What type of tissue is formed during the healing of wounds that will ultimately form a scar?

Granulation tissue is formed during the healing process of wounds and is essential for the repair of damaged tissues. This type of tissue is typically characterized by new connective tissue and vasculature that forms on the surfaces of a wound during the healing process. Granulation tissue serves as a temporary matrix that fills in the wound space, providing a foundation for the subsequent formation of scar tissue.

As the healing progresses, granulation tissue will undergo maturation and remodeling, ultimately transforming into scar tissue, which is denser and less vascularized than the original tissue. Therefore, identifying granulation tissue as the answer reflects an understanding of the stages of wound healing, where it serves as the first phase before scar tissue formation takes place.

Scar tissue and fibrotic tissue refer to the final outcome after the granulation tissue has matured, but they do not represent the formative phase of wound healing. While connective tissue is a broader category that includes many types of tissues in the body, granulation tissue specifically refers to the temporary and newly formed tissue that plays a direct role in the healing process. Hence, granulation tissue is the most accurate and relevant answer to the question regarding the early stages of wound healing that leads to scarring.