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Author: Admin | 2025-04-28
Of the product, you shouldn't use it. Also, don't use it on broken skin, cuts, or wounds. It's important to avoid using it if you're allergic to it or if it might worsen an existing injury.Warnings and precautionsChemical burn Silver nitrate can cause chemical burns if it's not used correctly. It's important to be very careful, especially with delicate skin like that of newborns or thin skin. When using applicator sticks, make sure the contact time with the skin is very short to avoid harm. Always handle it with caution and follow the instructions carefully to prevent any injuries.Skin discoloration: Using silver nitrate for a long time might lead to changes in skin color. This means your skin might look different where you've applied the silver nitrate regularly. To avoid this, it's essential to use it only as directed and for the recommended duration.Silver nitrate: Drug Interaction Risk Factor C (Monitor therapy) BCG Vaccine (Immunization) The therapeutic benefit of the BCG vaccine may be reduced by antibiotics. Risk Factor D (Consider therapy modification) Sodium Picosulfate Antibiotics may reduce Sodium Picosulfate's therapeutic impact. Management: If a patient previously used or is currently using an antibiotic, think about utilising an alternate product for bowel cleaning prior to a colonoscopy. Risk Factor X (Avoid combination) BCG (Intravesical) Antibiotics may diminish the therapeutic effect of BCG (Intravesical). Monitoring Parameters:None mentioned.How to administer Silver Nitrate?Using Applicators Safely: Avoid Ophthalmic Use: Don't use the applicator sticks for your eyes. They're meant for other areas of the body, not the eyes. Keep Skin Moist: If you're using the sticks on dry skin, dip the tip of the applicator in water right before using it. This helps prevent any irritation or damage to your skin.Mechanism of action of Silver Nitrate: Silver ions, which are released from silver nitrate, can bind with chloride in tissues, forming silver chloride. This process causes bacterial proteins to precipitate, effectively inhibiting the growth of both gram-positive and gram-negative bacteria. Additionally, silver ions can coagulate cellular proteins, leading to the formation of a protective layer called an eschar. This mechanism is believed to be
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