Active Substance: Hexetidine.
Overview
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This medicine contains an important and useful components, as it consists of
Hexetidineis available in the market in concentration
Mannitol 20%
Before initiating **Mannitol 20%**, it is essential for patients to consult their healthcare provider to assess the safety of this drug in their specific case. Several precautions must be considered: - **Renal Impairment**: **Mannitol** is contraindicated in patients with **severe renal impairment** (e.g., anuria or acute kidney failure), as it can worsen renal function due to **renal filtration issues**. In patients with **pre-existing kidney disease**, close monitoring of renal function is essential. - **Dehydration and Electrolyte Imbalance**: **Mannitol** can cause **fluid shifts** and **electrolyte imbalances**, particularly **hypernatremia** and **dehydration**. Careful monitoring of serum electrolytes, especially **sodium and potassium**, is necessary during infusion. - **Pulmonary Edema**: Caution should be taken when administering **Mannitol 20%** to patients with **pulmonary edema** or **heart failure**, as it can exacerbate fluid overload and cause **cardiac complications**. - **Intracranial Hemorrhage**: While **Mannitol** is often used for reducing **intracranial pressure**, it must be used with caution in patients with **active bleeding**, as it can expand the blood volume and increase bleeding. - **Use in Pregnancy**: **Mannitol 20%** should be used in pregnant women only if the potential benefit justifies the risk to the fetus. It falls under category **C**, meaning its safety during pregnancy has not been well established. - **Liver Dysfunction**: Caution should be exercised when administering **Mannitol 20%** to patients with **liver dysfunction** since their ability to handle fluids and electrolytes may be impaired. - **Infusion Rate**: **Mannitol** should be infused at the recommended rate to avoid **rapid changes in fluid balance**, which can lead to severe adverse effects, including **hypotension** and **hyperkalemia**.
**Mannitol 20%** infusion is primarily used in the following medical conditions: - **Intracranial Hypertension**: **Mannitol 20%** is commonly used to reduce **intracranial pressure (ICP)** in conditions such as **traumatic brain injury**, **brain tumors**, **cerebral edema**, and **intracranial hemorrhage**. It works by drawing fluid out of the brain tissue into the bloodstream, thereby reducing swelling and pressure. - **Acute Glaucoma**: It is used to lower **intraocular pressure (IOP)** in cases of **acute angle-closure glaucoma**. **Mannitol 20%** reduces the pressure in the eyes by drawing fluid from the eye into the bloodstream. - **Renal Protection**: It can be used as an adjunct to **prevent renal failure** in conditions where renal perfusion may be compromised, such as in patients undergoing **cardiac surgery** or **trauma**. - **Promoting Diuresis**: **Mannitol** can help promote urine formation in **acute kidney injury** (AKI) and **oliguric conditions** where the kidneys are not producing sufficient urine. - **Drug Overdose**: **Mannitol 20%** is sometimes used to enhance the elimination of certain toxins or **poisons** by **osmotic diuresis**.
**Mannitol 20%** should not be administered in the following conditions: - **Anuria**: **Mannitol** is contraindicated in patients with **anuria** (lack of urine production), as its diuretic effect requires functioning kidneys to filter and excrete fluids. - **Severe Renal Failure**: Patients with severe renal impairment, particularly those with **acute renal failure** or **chronic kidney disease**, should not receive **Mannitol 20%**, as it could worsen renal function. - **Active Cerebral Hemorrhage**: In patients with **active intracranial hemorrhage**, the use of **Mannitol** may worsen bleeding or lead to worsened intracranial pressure. - **Severe Pulmonary Edema**: It should be avoided in patients with severe pulmonary edema, as it can exacerbate fluid overload and **respiratory distress**. - **Severe Dehydration**: In cases of **severe dehydration**, **Mannitol 20%** should not be used due to its diuretic effects, which can further deplete the body of water and electrolytes.
Common and serious side effects associated with **Mannitol 20%** include: - **Electrolyte Imbalances**: Patients may experience **hyponatremia** (low sodium) or **hypernatremia** (high sodium) due to the diuretic effect of **Mannitol**. **Hypokalemia** (low potassium) may also occur, leading to muscle weakness and arrhythmias. - **Dehydration**: The osmotic diuretic action of **Mannitol** can lead to **dehydration**, causing symptoms such as **thirst**, **dry mouth**, and **decreased urine output**. This can be especially dangerous in patients who are already dehydrated. - **Hypotension**: **Mannitol** can cause **low blood pressure** (hypotension), particularly when administered rapidly or in high doses. This can lead to dizziness, lightheadedness, and fainting. - **Headache**: **Mannitol** infusion may lead to **headache** due to changes in fluid balance and **intracranial pressure**. - **Nausea and Vomiting**: Patients receiving **Mannitol 20%** may experience **nausea** and **vomiting**, particularly when the infusion is given too rapidly. - **Pulmonary Edema**: In rare cases, **Mannitol** can exacerbate **pulmonary edema**, especially in patients with underlying cardiac or lung conditions, leading to shortness of breath, coughing, and fluid retention in the lungs. - **Renal Failure**: Overuse or improper dosing of **Mannitol 20%** can lead to **acute renal failure**, especially in patients with pre-existing kidney conditions. - **Extravasation**: If **Mannitol 20%** is inadvertently infused outside the vein, it can cause significant tissue damage or **extravasation** injury. Serious side effects such as **respiratory failure**, **severe dehydration**, and **cardiac arrhythmias** require immediate medical attention.
