Which of the following best describes the appearance of granulation tissue?

Which of the following best describes the appearance of granulation tissue?

• A. Glossy and smooth due to mature collagen
• B. Irregular and grainy due to new blood vessels and fibroblasts
• C. Thin and transparent, indicating poor vascularity
• D. Dense and fibrous, representing old scar tissue

Answer: (B)

Granulation tissue is characterized by its irregular and grainy appearance, which results from the presence of numerous new blood vessels (angiogenesis) and fibroblasts. This tissue forms as part of the healing process, particularly in response to injury or surgery. The granulation tissue is an essential component of wound healing, as it helps to provide a scaffold for further tissue regeneration and repair. The irregularity and grainy quality are indicative of the active processes occurring within the tissue, contributing to its role in healing. The new blood vessels improve supply of oxygen and nutrients, while fibroblasts are responsible for producing collagen and extracellular matrix components that will eventually help in the formation of more mature scar tissue. In contrast, other options describe appearances that do not accurately represent granulation tissue. Mature collagen would give a tissue a glossy and smooth appearance, indicative of a later stage in healing rather than granulation. A thin and transparent appearance often signals poor vascularity rather than the rich blood supply characteristic of granulation tissue. Lastly, dense and fibrous tissue, as seen in old scar tissue, represents a more advanced phase of healing rather than the active, dynamic process represented by granulation tissue.

Granulation tissue is characterized by its irregular and grainy appearance, which results from the presence of numerous new blood vessels (angiogenesis) and fibroblasts. This tissue forms as part of the healing process, particularly in response to injury or surgery. The granulation tissue is an essential component of wound healing, as it helps to provide a scaffold for further tissue regeneration and repair.

The irregularity and grainy quality are indicative of the active processes occurring within the tissue, contributing to its role in healing. The new blood vessels improve supply of oxygen and nutrients, while fibroblasts are responsible for producing collagen and extracellular matrix components that will eventually help in the formation of more mature scar tissue.

In contrast, other options describe appearances that do not accurately represent granulation tissue. Mature collagen would give a tissue a glossy and smooth appearance, indicative of a later stage in healing rather than granulation. A thin and transparent appearance often signals poor vascularity rather than the rich blood supply characteristic of granulation tissue. Lastly, dense and fibrous tissue, as seen in old scar tissue, represents a more advanced phase of healing rather than the active, dynamic process represented by granulation tissue.