Dioxidin

Dioxidine (hydroxymethylquinoxaline dioxide) is a topical antimicrobial drug with proven bactericidal activity against a wide range of aerobic and anaerobic bacteria. It is widely used in otorhinolaryngology to treat bacterial diseases of the upper respiratory tract and ear. In particular, Dioxidin in the forms of 0.5% and 1% solutions is used in ENT practice, requiring dilution before use. There are also new forms of the drug that are completely ready for use, including 2.5 mg/ml ear drops and 0.25 mg/ml gargle. These forms attract attention with their convenience and efficiency.

Indications Dioxidine

1. Skin Infections: Dioxidine is often used to treat various skin infections such as burns, wounds, abscesses, ulcers, boils and other skin infections caused by bacteria or fungi.
2. Infections of the mucous membrane: Used to treat infections of the mucous membrane of the mouth, throat, nose, eyes and other organs. For example, it can be used to treat conjunctivitis, pharyngitis, tonsillitis and other infections.
3. Surgical treatment: Dioxidine can be used as an antiseptic during surgical procedures to prevent infection and promote wound healing.
4. Treatment of Burns: This medication can be used to treat burns of varying severity, helping to prevent infection and speed up the healing process.
5. Infection prevention: Dioxidin can be used as a prophylactic agent to prevent infection in wounds or other skin lesions.

Release form

Dioxidine (hydroxymethylquinoxaline dioxide) is usually available in the form of a solution for external and topical use. This solution can be presented in various packaging forms, including vials, ampoules or spray bottles.

Pharmacodynamics

1. Penetrating action: Dioxidin is able to penetrate bacterial cell membranes, which ensures its effectiveness against both gram-positive and gram-negative bacteria.
2. Killing effect: After penetration into the cell, dioxidin interacts with cellular structures, such as DNA, which leads to disruption of cellular metabolism and death of microorganisms.
3. Antibiotic resistance: An important property of dioxidin is its ability to effectively fight antibiotic-resistant strains of bacteria, which makes it a valuable tool in the fight against infections caused by a variety of pathogens.
4. Antimycotic and antiviral effect: Dioxidin also exhibits activity against fungal and viral pathogens, which expands its scope for the treatment of various infections.
5. Anti-inflammatory effect: In addition to the antimicrobial effect, dioxidin has properties that help reduce inflammation in tissues, which promotes faster recovery.

Pharmacokinetics

1. Absorption: Dioxidine can be absorbed through the skin, mucous membranes and wounds when applied topically. After topical application, it may also enter the systemic circulation.
2. Distribution: After absorption, dioxidine may be evenly distributed throughout the body. It may accumulate in tissues and organs, especially in tissues affected by infection.
3. Metabolism: Information on the metabolism of dioxidine is limited. It may undergo some degree of metabolic conversion in the liver or other tissues, but the specific metabolites and processes may be poorly known.
4. Excretion: Dioxidine is usually excreted from the body via the kidneys. It may also be excreted via the bile and intestines, especially by metabolic breakdown.

Dosing and administration

1. Skin Infections: Dioxidine can be used to treat various skin infections such as wounds, burns, abrasions, etc. It is usually used in the form of a solution by moistening a swab or cotton pad and applying it to the affected area. The solution is usually applied once or several times a day, depending on the severity of the infection and the doctor's recommendations.
2. Treatment of mucous membranes: Dioxidin can also be used to treat infections of the mucous membranes, such as inflammation of the throat or nose. To do this, it is usually used in the form of a solution for rinsing or inhalation. The dosage and frequency of use in these cases may vary depending on the doctor's recommendations and the severity of the infection.
3. Eye infections: Dioxidin can be used to treat eye infections in the form of eye drops. To do this, the solution is diluted to the required concentration and dripped into the conjunctival sac of the eye. The dosage and frequency of use are determined by the doctor.

Use Dioxidine during pregnancy

The use of Dioxidin during pregnancy is not recommended, as this substance may pose potential risks to the development of the fetus. The medical literature notes that Dioxidine can be used in extreme cases, when the expected benefit to the mother outweighs the potential risks to the fetus, and there are no other safer alternatives. Highlights:

1. Penetration through the placenta: Dioxidin is able to penetrate the placental barrier, which can lead to fetal exposure to antimicrobial and potentially toxic substances.
2. Toxic effects: The substance has pronounced antimicrobial properties, which may be useful for the treatment of serious infections in pregnant women. However, its toxicity requires additional caution, as it may have a negative effect on the fetus.
3. Exceptional cases: The use of Dioxidine during pregnancy can only be justified in exceptional cases, when other treatments are unavailable or ineffective, and after careful discussion with your doctor about all possible risks and benefits.

Before using Dioxidin during pregnancy, it is necessary to conduct a full assessment of the woman’s health, taking into account possible risks to the fetus.

Contraindications

1. Individual intolerance: People with a known or suspected allergy to dioxidine or its components should not use this product.
2. Pregnancy and breastfeeding: There is insufficient data on the safety of the use of dioxidine during pregnancy and breastfeeding, so its use in these cases should be avoided or consult a doctor.
3. Children's age: For children, the use of dioxidine should be careful and only as prescribed by a doctor. In most cases, it is not recommended for use in children without consulting a doctor.
4. Skin lesions with large surface areas or deep wounds: In such cases, dioxidine may be poorly absorbed and ineffective, and there may be a risk of absorption of its components through the skin.
5. Eye damage: Using dioxidine drops in the eyes may cause irritation and damage to the cornea and should only be used under medical supervision.

Side effects Dioxidine

1. Allergic reactions: These may include skin rashes, itching, hives, and in rare cases, anaphylactic shock. These reactions require immediate medical attention.
2. Local reactions: When applied topically (for example, as an ointment or solution), irritation, redness and pain may occur at the site of application.
3. Toxic effects on the kidneys and liver: When used systemically, dioxidin can have a negative effect on the function of the kidneys and liver, especially with long-term use or impaired function of these organs.
4. Neurological disorders: Headache, dizziness, and even possible disturbances in consciousness may occur with high doses or prolonged use.

Overdose

Overdose can lead to serious consequences, such as skin irritation, burns, allergic reactions, toxic effects on organs and body systems.

Interactions with other drugs

1. Medicines containing silver: Dioxidine should not be combined with other drugs containing silver, as this may lead to the formation of insoluble compounds and reduce their effectiveness.
2. Antibiotics: Some antibiotics may enhance the effect of dioxidine or, conversely, reduce its effectiveness. Therefore, it is important to consult your doctor about possible interactions if you are taking antibiotics.
3. Medicines containing metal ions: Dioxidine can form unstable complexes with metal ions such as zinc, copper and aluminum. Therefore, it is recommended to avoid combining dioxidine with drugs containing these metals.
4. Medicines affecting gastric acidity: Changes in gastric acidity may affect the absorption and distribution of dioxidine. Therefore, drugs that affect acidity levels may potentially affect the effectiveness of Dioxidine.
5. Drugs that reduce blood flow or decrease tissue regeneration: Dioxidine may have a slower onset of action when combined with drugs that reduce blood flow or slow down the tissue regeneration process.