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**Mannitol 20%** acts primarily as an **osmotic diuretic**, exerting its effects by creating an osmotic gradient that draws water from tissues into the bloodstream, increasing urine production. Here's how it works: - **Increased Plasma Volume**: **Mannitol** increases the plasma volume, which can help reduce **intracranial pressure (ICP)** in conditions like **brain injury** or **intracranial hemorrhage**. It draws fluid from the brain parenchyma into the bloodstream. - **Decreases Intraocular Pressure**: **Mannitol** draws water out of the ocular tissues, thus reducing **intraocular pressure (IOP)** in **glaucoma**. - **Kidney Filtration**: In the kidneys, **Mannitol** increases the **glomerular filtration rate** (GFR), which helps prevent or manage **acute renal failure** by promoting diuresis. - **Electrolyte Shifts**: Due to its osmotic properties, **Mannitol** can alter the distribution of **electrolytes** (e.g., sodium and potassium), leading to fluid and electrolyte imbalances.
**Mannitol 20%** may interact with several other drugs, leading to alterations in its effects or increased risk of adverse reactions: - **Cardiovascular Medications**: **Mannitol** can enhance the effects of **antihypertensive agents**, leading to **hypotension**. Patients on medications like **ACE inhibitors**, **beta-blockers**, or **calcium channel blockers** may experience a significant drop in blood pressure. - **Diuretics**: When used in combination with **loop diuretics** (e.g., **furosemide**) or **thiazide diuretics**, **Mannitol** may cause excessive diuresis and **electrolyte imbalances**. Close monitoring of electrolytes and renal function is necessary. - **Lithium**: **Mannitol** can increase **lithium levels** by reducing renal clearance, leading to an increased risk of **lithium toxicity**. Monitoring lithium levels is advised when these drugs are used together. - **Aminoglycoside Antibiotics**: When used concurrently with **aminoglycoside antibiotics** (e.g., **gentamicin**), **Mannitol** may increase the risk of **nephrotoxicity**. - **Anticoagulants**: **Mannitol** may alter the **volume of distribution** of **anticoagulants** such as **warfarin**, affecting the drug’s effectiveness and increasing bleeding risk. - **Corticosteroids**: Concurrent use with **corticosteroids** may increase the risk of **fluid retention** and **electrolyte imbalances**, including **hypokalemia**. Patients should always inform their healthcare provider of all the medications they are taking to reduce the risk of dangerous interactions.
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The recommended dose of **Mannitol 20%** varies depending on the clinical indication: - **For Intracranial Pressure Reduction**: The initial dose is usually **0.25 to 1 g/kg** body weight, administered as a **bolus** or over a period of **20-60 minutes**. The dose may be repeated if necessary. - **For Acute Glaucoma**: **1.5-2 g/kg** body weight is typically infused over **30-60 minutes**. - **For Acute Renal Failure or Oliguria**: **Mannitol 20%** may be administered as **0.25-1 g/kg** body weight as an initial dose, followed by continuous infusion if needed. - **For Drug Overdose or Toxin Elimination**: The dosing for **Mannitol** in drug elimination is typically **1-2 g/kg** body weight, depending on the specific circumstances.
In pediatric patients, the dosing for **Mannitol 20%** typically follows a weight-based approach: - **For Intracranial Pressure or Cerebral Edema**: The dose is generally **0.25-1 g/kg** body weight, infused over **20-60 minutes**. - **For Acute Glaucoma**: Pediatric doses are typically around **1-2 g/kg** body weight, depending on the child's age and weight. Careful monitoring of **fluid balance**, **electrolytes**, and **renal function** is required in pediatric patients, as their ability to handle osmotic agents may vary.
**Mannitol** should be avoided or used with caution in patients with **renal impairment** (e.g., **severe renal failure** or **anuria**). In cases of mild-to-moderate renal impairment, dosing adjustments may be required, but **close monitoring of renal function**, **electrolytes**, and **fluid balance** is critical.
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