craving for alcohol
Psychoorganic syndrome in chronic alcoholism
Reduced craving for alcohol
Chronic alcoholism
F10.3 Withdrawal stateAlcohol withdrawal syndrome
Withdrawal syndrome
Withdrawal syndrome in alcoholism
Abstinence
Alcohol withdrawal
Alcohol withdrawal
Alcohol withdrawal state
Alcohol withdrawal syndrome
Post-withdrawal disorder
Post-withdrawal state
Hangover syndrome
Withdrawal syndrome
Alcohol withdrawal syndrome
Alcohol withdrawal syndrome
Withdrawal state
F10.4 Withdrawal state with deliriumAlcohol delirium
Alcoholic delirium tremens
Delirium
Delirious state in alcoholism and drug addiction
F41 Other anxiety disordersRelief of anxiety
Non-psychotic anxiety disorders
Alarm state
Anxiety
Anxious and suspicious states
Chronic anxiety
Sense of anxiety
F48 Other neurotic disordersNeurosis
Neurological diseases
Neurotic disorders
Neurotic state
Psychoneurosis
Anxiety-neurotic conditions
Chronic neurotic disorders
Emotional reactive disorders
L29 ItchingItchy dermatitis
Dermatosis with persistent itching
Other pruritic dermatoses
Itching of the scalp
Itchy skin
Itching with partial obstruction of the bile ducts
Itchy eczema
Pruritic dermatoses
Pruritic allergic dermatosis
Pruritic dermatitis
Pruritic dermatosis
Itchy skin
Skin itching due to dermatosis
Excruciating itching
Limited pruritic dermatitis
Severe itching
Endogenous skin itching
R45.1 Restlessness and agitationAgitation
Anxiety
Explosive excitability
Internal excitement
Excitability
Excitation
Excitement is acute
Psychomotor agitation
Hyperexcitability
Motor excitement
Relief of psychomotor agitation
Nervous excitement
Restlessness
Night restlessness
Acute stage of schizophrenia with agitation
Acute mental agitation
Paroxysm of excitement
Overexcitement
Increased excitability
Increased nervous excitability
Increased emotional and cardiac excitability
Increased arousal
Mental excitement
Psychomotor agitation
Psychomotor agitation
Psychomotor agitation
Psychomotor agitation in psychosis
Psychomotor agitation of an epileptic nature
Psychomotor paroxysm
Psychomotor seizure
Symptoms of arousal
Symptoms of psychomotor agitation
State of agitation
State of anxiety
State of excitement
A state of heightened anxiety
State of psychomotor agitation
States of anxiety
States of arousal
State of agitation in somatic diseases
State of excitement
Feeling restless
Emotional excitement
R45.4 Irritability and angerOutbursts of anger
Anger
Dysphoria
Neurosis with increased irritability
Bitterness
Increased irritability
Increased irritability of the nervous system
Irritability
Irritability with neuroses
Irritability in psychopathic disorders
Symptoms of irritability
Z100* CLASS XXII Surgical practiceAbdominal surgery
Adenomectomy
Amputation
Angioplasty of coronary arteries
Carotid angioplasty
Antiseptic treatment of skin for wounds
Antiseptic hand treatment
Appendectomy
Atherectomy
Balloon coronary angioplasty
Vaginal hysterectomy
Corona bypass
Interventions on the vagina and cervix
Bladder interventions
Intervention in the oral cavity
Restorative and reconstructive operations
Hand hygiene of medical personnel
Gynecological surgery
Gynecological interventions
Gynecological surgeries
Hypovolemic shock during surgery
Disinfection of purulent wounds
Disinfection of wound edges
Diagnostic interventions
Diagnostic procedures
Diathermocoagulation of the cervix
Long surgical operations
Replacing fistula catheters
Infection during orthopedic surgery
Artificial heart valve
Cystectomy
Short-term outpatient surgery
Short-term operations
Short-term surgical procedures
Cricothyroidotomy
Blood loss during surgery
Bleeding during surgery and in the postoperative period
Culdocentesis
Laser coagulation
Laser coagulation
Laser coagulation of the retina
Laparoscopy
Laparoscopy in gynecology
CSF fistula
Minor gynecological operations
Minor surgical interventions
Mastectomy and subsequent plastic surgery
Mediastinotomy
Microsurgical operations on the ear
Mucogingival surgeries
Stitching
Minor surgeries
Neurosurgical operation
Immobilization of the eyeball in ophthalmic surgery
Orchiectomy
Complications after tooth extraction
Pancreatectomy
Pericardectomy
Rehabilitation period after surgery
The period of convalescence after surgical interventions
Percutaneous transluminal coronary angioplasty
Pleural thoracentesis
Pneumonia postoperative and post-traumatic
Preparing for surgical procedures
Preparing for surgery
Preparing the surgeon's hands before surgery
Preparing the colon for surgery
Postoperative aspiration pneumonia during neurosurgical and thoracic operations
Postoperative nausea
Postoperative bleeding
Postoperative granuloma
Postoperative shock
Early postoperative period
Myocardial revascularization
Resection of the apex of the tooth root
Gastric resection
Bowel resection
Resection of the uterus
Liver resection
Small bowel resection
Resection of part of the stomach
Reocclusion of the operated vessel
Bonding tissue during surgery
Removing stitches
Condition after eye surgery
Condition after surgery
Condition after surgical interventions in the nasal cavity
Condition after gastrectomy
Condition after resection of the small intestine
Condition after tonsillectomy
Condition after removal of the duodenum
Condition after phlebectomy
Vascular surgery
Splenectomy
Sterilization of surgical instruments
Sterilization of surgical instruments
Sternotomy
Dental operations
Dental intervention on periodontal tissues
Strumectomy
Tonsillectomy
Thoracic surgery
Thoracic operations
Total gastrectomy
Transdermal intravascular coronary angioplasty
Transurethral resection
Turbinectomy
Removal of a tooth
Cataract removal
Cyst removal
Tonsil removal
Removal of fibroids
Removal of mobile baby teeth
Removal of polyps
Removing a broken tooth
Removal of the uterine body
Removing stitches
Urethrotomy
CSF duct fistula
Frontoethmoidohaymorotomy
Surgical infection
Surgical treatment of chronic limb ulcers
Surgery
Surgery in the anal area
Colon surgery
Surgical practice
Surgical procedure
Surgical interventions
Surgical interventions on the gastrointestinal tract
Surgical interventions on the urinary tract
Surgical interventions on the urinary system
Surgical interventions on the genitourinary system
Heart surgery
Surgical procedures
Surgical operations
Vein surgery
Surgical intervention
Vascular surgery
Surgical treatment of thrombosis
Surgery
Cholecystectomy
Partial gastrectomy
Transperitoneal hysterectomy
Percutaneous transluminal coronary angioplasty
Percutaneous transluminal angioplasty
Coronary artery bypass surgery
Tooth extirpation
Extirpation of baby teeth
Pulp extirpation
Extracorporeal circulation
Tooth extraction
Tooth extraction
Cataract extraction
Electrocoagulation
Endourological interventions
Episiotomy
Ethmoidotomy

