Hypergranulation develops under which condition at the PEG exit site?

Hypergranulation develops under which condition at the PEG exit site?

• A. Hypergranulation develops when the exit site remains moist or the tube is not stabilized
• B. Hypergranulation develops only after infection
• C. It occurs only in pediatric patients
• D. It is unrelated to exit site moisture

Answer: (A)

Moisture at the PEG exit site and movement of the tube that causes friction are key drivers of hypergranulation tissue. When the skin around the tube stays wet—due to leakage, drainage, or cleansing—the persistent moisture promotes an ongoing inflammatory response and excess granulation tissue formation, which can grow beyond the skin surface. If the tube isn’t stabilized, continued rubbing and irritation further stimulate this tissue overgrowth. This isn’t solely due to infection, it can occur in anyone and isn’t limited to pediatric patients. Preventing it involves keeping the exit area dry and secure, reducing continuous irritation from movement or leakage, and addressing any ongoing drainage.

Moisture at the PEG exit site and movement of the tube that causes friction are key drivers of hypergranulation tissue. When the skin around the tube stays wet—due to leakage, drainage, or cleansing—the persistent moisture promotes an ongoing inflammatory response and excess granulation tissue formation, which can grow beyond the skin surface. If the tube isn’t stabilized, continued rubbing and irritation further stimulate this tissue overgrowth. This isn’t solely due to infection, it can occur in anyone and isn’t limited to pediatric patients. Preventing it involves keeping the exit area dry and secure, reducing continuous irritation from movement or leakage, and addressing any ongoing drainage.