Estopod 100 Dry Syrup Vanilla is used to treat bacterial infections. The detailed uses of Estopod 100 Dry Syrup Vanilla are as follows:&lt;br/&gt;&bull; Treats respiratory tract infections: Estopod 100 Dry Syrup Vanilla helps manage infections of the lungs, throat, tonsils, and sinus cavities.&lt;br/&gt;&bull; Treats infections caused by gram-positive and gram-negative bacteria: Estopod 100 Dry Syrup Vanilla is a broad-spectrum antibiotic effective against a wide range of bacterial pathogens.&lt;br/&gt;

Medicinal Benefits:

Estopod 100 Dry Syrup Vanilla belongs to the group of cephalosporin antibiotics indicated in the treatment of bacterial infections such as respiratory tract infections, including infections of the lungs, throat, tonsils, and sinus cavities. Estopod 100 Dry Syrup Vanilla contains 'Cefpodoxime proxetil', which is a broad-spectrum antibiotic effective against both gram-positive and gram-negative bacteria. Estopod 100 Dry Syrup Vanilla works by preventing the formation of bacterial cell covering (cell wall), which is necessary for their survival. Thereby, Estopod 100 Dry Syrup Vanilla kills the bacteria and helps in treating bacterial infections.

FAQs

What is the use of Estopod 100 Dry Syrup Vanilla?

Estopod 100 Dry Syrup Vanilla is used to treat bacterial infections.

How does Estopod 100 Dry Syrup Vanilla work?

Estopod 100 Dry Syrup Vanilla works by preventing the formation of bacterial cell covering, which is necessary for their survival. Thereby killing the bacteria and helping in treating bacterial infections.

Does Estopod 100 Dry Syrup Vanilla cause diarrhoea?

Estopod 100 Dry Syrup Vanilla may cause diarrhoea. Give the child water and non-spicy food if they experience diarrhoea. Consult a doctor if the condition persists or worsens.

Can I stop giving Estopod 100 Dry Syrup Vanilla to the child?

To treat the condition effectually, it is recommended to complete the course of Estopod 100 Dry Syrup Vanilla even if the child feels better. Leaving it in between may lead to even severe infection that will, in fact, stop responding to the antibiotic as well (antibiotic resistance).