First aid and methods of treating intoxication

If signs of poisoning are diagnosed, then you need to immediately call a team of doctors. The patient is given first aid to cleanse the body of the toxin. The following actions are carried out at home:

  1. Gastric lavage. The victim is given a large volume of water to drink and vomiting is induced.
  2. Reception of sorbents. Similar drugs include activated carbon, Enterosgel, Polysorb, Polyphepan.
  3. Drinking fluids. The patient is given to drink more water and sweet tea to avoid the development of dehydration.

If the victim is unconscious, then he is laid down, his head is turned to the side to avoid choking on vomit. Before doctors arrive, the patient’s condition is monitored. If necessary, perform resuscitation actions.

Analogs

Only a doctor can select analogues and substitutes for Atarax.

Phenibut

Mir-Pharm, Ozon, Moscow EZ, Pharmtechnologies (RF)

Price: (10 tablets) – 63 rubles, (20 tablets) – 86 rubles.

Drugs based on γ-amino-β-phenylbutyric acid hydrochloride. used for the treatment of anxiety-neurotic disorders (fear, anxiety), sleep disorders in elderly patients, elimination of anxiety before surgery. Also used to treat vertigo and Meniere's disease. In pediatrics, it is indicated for the treatment of stuttering and nervous tics. It can be used as an additional remedy in the treatment of alcohol withdrawal.

Only a doctor who knows the characteristics of the patient should choose between two drugs, which will help better - Phenibut or Atarax.

Pros:

  • Available remedy
  • Helps with stuttering
  • Eliminates insomnia.

Minuses:

  • Headache.

Preventive measures

What does a drug overdose lead to? Intoxication with Atarax in severe form provokes the development of various negative consequences. The functioning of the kidneys and liver is disrupted, the nervous system suffers, and chronic diseases worsen.

In the absence of help and proper treatment, death is possible. It is possible to avoid an overdose by following the preventive rules:

  1. do not use Atarax on your own;
  2. store the drug in inaccessible places;
  3. strictly follow the instructions.

An overdose of Atarax occurs as a result of exceeding the specified dosage. If signs of intoxication are detected, you must seek help from a medical facility.

Anna:

There were often problems with the intestines, any food led to poisoning. I tried a lot of things, but there was no result.

I decided to try the teas. The monastery collection of Father George began to help me well.

Further treatment is carried out in a medical institution in the toxicology department. Therapy includes various procedures and medications:

  • Gastric lavage through a tube.
  • Colon cleansing if necessary.
  • Administration of norepinephrine and medicinal solutions.
  • Prescription of drugs that restore the functioning of the cardiac, digestive, nervous systems and other internal organs.

There is no specific antidote to Atarax. Therapy is aimed at cleansing the body of toxins and restoring organ functionality.

Video: Atarax - indications for use

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